Device installed in a fix position, which can be connected with various technologies, thus making it adaptable for individual solutions.
Details
Portable, multi-function device, in which several technologies can be integrated with unparalelled customisation for every application.
Details
This provides continuous insight and real-time monitoring for those who would like to track and monitor different machines, vehicles and people.
Details
In addition to monitoring and supervision, this gives you the possibility to make unique queries and statements, generate and edit worksheets, and handle dispatches and interventions.
Details
Remote monitoring service providers receive the transmissions from various machines, vehicles and people, 24 hours a day. Professional dispatchers take action on behalf of the customers, providing comfort and safety.
Details
Regarding confidential information and data, the devices are monitored and operated by the owner, without an external party. This way, the quality depends solely on the owner of the system.
DetailsThe combination of various expansion blocks provides an answer for every need a customer can have and adds further value for IoT services.
Its adaptability reduces customer risk, because its functionality can be altered or broadened.
The unique solutions created with the expansion blocks gives real value to the customer.
The reliability of the iMachine is checked by service monitoring servers 24 hours a day. You can check the diagnostic status of your device, regardless of its location, every hour or minute through the internet on a secured tunnel developed for this purpose. Smartphones are unable to do this, due to their construction.
The secure transmission and processing of data is ensured by various encryption methods, which are responsible for data tunnel coding and message encryption.
Due to the reliability of the device, only one modem and SIM card are needed for its operation. In cases where it is necessary to duplicate the number of the communication channels, a further SIM card slot and modem may be added.
The iMachine connects many - previously isolated - technological solutions, sensors and brands, making it easy to adapt to the changing world.
Thanks to its modularity, the iMachine is flexible to new and emerging needs and challenges from both residental and business customers.
The competitive advantage lies in the so called "building blocks", which provide added value for the customer.
Thanks to the "building blocks", there is no need to keep large amounts of every product in stock, thus simplifying inventory management and service. This helps to reduce costs significantly.
By exchanging the modular "building blocks", the iMachine can be reused for many different applications.
If a user has new needs, only a few components need to be changed. This reduces the electronic waste and helps protect our environment.
Every burglar alarm system has a wired telephone connection, on which status information and other event transmissions are sent to the remote monitoring station. For these transmissions, there are several communication protocols, the most common being ContactID.
Wired technology is being replaced on the remote monitoring market, as continuous diagnostic checks (heartbeat function every minute) are rather expensive and in most countries aerial wires are installed, which can easily be sabotaged by anyone.
In order to create a wireless communication, we have prepared the iMachine to receive and transmit secure ContactID based event codes to the remote monitoring station.
The iMachine, like the wired telephone line, is connected to the alarm system communicator by two wires.
The installation can be done in a matter of minutes and does not require programming. All settings are obtained automatically from the alarm system at the time of the first communication.
Just like alarm systems, the iMachine can send heartbeat functions to the remote monitoring station in order to test the operability of the communication channel in preset intervals, which can be set hourly or even every minute, as the cost of communication is negligible.
The iMachine uses wireless IP technology to send ContactID based transmissions. So, the iMachine utilises low bandwidth mobile internet, making it possible to multiply the bidirectional communication, while operational costs remain the same.
In case of an alarm or unexpected event (e.g. malfunction), the iMachine sends a message to the remote monitoring station. The event transmission is in real-time (taking less than a second), which results in very fast communication.
The remote monitoring station displays event codes received from the alarm systems as text messages for the dispatcher, who can initiate the appropriate measures, e.g. in case of an alarm, the on-call service is alerted, or in case of a malfunction, maintenance staff may be called.
iMachine’s software can be updated remotely, thus always keeping it up-to-date.
As a default, the iMachine is equipped with one modem and SIM card, but if required there is an option to add another modem and SIM card, this way the device can connect to two separate mobile operators simultaneously.
The iMachine is different from other manufacturers’ solutions, as it can be installed in any type of alarm system. Thanks to its modular structure, it can communicate with wireless sensors, allowing us to measure temperature, humidity, light and water/gas/electricity consumption at the same operating cost. The installation and configuration are much simpler and faster than other solutions. Using the iMachine saves time and money, and the complementary sensors broaden the fields of application.
In Hungary, a wide variety of fire alarm systems are available to customers. The majority of fire alarm systems transmit only 'collected' transmissions (fire, malfunction) via relay outputs. Today’s remote monitoring of fire alarms add a remote monitoring service, which provides a transmission from the fire alarm center to the fire station. These transmissions can be received by a 24 hour reception. This reception must be located on site, in the building where the fire alarm system is set up.
Worldwide, two types of fire alarm system are in use: the first of which is called analogue, the second is analogue addressable. The difference between these two systems is, while an analogue system can only define which loop the alarm originated from, the analogue addressable can tell exactly which sensors are triggered. Generally in such loops, as many as 100 sensors may be installed, so, if using an analogue system, the operator cannot tell how many fire engines are requied to extinguish the fire. Also, this system could be triggered by, for example, a kettle that was left on in the kitchen.
An analogue addressable system prevents such unpleasant situations, as each sensor has its own address. If a transmission is received from such a system, the operator will not only be able to tell which loop it is from, but which sensors in the loop detected the fire. This system can determine the extent of the fire, thus we can determine the number of fire engines required.
In conclusion, the iMachine is different from other fire alarm systems because it does not use the previously mentioned 'collected' transmissions, but 'selective' transmissions, as it has a printer connection. Using this connection, the fire brigade receive text messages from the fire alarm center. This 'selective' transmission makes determining the extent and location of the fire possible.
In Hungary, according to OTSZ regulations, fire alarm transmissions must be ensured on duplicate communication channels. So as to fulfill this criteria, the iMachine is shipped as a dual SIM version with two communication modems.
The iMachine is different from other fire alarm solutions, as it can send both "collected" and "selective" transmissions, due to its printer port. With this, the fire brigade receive a text message from the fire alarm centre. Thanks to these "selective" transmissions, extinguishing fires becomes more efficient.
For vehicle tracking, a GPS board that supports satellite positioning must be connected to the iMachine.
Configuring and installing the device (preferably in a hard-to-reach part of the car) requires certain skills, thus it is advised to be done by a professional.
The iMachine can be complemeted with RFID card driver-identification. In the case of this card authentication, a radio frequency card reader must be installed in the vehicle, to which the card must be touched to switch on the ignition. If the car happens to be stolen, the iMachine notifies the remote monitoring service, which can initiate the required measures. The remote monitoring service can stop the car, in this scenario the hazard lights come on and the vehicle starts to slow down. As soon as the vehicle reaches a safe speed, the engine is shut down and the police are notified, thus the criminals can be caught easily.
The iMachine provides tracking possibilities in the Monitoringbook software, where information can be accessed about the route, speed, fuel consumption, or the temperature of the load. If a preset vaule for such parameters is reached, an event transmission is sent.
This system can separate private and company routes. For this, separate cards should be used so that private trips are not included in the log-sheet.
By connecting sensors to the iMachine, the amount of applications can be expanded:
These include:
The iMachine’s vehicle tracking system differs from other solutions, as, in addition to classic monitoring and logistical tasks, a combination of added value business services can be provided thanks to its modularity.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
Our solution provides real-time temperature monitoring of refrigerators, which can be installed in both buildings and refrigerator trucks.
Up to 8 temperature sensors can be connected to the iMachine’s serial port via a single wire. The temperature monitoring supports 3 measurement methods.
The first method is setting a time period for measurements. This interval can be set from one hour to one minute. The second method is opening-controlled sampling. In this case, opening the refrigerator triggers the measurement. The third method is the time-interval sampling method with specified temperature limits. In this case, if the temperature rises above the set limit an alarm transmission is sent to the remote monitoring station. All three of these methods can be combined according to customer needs.
As a default, the temperature sensors use wired communication, but can also be connected wirelessly, for which we provide an RF board to complement the iMachine. This board supports 868MHz radio communication with the wireless sensors (e.g. temperature sensors, humidity sensors, water detection sensors, light meters). The iMachine is the best solution for companies who wish to monitor temperature in server rooms, cold stores, healthcare or wine cellars.
The iMachine’s temperature monitoring system is different from other solutions, as it can be modularly expanded, thus making communication with wireless environmental sensors possible, saving time and money.
Access control systems check whether a person or a vehicle is present, or is authorized to access a certian area, 24 hours a day. Attendance sheets may be generated, along with working time records. It is also important to note that employees may have other benefits attached to their access cards e.g. authorization to use commuter buses, or the ability to check in to company accomodation. The same service cannot be used twice, or sold like paper based foodstamps, therefore, if an identification card is used, the possibility of abuse disappears.
To support the applications mentioned above, the iMachine is an excellent choice as it is fitted with a socket by default for radio frequency readers (RFID, NFC, MiFare, UHF/RFID). For the system to operate, identification cards are also required, which are touched to the RFID readers and the device authenticates the use of a service or simply allows entrance. In conclusion, the employee can only have access to an area or service with the use of RFID authentication.
Thanks to wireless internet connections, the system can be planted anywhere, thus making the access contol system for corporate services available anywhere, anytime, for anyone.
This solution can be easily relocated and used anywhere.
iMachine’s access control system differs from other manufacturer’s solutions, thanks to its modular building blocks. It can be used anywhere and anytime for access control and the automated administration of corporate benefits (e.g. cafeteria).
The installation of iMachine is much simpler compared to other solutions, saving you time and money, while providing further expansion opportunities.
To transmit emergency alarms and status reports, an audio board must be added to the iMachine which provides two-way voice communication between those who are trapped inside the elevator and the dispatcher.
Configuring the iMachine requires professional skill, thus the installation should be done by a specialist who has previous experience with the specific type of elevator as well as the necessary permits.
The iMachine is connected to the elevator control unit in order to access and transmit real-time technical and diagnostic information.
Continuous diagnostic monitoring makes elevator operation more secure and allows for quick rescue. When the alarm button is pressed, the built-in device obtains the operational parameters of the elevator. If the elevator is on the move, or at a door-opening position, it transmits a maintenance request to the dispatcher. If the elevator is stuck in a position in which the doors cannot be opened, an alarm message is sent and the elevator shuts down. The elevator can only be reset after a thorough inspection by the maintenance personel.
Every time there is an alarm or malfunction transmisson, the installed display provides an acknowledgement sound and light signal for the people stuck in the elevator. Within a minute, the dispatcher returns the call from the elevator and gives assistance for those who are stuck.
The iMachine’s elevator monitoring system is different from other soultions due to its modularity, which expands the list of monitorable parameters to every detail, thus saving time and money for the operator.
Maintaining a friendly environment, reducing the number of crimes and ensuring public safety is equally important for city administration, law enforcement agencies and civilians. To increase public safety, the city administration may decide to install a CCTV system, or a remote monitored street emergency caller system. A combination of these is also a viable option, which increases efficiency compared to isolated systems.
To support these needs, the iMachine is an excellent choice due to its modular structure, which can be complemented by an audio board that grants two-way voice communication by connecting a speaker and microphone. The iMachine and the necessary components are installed in a vandalism proof terminal. This technical solution is called the CHECKPOINT street emergency caller terminal, which was developed for city councils and organisations for whom public safety is a top priority.
Thanks to its customisable look, its function is obvious. We may come across one at a train station, in a park, in the street, around recreational areas, schools and shopping centres. Unfortunately, many places are further away from help, therefore city councils are advised to organise rangers, or community watches.
A witness or victim of a crime only has to push a single button for a couple of seconds located on the emergency caller terminal marked with an SOS sign. This sends an alarm message via the iMachine through a wireless internet connection.
After calling for help, the remote monitoring service centre creates an alarm signal, activating a flashing light on the the terminal and indicating the exact terminal’s location on the map. After talking to the person calling for help, the operator sends a patrol car or ambulance to the scene. Conversations are always recorded so you can keep track of what measures are being followed. The personal information of the victim or witness are not disclosed. In all cases, the emergency call is free of charge.
The emergency caller terminal can provide additional services, which may be useful at train stations, bus stations, or around a theatre. In these cases, it can also be used as an information terminal, giving information on the departure of buses or trains, or the beginning of a play.
The CHECKPOINT vandalism proof terminal is better than other manufacurers’ solutions, as it can serve several public services at the same operating cost. For example, the level of air-pollution could be measured, or it could serve as a free Wi-Fi hotspot. It may also provide information for tourists, function as a weather station, or an RFID card reader checkpoint. In the absence of an adequate infrastructure, it can operate using a solar panel, thus making its operation even more economical. Using it improves public safety, along with the ability to obtain information.
Nowadays, there are many places where we come across vending machines that offer us food or beverages. These vending machines are operated for a certain fee in hospitals, train stations, public establishments and other busy places. The operation is different in every place, due to the variation in consumer habits, prices and renting fee.
To know the expectations and needs of consumers, real-time data is needed for operators, but most vending machines do not have an internet connection that could provide information about purchases, consumption of products and raw materials, daily revenue, or possible failures.
To solve the above problems, the iMachine is the best choice because it is able to communicate with the vending machine’s motherboard and coin tester, thanks to standardised connectors (EVA-DTS, MBD, EXE). This is not only suitable for diagnostic status monitoring, but also for creating business processes and financial records. For the later, we have to connect an radio frequency card reader (RFID, NFC, MiFare) to the device, which is also used in companies for access control systems. This allows us to make discounted purchases or cashless payments and can be provided as a corporate benefit.
Vending machines connected to the internet create a new approach for businesses and payment methods between those who rent the merchandising areas and the vending machine operators. One such way could be the determination of customers’ gender and age, allowing us to show them targeted advertisements. This technical solution generates extra revenue for the operators, because the money raised from the advertisements can be used to lower the prices of the goods, thus making them more desireable to customers. The renting fee may also be replaced by revenue-based reimbursement, which is beneficial for both parties and helps long term cooperation as well as transparency.
In conclusion, the iMachine can help monitor the technical status and consumption of goods via a secure wireless internet connection. This can give us an insight into the consumer habits. Thanks to this solution, statistics and forecasts can be created on product sales, and maintenance work can be monitored.
The iMachine is different from other manufacturers’ solutions, due to its modular structure and service connectors. This helps with the professional maintenance of vending machines. Other sensors may be added to the system to further business opportunites and value-added services, which generate extra revenue for the operator.
Generally, large liquid tanks are placed in close proximity to machines, or in easily accessible places. In order to prevent misuse or theft, companies and agricultural plants may use remotely monitored fuel tanks. This service is especially important for tanks located in remote areas. The most common problem with tanks is the accurate measurement of the liquid level inside.
For these problems, the iMachine with an integrated GPS board module is the answer, to which we connect analogue or digital capacitive probes depending on the shape of the tank. Using the iMachine, we can remotely monitor the liquid level and usage rate via a wireless internet connection, as well as the tank’s position and movement thanks to the GPS board.
For regular shaped tanks we use analogue probes, however, in the case of irregular shaped tanks, digital probes are installed, which need to be calibrated prior to use. We use the same probes used when monitoring fuel consumption in vehicle tracking, only the length of the probe is different. One important detail is that the measuring rod must not reach the bottom of the tank to avoid getting stuck in the fuel sludge and residue.
Of course, there can be significant differences in the measurement, as a single millimetre in large tanks can mean up to several hundred litres. Therefore, when filling the tank it is very important to precisely determine the fluid level, thus preventing any theft or loss from leakage.
The systems also tracks any changes in tank volume resulting from thermal expansion.
The iMachine is different from other manufacturers’ solutions due to its modular blocks. Thanks to this, not only can the liquid level be measured, but it is also possible to track the position of the tank, which prevents damage and misuse, resulting in decreased expenses for the company.
Most larger companies use forklifts, which can be a huge source of danger for the company eg. accidents, theft, damage, misuse etc.
For the problems listed above, the iMachine is the best solution, to which a Bluetooth extension board can be connected. With the help of the iMachine we can monitor and check the technical condition and, with the help of the Bluetooth Beacons installed on the walls, we can track the forklifts indoors too.
The Beacon is a beacon sensor the size of a watch face, that works with a 3V coin cell battery. This can operate for up to 1 year depending on its setting, thanks to its Bluetooth Low Energy technology (BLE). When the battery’s voltage drops low, it sends a transmission about it, thus, we do not have to worry about the batteries being drained unnoticed. This technology works within a radius of approximately 30 meters, which can be narrowed down to 2-3 meters.
With the help of the Beacons, the route can be monitored with the iMachine. In this case, we define zones with the Beacons mounted on the walls in the factory. If a forklift fitted with an iMachine enters a zone, the device sends a transmission to the remote monitoring center about its position.
The iMachine is connected to the control unit of the forklift, this way we can access technical data such as ignition and state of the battery. From this data, we can keep track of the wear of components. Further information related to maintenance may be obtained with various sensors available for the iMachine. For the identification of the driver, an RFID reader must be installed. This protects the forklift from unauthorized use, as the driver must verify their identity with the help of an RFID card. If they are not authorized to operate the forklift, then it will not start. While the forklift is in use, all information is associated with the driver.
It is possible to predefine specific routes for the forklift to follow, where it should stop and how long they are supposed to stay for loading purposes. Stopping events outside of stopping areas are sent to the remote monitoring station from the iMachine. In case the forklift is in the wrong place at the wrong time, the board will receive feedback on it instantly, thus making the event investigateable.
Inspections by authorities are concluded quickly and easily, as the data recorded by the monitoring system is conclusive.
The installation of the iMachine and the configuration of the Beacons require a certain level of expertise from the user, thus it is recommended to be done by an expert.
The iMachine is different from other manufacturer’s solutions thanks to its modular structure. It can not only monitor forklifts and their parameters, but with the help of sensors it is possible to prevent damage, accidents and misuse. This way it can prevent loss of income and increase the factory’s efficiency, resulting in increased income.
Technical equipment is often a target of vandalism. In a lot of cases, transformer sub-stations are damaged by releasing or stealing the cooling oil, causing the transformer to overheat and malfunction, thus stopping electricity flow. This can cause service interruptions that affect several thousand people. The iMachine is the best choice to prevent such events from happening, as this device can constantly monitor the state of various electric machines by connecting different sensors.
The iMachine’s error indication system was developed for operators who need to monitor the state of transformers e.g. energy service providers, industrial companies and state institutions.
The iMachine is different from other manufacturers’ solutions, as it has a modular structure. Thanks to this it can not only indicate errors, but other telemetric data (field operating devices and environmental sensor data) can be accessed at the same operating cost.
The iMachine offers a complex solution that supports both monitoring and telemetric services, ensuring greater efficiency than isolated systems.
Water pumps are generally used to transport water from one point to another. It is possible to transport both clean water and sewage water with such pumps. It is important that the water pumps operate properly so as to avoid any errors in the system. Water pumps raise the level of water and deposit it into a tank so the level returns to its previous height. There can be no errors in this system, as this would result in serious damage and unforseen expenditure.
To overcome this problem the best solution is the iMachine, which monitors the state of the water pump with potential-independent contacts.
With the help of these contacts it is possible to see if the pump is getting the appropriate voltage, and also to monitor the system state – if it is in motion or idle.
In the event of any malfunction, the operator receives a message indicating which water pump is defective. This makes it possible to prevent sewage or clean water from flooding anything. The mapping interface of the remote monitoring service system shows the exact location of the error, so a maintenance crew can be sent immediately.
The water pump monitoring iMachine can be complemented with flow-meters and liquid level probes, which can provide significant help in flood protection, as it can be used to open and close sluice gates automatically.
The iMachine can be installed quickly, as it uses a wireless internet connection and does not require cables.
The iMachine is different from other manufacturers’ solutions, as it has a modular structure. Thanks to this, it can not only monitor the state of the water pump, but also measure the flow, temperature, pressure and volume of water.
Many corporations’ work is helped by load balances, which are used to determine the weight of delivery trucks.
Product receipt is validated by a measurement, which compares the measured weight to the delivery note.
We may also come across other load balances, which are built into commercial equipment or refrigerators in order to monitor the amount of goods in stock.
In both cases, the weight measurement has an important technological role, but is worthless if the information is only available locally. Preventing theft and misuse is only possible if the load balance is connected to the internet. The data transmitted from the monitoring device is available online in real-time, thus allowing us to initiate preventive measures.
For the problems mentioned above, the perfect solution is the iMachine, because of its modular structure. This allows us to connect digital load balances and many other weight measuring sensors to it. The tristate strain gauge is one of the cheapest and simplest weight measuring sensors for monitoring refrigerator weight. This solution is useful for those who only want to know if their fridge is at 75%, 50%, or 25% capacity. With this information, we can replenish the refrigerator before running out of goods. As such, we can avoid loss of income due to lack of product sales.
The tristate strain gauge is popular, because in most cases the goods measured by this are cheap, thus it is not worth monitoring it with a professional load balance precise to the nearest gram. Adding a digital load balance to a commercial device comes at a high starting price for those who want to measure bags of ice cubes, bottled soda or beer.
If you would like to protect your refrigerators from selling unauthorised goods, you would need a professional load balance. Using this, the iMachine is be able to distinguish other manufacturers’ goods by the weight measurement. If there is a discrepancy between the measured weight and the weight quoted previously, the iMachine immediately sends a signal to those in charge, through the monitoring server, making it possible to investigate cases of misuses.
In conclusion, the iMachine is different from other vendors’ solutions, as it has a modular structure. Due to this, not only can industrial load balances and commercial refrigerators be monitored, but with other sensors we can prevent misuse, theft, damage and other unexpected expenditure. Data obtained by the iMachine can be used later to create statistics, reports or forecasts that improve your company’s efficiency and generate additional income.
Today, more and more machines provide us comfort which consume electricity, gas or water, whether it is a washing machine, a refrigerator, a boiler, an air-conditioner or any other industrial technology device.
Operating costs are constantly growing, and the aim is to control and optimise this. In order to achieve savings, it is essential to know the operating costs of each appliance used in our consumption habits, to prevent unexpected expenditure.
The iMachine is the best choice to solve this issue.
Almost every meter (gas, electricity, water) has a pulse transmitter, to which the iMachine can be connected with two wires. Pulse counting happens in real-time, but the collected data is sent according to a preset scenario, thus data can be sent every second, minute, hour, or even day.
Data from the meters is sent by the iMachine through a secure encrypted connection to the remote monitoring service station, where the actual consumption data is stored. This can also be presented on a web surface or mobile application in graphic form.
The installation and configuration of the iMachine requires a certain level of expertise from the user, therefore it is recommended to be done by a professional.
The iMachine differs from other manufacturers’ solutions, as it can support many other applications (e.g. alarm-transmission, garage-opener) alongside reading meters, thanks to its modularity. This way, several applications can be supported by a single device with the same costs.
Of all the renewable energies, solar power is the fastest growing area today. Solar panels are installed in whole fields and connected to an inverter. This converts the direct current into alternating current that can be transmitted to a transformer station, then onto the main grid. These fields require large areas, so it is best to install them where it is sunny enough and where other activities cannot be done.
Solar panel systems require monitoring, because power losses may occur (excess voltage, lightning strike, cable break), or wear and damage (hail storm, glass corrosion, pollen) that cannot be detected at all, or only weeks later. This can cause unexpected expenditure during the summer months. Another common problem is that solar panels are high-value devices, thus it is a popular item on the black market and often the subject of theft.
To prevent these problems, the iMachine is the best solution. If an auxiliary component, called a Beacon board, is connected to it, we can monitor the status of the Accelerometer beacons installed on the panels. The Accelerometer beacon is a sensor the size of a watch face, which measures movement and acceleration. It is powered by a 3V coin cell battery, which can operate continuously for more than 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the beacon sends an alert signal to the iMachine, so there is no need to worry about the batteries being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The beacon detects movement, so in case of an unexpected event (theft or natural damage), or if the panel is moved, a detection signal is sent. The signal is received by the closest iMachine, which forwards it to the remote monitoring service station, so the necessary measures can be initiated as soon as possible. As the area can be divided into zones with the iMachines, the panel sending the alarm can be easily located. With the built-in iMachine network, it’s not only the panels that can be monitored. We can install beacons on other expensive objects in the field, thus preventing misuse. If needed, we can monitor other factors with environmental sensors. The iMachine provides full diagnostic status monitoring. With the help of a wireless internet connection, we can remotely monitor power generation and diagnostic status from a computer, tablet or smartphone, using our specially developed software. We can create graphs and logs from the measurements, and data can be accessed in a matter of seconds, for up to a month.
The iMachine differs from other manufacturers’ solar panel monitoring solutions, as it can monitor diagnostic status and, with the help of other sensors, theft can be prevented at the same operating cost. With the iMachine, solar panels can operate at maximum efficiency, regardless of growing electricity prices.
The Moniphone is a remotly monitorable application-specific mobile phone, which provides transparency and remote monitoring of the daily activity of users.
The device was developed for those whose work or lifestyle has a regular routine, which needs administration or supervision. The device menus are set up with only the those options that are necessary in the field of application.
The Moniphone is popular among both residential and business customers e.g. an emergency phone for elderly people, or an everyday communication tool for physical workers.
It is easy to learn how to use it, in fact, it only takes a few minutes.
The reliability of the Moniphone is checked by service monitoring servers 24 hours a day. You can check the diagnostic status of your device, regardless of its location, every hour or minute through the internet on a secured tunnel developed for this purpose. Smartphones are unable to do this, due to their construction.
The secure transmission and processing of data is ensured by various encryption methods, which are responsible for data tunnel coding and message encryption.
Due to the reliability of the device, only one modem and SIM card are needed for its operation. In cases where it is necessary to duplicate the number of the communication channels, a further SIM card slot and modem may be added.
The Moniphone was designed to withstand strong physical stress. Fulfilling customer needs, it comes in a sturdy, durable case.
The front and back panels are fastened to each other with screws. Therefore, the Moniphone can withstand being dropped and many other impacts too.
Thanks to its sturdy build, physical wear and large temperature fluctuations have no effect on its operation.
Any change in status concerning the operation of the device is followed by an event transmission, which is received by the supervisory software user. This facilitates real-time information flow e.g. power on, power off, charge started, charge interrupted, charge complete, impact, call initiated, free-fall, signal strength, location change, etc.
A built-in GPS allows you to monitor the location and movement of the device on a map.
Available for 2017 Q4
Most industrial and commercial buildings’ security is ensured by patrolling guards, who do other supervisory duties alongside patrolling.
Security company leaders and other customers are eager to see the transparent operation of live workforce monitoring, a high level of organisation and high standards. It is also necessary to document the work properly. A completion certificate can be generated for customers when work is done, and in case of complaints, cases can be investigated. The data collected can be used to make statistics and forecasts.
To solve these complex issues, the Moniphone is the perfect choice, because with the help of the building block components, it can support many detection technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
For example, in or around protected premises, passive radio frequency location identifier tokens (RFID) help to monitor the location and activities of employees. The location identifier tokens can be read by the Moniphone’s built-in RFID reader from a couple of centimetres away, and the location is then sent with a time-stamp to the monitoring software. If a higher level of automation is required, the Moniphone can be complemented by a Bluetooth board, with which the zone identifier beacons and their status can be checked.
The zone identifier beacon is a Bluetooth sensor the size of a watch face, which can mark the zones and transmit a signal every second to any Moniphone within range. With a 3V coin cell battery it can run for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is close to being empty, it alerts a Moniphone within range, thus there is no need to worry about the battery being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the guard’s Moniphone, and is forwarded to the remote monitoring service station. Because the building is divided into zones, the patrol guard’s location and movement can be determined.
If a company sends us their floorplans, we can mark the beacon locations and perform an on-site test, as there may be areas that the Bluetooth signal cannot go through, such as tanks. In these areas, more beacons should be installed. The situation is similar in factories and workshops, where electrosmog interferes with the spread of microwave signals.
Configuring beacons requires a certain level of expertise from the user, thus it is recommended to entrust this task to a professional.
The Moniphone comes with a built-in GPS, allowing it provide information on outdoor location as well. This ensures monitoring is continuous and every significant movement (10 steps) is paired with coordiantes, which can be displayed through the internet on a computer or smartphone.
The patrol route and checkpoints are preconfigured, and according to a timetable the guard’s location and movement can be checked automatically.
If the patrol route is not followed (e.g. skipping a checkpoint or being late), the monitoring service station receives an alarm signal due to a missed event. If the patrol guard detects intrusion, he can send an alarm message by pressing the S.O.S. button. There is an option to engage the Moniphone’s speakers automatically in calls, so the guard does not even have to touch the device to answer a call. The built-in impact sensor sends an alarm signal to the monitoring station about any attempted damage.
The Moniphone sends diagnostic data in regular intervals to the dispatcher, such as device operation, battery level, power on/off time, signal strength and heart-beat function)
The Moniphone is different from other manufacturers’ solutions, as patrol guards’ work can be made transparent, as their activity is controlled and documented electronically. Many things can be monitored, such as alcohol or drug consumption, vehicle tracking, access control for employees and vehicles, delivery of keys or mail, and shift change tracking and logging. Digitising the documentation saves a lot of time that can be spent doing effective work, and archived data can be checked in the database to handle complaints.
An example initiative in Hungary is that legislation requires city councils to introduce an alarm system to help elderly, sick and disabled people at home, providing them with an adequate level of care.
There are both wired and wireless, so called, "radio emergency caller systems", but these have high communication costs, and some may not even support two-way voice and data connection. A simple aerial wired telephone line cannot be called secure, and continuous inspections of aerial wires generate a significant maintenance cost. Radio systems operate at a relatively low cost, but most of these only support one-way communication. Since receiving the signal is not guaranteed, the security is questionable.
For the problems mentioned above, the Moniphone is an excellent choice. Thanks to its design, it can be managed over the internet. Its operation and changes to parameters are monitorable at low costs. When the alarm button located at the top of the keyboard is pressed, the protected person’s data is displayed on the dispatcher’s screen (residence, family, blood type, medication, doctors name, contact details, etc.) along with information about measures to be taken. In case of an emergency, the dispatcher notifies the ambulance, nurse and family. The monitoring service is available for medical service providers, churches, care service providers and those who do not have their own ambulance, doctors or nurses.
The Moniphone’s accessory is the Bluetooth Smart technology based, low energy consumption wristband push-button, that is triggered as soon as the wearer falls. Thanks to the built in accelerometer, it can detect falls and long periods of immobility. The Moniphone can receive the alarm signal from the wristband within a 30 meter radius, and can send an alarm transmission to the remote monitoring service station. As it has a wireless internet connection, the whereabouts and activities of the user can be monitored continuously, in a cost effective way.
The Moniphone is a modularly expandable mobile phone. Thanks to the boxed components, many communication and sensing technologies are supported. If we install an RF board to the device, we get an 868MHz receiver unit, to which wireless sensors can be connected (e.g. motion sensor). The fall detecting wristband can be complemented with an activity detecting radio motion sensor. This way, we can provide full protection for those who live alone. This solution allows us to monitor the activity and movement of people in any building. Thanks to the Bluetooth technology, the users can connect their own blood pressure, blood glucose, blood oxygen, body weight and ECG (electrocardiograph) equipment, if the Moniphone supports them. The medical measuring device’s data is sent to the health care server via Bluetooth automatically, or the user can type it in manually. In addition to all of this, the device can be used as a regular mobile phone and thanks to its excellent microphone and speaker, low voices and murmurs are audible.
The Moniphone is different from other manufacturers’ solutions, as it has a modular structure, which allows it to support many communication and sensing technologies, according to the user’s needs. Together with its accessories, it forms a complete system that is the base of a valuble business service. The Moniphone makes the life of elderly people and those who need care, easier and safer, and provides peace of mind for their family, while saving money, time and energy.
In offices, it is extremely important that the cleaning is done accurately and precisely, thus it is advisable to check the cleaning personnel. Many companies use high-value cleaning equipment, which makes it important to monitor them, so as to prevent misuse, theft and damage. It is also necessary to document the work carried out properly, so that the necessary data can be retrieved quickly for possible complaint handling.
The Moniphone is the perfect choice for solving this complex problem, as thanks to its modular structure, it supports several communication technologies, like RFID/NFC, Bluetooth and GPS in a single device.
Radio frequency discs installed in offices allow us to monitor the cleaning personnel’s entire cleaning process.
Passive location identifier discs can be read by the Moniphone’s RFID reader, from a few centimetres. After reading it, the device sends its location, with a time stamp, to the remote monitoring software. If a higher level of automation is required, the Moniphone must be fitted with a Bluetooth board, with which we can monitor the wall-mounted Beacons’ presence and operation status.
The location identifier Beacon is a watch-face sized Bluetooth sensor. These can divide the area into zones and can transmit its identification number to any Moniophone in range. The transmissions are sent in certain intervals, typically every second. It is powered by a 3V coin cell battery, with which it can operate for up to 1 year, thanks to the Bluetooth Low Energy technology (BLE). When the battery is running low, the Beacon sends an alert to the Moniphone, so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the cleaning personnel’s Moniphone, which forwards this to the remote monitoring centre. As the entire building can be divided into zones, the cleaning personnel’s indoor location and movements can be monitored.
The company sends us the floorplans, where we mark the location identifier Beacon positions. We then do an on-site test, because there might be areas that are shielded from Bluetooth signals. In this case, more Beacons are required. Configuring the Beacons requires a certain level of expertise, thus it is recommended to entrust this to a professional.
The Moniphone has a built-in GPS, this way it is not a problem to monitor location and movements outdoors, either. Every significant movement (~10 steps) is paired with coordinates, which can be displayed on a computer or smartphone.
The cleaning route and checkpoints can be scheduled, which is a reference guide for the automated monitoring of the cleaning personnel’s movements.
If the cleaning is not done or there is an omission (e.g. missed checkpoint), the monitoring centre receives an alert due to the faliure of the expected event. If the cleaning personnel detect some irregularity (e.g. a broken pipe, an open window, etc.), then pushing the S.O.S. button calls for help immediately. There is an option to activate the speaker on voice detection, thus the cleaning personnel do not even have to touch the device. The built-in impact sensor sends an alarm message in the event of abuse.
We can put identification discs on cleaning equipment, too. When the cleaning personnel start using the device, they have to touch the Moniphone to the disc, this way they identify themselves, with a timestamp included. This makes it easy to check who used the equipment and when.
The Moniphone can administer detergents with the built-in barcode scanner, thus the amount used can be monitored, eliminating the possibility of misuse thanks to electronic registration.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides complete transparency of cleaning personnel’s work, and an opportunity to document it electronically, whether it is location identification, or use of cleaning equipment and detergents. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
Many products, documents, gifts, food, drinks and mail get delivered every day by delivery people on bicycles, motorcycles and in cars. The quality and efficiency of their work is evaluated using paper based worksheets after the job is done.
The delivery person’s handwriting is usually poor, often barely readable. This makes the inspection difficult and costs a lot of time and money for those who would like to store, process and create statistics and forecasts from the delivery reports in electronic form.
Along with the lack of automated administration, employee protection is a challenge, because delivery people usually carry large amounts of money or high-value packages, which are an easy target for criminals.
To overcome this problem, the Moniphone is the perfect solution, because thanks to its modular structure it can support many communication and sensor technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
When delivering an item, the delivery person authenticates the handover of the mail or package. Using the built-in RFID/NFC reader, it is possible to monitor and certify who delivered what to who, where and when. Work documentation is supported by the Moniphone’s RFID reader. At a handover, the corporate access card can be used for authentication of the delivery person and then the recipient. The later can be supported by an RFID or NFC disc installed on a post-box or door. The personal handover is administered by an RFID customer-card at the customer’s location. The package’s 1 or 2 dimensional code is read be the Moniphone’s barcode scanner. When reading a barcode, the Moniphone displays to the delivery person if the recipient has to certify the handover of the package personally, or if it should be placed in the mailbox directly. The delivery person can send a transmission to the remote monitoring center about the completion of a delivery, where it can be seen in a few seconds who delivered what to who, where and when.
The built-in GPS tracks the movements and exact position of the delivery person. For a pickup, the dispatcher uses the remote monitoring software’s graphical interface to locate the nearest delivery person, and sends them the exact address. This automated solution reduces the time spent travelling and its associated costs, and increases the company’s organisation and efficiency.
In an emergency (e.g. an attack or theft), the delivery person can push the Moniphone’s S.O.S. button to call for help from the remote monitoring centre dispatcher. There is an option to activate the speaker on voice detection, thus the delivery person does not even have to touch the device. The built-in impact sensor sends an alarm message in the event of abuse.
There is no need for "paper based" administration. Delivery company managers can see their delivery crews’ work, and can determine whether they are overburdened or not, and even send the location of employees in trouble to the police quickly.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides protection and complete transparency of delivery people’s work, and an opportunity to document it electronically, whether it is a package handover, or logging a successful or failed delivery attempt. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
Ticket inspection is needed in many cases, such as on public transport, at sporting events, concerts, festivals, company events or business conferences. If you buy a plane ticket online, you get a voucher in an e-mail after the payment. These printed vouchers usually have a barcode or QR code, but there are versions that contain RFID/NFC stickers, which can be obtained in person, or by mail.
The identification and administration of the voucher is a crucial process, which may have hidden problems. Exploiting those can lead to misuse and cheating. Many concert, festival and even public transportation tickets are forged, resulting in serious financial damage, not to mention that it is a crime all around the world.
The Moniphone is the perfect choice for solving this complex problem, as thanks to its modular structure, it supports several communication technologies like RFID/NFC, Bluetooth and GPS in a single device.
Thanks to the Moniphone’s built-in communication technologies it can read any kind of ticket efficiently. After reading the ticket, the device instantly sends a message via the internet, to the remote monitoring centre’s database to check its validity.
With the help of the Moniphone, we can keep track of how many, and what kind of tickets have been checked. When reading a damaged, forged or previously validated ticket, the remote monitoring server alerts the Moniphone, preventing misuse and losses. In case of outdoor inspection, the device can be located via its built-in GPS and the ticket inspection is sent to the centre, paired with the coordinates.
In case indoor ticket inspection is required, the Moniphone needs to be complemented by a Bluetooth board, with which we can monitor the status of wall mounted location identifier Beacons.
The location identifier Beacon is a watch-face sized Bluetooth sensor. These can divide the area into zones and can transmit its identification number to any Moniophone in range. The transmissions are sent in certain intervals, typically every second. It is powered by a 3V coin cell battery, with which it can operate for up to 1 year, thanks to the Bluetooth Low Energy technology (BLE). When the battery is running low, the Beacon sends an alert to the Moniphone, so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the ticket inspector’s Moniphone, which forwards this to the remote monitoring centre. As the entire building can be divided into zones, the ticket inspector’s indoor location can be monitored, and if they leave the assigned zone, the remote monitoring centre is notified in the form of an alert.
The company sends us the floorplans, where we mark the location identifier Beacon positions. We then do an on-site test, because there might be areas that are shielded from Bluetooth signals. In this case, more Beacons are required. Configuring the Beacons requires a certain level of expertise, thus it is recommended to entrust this to a professional.
The Moniphone is also an excellent choice for public transportation ticket inspectors. On buses or other kinds of vehicles, an RFID disc can be installed. When the ticket inspector gets on the bus, they have to touch the device to this in order to identify the time, location and vehicle they are on. The device is suitable for data entry, so the fines and number of passengers can be marked. With the help of the GPS module, it is possible to check whether the inspector is on the assigned route.
If the inspector notices any irregularity (e.g. a broken window), or some kind of incident (e.g. a fight), they can ask for help immediately by pushing the built in S.O.S. button, and their location is sent as well.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides complete transparency of ticket inspectors’ work, and an opportunity to document it electronically, whether it is a sporting event, concert, business conference, festival or on public transport. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
After logging in, the data can be seen on the native applications for iOS and Android on a tablet or smartphone. Data can be displayed in tablular or graphical form. Data is shown online, and all that is required is an internet connection.
The event logs can be seen on a single interface.
You can see what is happening online, in real-time. This way, up-to-date information is given to the user. Data can be accessed for up to a month.
Navigation is simplified with navigation buttons. It only takes a few minutes to learn how to use it, and no guide is needed.
The mobile application does not store any data, it is only visible after making a query. The Home version does not save the queries made by the user, and does not support forwarding or printing them, in order to prevent misuse of information.
After logging in, only those who are authorised to make queries on the monitoring server have access to the data.
System operation is safeguarded by a high-security service monitoring server 24 hours a day. The Monitoringbook home mobile client communicates with a Linux monitoring server on a dedicated IP network, which is supported by an SQL database.
The Monitoringbook Home unified display shows real-time event transmissions about machines, vehicles and people, on a unified interface in tablular or graphical form. The mobile appication allows you to monitor the intended operation of one or more applications, online.
Using Monitoringbook Home simplifies the acquisition of information, as data queries are made from an aggregate database.
The aggregate queries and displays give better results and efficiency than isolated monitoring services.
Monitoringbook Home can be operated in an application-service where users provide the monitoring service themselves, through a mobile application.
Of course, monitoring machines, vehicles and people can be done in a remote monitoring service cooperating with a remote monitoring service provider.
In this case, the customer and the remote monitoring service provider have the same data, at the same time. So, Monitoringbook Home gives control data to the customer about incoming singals and measures (e.g. a patrol guard has reached the burglary site).
With an uninterrupted internet connection, Monitoringbook Home alerts the user with a notification in case of events requiring intervention.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
Technical equipment is often a target of vandalism. In a lot of cases, transformer sub-stations are damaged by releasing or stealing the cooling oil, causing the transformer to overheat and malfunction, thus stopping electricity flow. This can cause service interruptions that affect several thousand people. The iMachine is the best choice to prevent such events from happening, as this device can constantly monitor the state of various electric machines by connecting different sensors.
The iMachine’s error indication system was developed for operators who need to monitor the state of transformers e.g. energy service providers, industrial companies and state institutions.
The iMachine is different from other manufacturers’ solutions, as it has a modular structure. Thanks to this it can not only indicate errors, but other telemetric data (field operating devices and environmental sensor data) can be accessed at the same operating cost.
The iMachine offers a complex solution that supports both monitoring and telemetric services, ensuring greater efficiency than isolated systems.
Our solution provides real-time temperature monitoring of refrigerators, which can be installed in both buildings and refrigerator trucks.
Up to 8 temperature sensors can be connected to the iMachine’s serial port via a single wire. The temperature monitoring supports 3 measurement methods.
The first method is setting a time period for measurements. This interval can be set from one hour to one minute. The second method is opening-controlled sampling. In this case, opening the refrigerator triggers the measurement. The third method is the time-interval sampling method with specified temperature limits. In this case, if the temperature rises above the set limit an alarm transmission is sent to the remote monitoring station. All three of these methods can be combined according to customer needs.
As a default, the temperature sensors use wired communication, but can also be connected wirelessly, for which we provide an RF board to complement the iMachine. This board supports 868MHz radio communication with the wireless sensors (e.g. temperature sensors, humidity sensors, water detection sensors, light meters). The iMachine is the best solution for companies who wish to monitor temperature in server rooms, cold stores, healthcare or wine cellars.
The iMachine’s temperature monitoring system is different from other solutions, as it can be modularly expanded, thus making communication with wireless environmental sensors possible, saving time and money.
Of all the renewable energies, solar power is the fastest growing area today. Solar panels are installed in whole fields and connected to an inverter. This converts the direct current into alternating current that can be transmitted to a transformer station, then onto the main grid. These fields require large areas, so it is best to install them where it is sunny enough and where other activities cannot be done.
Solar panel systems require monitoring, because power losses may occur (excess voltage, lightning strike, cable break), or wear and damage (hail storm, glass corrosion, pollen) that cannot be detected at all, or only weeks later. This can cause unexpected expenditure during the summer months. Another common problem is that solar panels are high-value devices, thus it is a popular item on the black market and often the subject of theft.
To prevent these problems, the iMachine is the best solution. If an auxiliary component, called a Beacon board, is connected to it, we can monitor the status of the Accelerometer beacons installed on the panels. The Accelerometer beacon is a sensor the size of a watch face, which measures movement and acceleration. It is powered by a 3V coin cell battery, which can operate continuously for more than 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the beacon sends an alert signal to the iMachine, so there is no need to worry about the batteries being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The beacon detects movement, so in case of an unexpected event (theft or natural damage), or if the panel is moved, a detection signal is sent. The signal is received by the closest iMachine, which forwards it to the remote monitoring service station, so the necessary measures can be initiated as soon as possible. As the area can be divided into zones with the iMachines, the panel sending the alarm can be easily located. With the built-in iMachine network, it’s not only the panels that can be monitored. We can install beacons on other expensive objects in the field, thus preventing misuse. If needed, we can monitor other factors with environmental sensors. The iMachine provides full diagnostic status monitoring. With the help of a wireless internet connection, we can remotely monitor power generation and diagnostic status from a computer, tablet or smartphone, using our specially developed software. We can create graphs and logs from the measurements, and data can be accessed in a matter of seconds, for up to a month.
The iMachine differs from other manufacturers’ solar panel monitoring solutions, as it can monitor diagnostic status and, with the help of other sensors, theft can be prevented at the same operating cost. With the iMachine, solar panels can operate at maximum efficiency, regardless of growing electricity prices.
Most industrial and commercial buildings’ security is ensured by patrolling guards, who do other supervisory duties alongside patrolling.
Security company leaders and other customers are eager to see the transparent operation of live workforce monitoring, a high level of organisation and high standards. It is also necessary to document the work properly. A completion certificate can be generated for customers when work is done, and in case of complaints, cases can be investigated. The data collected can be used to make statistics and forecasts.
To solve these complex issues, the Moniphone is the perfect choice, because with the help of the building block components, it can support many detection technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
For example, in or around protected premises, passive radio frequency location identifier tokens (RFID) help to monitor the location and activities of employees. The location identifier tokens can be read by the Moniphone’s built-in RFID reader from a couple of centimetres away, and the location is then sent with a time-stamp to the monitoring software. If a higher level of automation is required, the Moniphone can be complemented by a Bluetooth board, with which the zone identifier beacons and their status can be checked.
The zone identifier beacon is a Bluetooth sensor the size of a watch face, which can mark the zones and transmit a signal every second to any Moniphone within range. With a 3V coin cell battery it can run for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is close to being empty, it alerts a Moniphone within range, thus there is no need to worry about the battery being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the guard’s Moniphone, and is forwarded to the remote monitoring service station. Because the building is divided into zones, the patrol guard’s location and movement can be determined.
If a company sends us their floorplans, we can mark the beacon locations and perform an on-site test, as there may be areas that the Bluetooth signal cannot go through, such as tanks. In these areas, more beacons should be installed. The situation is similar in factories and workshops, where electrosmog interferes with the spread of microwave signals.
Configuring beacons requires a certain level of expertise from the user, thus it is recommended to entrust this task to a professional.
The Moniphone comes with a built-in GPS, allowing it provide information on outdoor location as well. This ensures monitoring is continuous and every significant movement (10 steps) is paired with coordiantes, which can be displayed through the internet on a computer or smartphone.
The patrol route and checkpoints are preconfigured, and according to a timetable the guard’s location and movement can be checked automatically.
If the patrol route is not followed (e.g. skipping a checkpoint or being late), the monitoring service station receives an alarm signal due to a missed event. If the patrol guard detects intrusion, he can send an alarm message by pressing the S.O.S. button. There is an option to engage the Moniphone’s speakers automatically in calls, so the guard does not even have to touch the device to answer a call. The built-in impact sensor sends an alarm signal to the monitoring station about any attempted damage.
The Moniphone sends diagnostic data in regular intervals to the dispatcher, such as device operation, battery level, power on/off time, signal strength and heart-beat function)
The Moniphone is different from other manufacturers’ solutions, as patrol guards’ work can be made transparent, as their activity is controlled and documented electronically. Many things can be monitored, such as alcohol or drug consumption, vehicle tracking, access control for employees and vehicles, delivery of keys or mail, and shift change tracking and logging. Digitising the documentation saves a lot of time that can be spent doing effective work, and archived data can be checked in the database to handle complaints.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
In offices, it is extremely important that the cleaning is done accurately and precisely, thus it is advisable to check the cleaning personnel. Many companies use high-value cleaning equipment, which makes it important to monitor them, so as to prevent misuse, theft and damage. It is also necessary to document the work carried out properly, so that the necessary data can be retrieved quickly for possible complaint handling.
The Moniphone is the perfect choice for solving this complex problem, as thanks to its modular structure, it supports several communication technologies, like RFID/NFC, Bluetooth and GPS in a single device.
Radio frequency discs installed in offices allow us to monitor the cleaning personnel’s entire cleaning process.
Passive location identifier discs can be read by the Moniphone’s RFID reader, from a few centimetres. After reading it, the device sends its location, with a time stamp, to the remote monitoring software. If a higher level of automation is required, the Moniphone must be fitted with a Bluetooth board, with which we can monitor the wall-mounted Beacons’ presence and operation status.
The location identifier Beacon is a watch-face sized Bluetooth sensor. These can divide the area into zones and can transmit its identification number to any Moniophone in range. The transmissions are sent in certain intervals, typically every second. It is powered by a 3V coin cell battery, with which it can operate for up to 1 year, thanks to the Bluetooth Low Energy technology (BLE). When the battery is running low, the Beacon sends an alert to the Moniphone, so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the cleaning personnel’s Moniphone, which forwards this to the remote monitoring centre. As the entire building can be divided into zones, the cleaning personnel’s indoor location and movements can be monitored.
The company sends us the floorplans, where we mark the location identifier Beacon positions. We then do an on-site test, because there might be areas that are shielded from Bluetooth signals. In this case, more Beacons are required. Configuring the Beacons requires a certain level of expertise, thus it is recommended to entrust this to a professional.
The Moniphone has a built-in GPS, this way it is not a problem to monitor location and movements outdoors, either. Every significant movement (~10 steps) is paired with coordinates, which can be displayed on a computer or smartphone.
The cleaning route and checkpoints can be scheduled, which is a reference guide for the automated monitoring of the cleaning personnel’s movements.
If the cleaning is not done or there is an omission (e.g. missed checkpoint), the monitoring centre receives an alert due to the faliure of the expected event. If the cleaning personnel detect some irregularity (e.g. a broken pipe, an open window, etc.), then pushing the S.O.S. button calls for help immediately. There is an option to activate the speaker on voice detection, thus the cleaning personnel do not even have to touch the device. The built-in impact sensor sends an alarm message in the event of abuse.
We can put identification discs on cleaning equipment, too. When the cleaning personnel start using the device, they have to touch the Moniphone to the disc, this way they identify themselves, with a timestamp included. This makes it easy to check who used the equipment and when.
The Moniphone can administer detergents with the built-in barcode scanner, thus the amount used can be monitored, eliminating the possibility of misuse thanks to electronic registration.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides complete transparency of cleaning personnel’s work, and an opportunity to document it electronically, whether it is location identification, or use of cleaning equipment and detergents. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
Maintaining a friendly environment, reducing the number of crimes and ensuring public safety is equally important for city administration, law enforcement agencies and civilians.
To increase public safety, the city administration may decide to install a CCTV system, or a remote monitored street emergency caller system. A combination of these is also a viable option, which increases efficiency compared to isolated systems.
To support these needs, the iMachine is an excellent choice due to its modular structure, which can be complemented by an audio board that grants two-way voice communication by connecting a speaker and microphone. The iMachine and the necessary components are installed in a vandalism proof terminal. This technical solution is called the CHECKPOINT street emergency caller terminal, which was developed for city councils and organisations for whom public safety is a top priority.
Thanks to its customisable look, its function is obvious. We may come across one at a train station, in a park, in the street, around recreational areas, schools and shopping centres. Unfortunately, many places are further away from help, therefore city councils are advised to organise rangers, or community watches.
A witness or victim of a crime only has to push a single button for a couple of seconds located on the emergency caller terminal marked with an SOS sign. This sends an alarm message via the iMachine through a wireless internet connection.
After calling for help, the remote monitoring service centre creates an alarm signal, activating a flashing light on the the terminal and indicating the exact terminal’s location on the map.
After talking to the person calling for help, the operator sends a patrol car or ambulance to the scene.
Conversations are always recorded so you can keep track of what measures are being followed. The personal information of the victim or witness are not disclosed. In all cases, the emergency call is free of charge.
The emergency caller terminal can provide additional services, which may be useful at train stations, bus stations, or around a theatre. In these cases, it can also be used as an information terminal, giving information on the departure of buses or trains, or the beginning of a play.
The CHECKPOINT vandalism proof terminal is better than other manufacurers’ solutions, as it can serve several public services at the same operating cost. For example, the level of air-pollution could be measured, or it could serve as a free Wi-Fi hotspot. It may also provide information for tourists, function as a weather station, or an RFID card reader checkpoint. In the absence of an adequate infrastructure, it can operate using a solar panel, thus making its operation even more economical. Using it improves public safety, along with the ability to obtain information.
Today, more and more machines provide us comfort which consume electricity, gas or water, whether it is a washing machine, a refrigerator, a boiler, an air-conditioner or any other industrial technology device.
Operating costs are constantly growing, and the aim is to control and optimise this. In order to achieve savings, it is essential to know the operating costs of each appliance used in our consumption habits, to prevent unexpected expenditure.
The iMachine is the best choice to solve this issue.
Almost every meter (gas, electricity, water) has a pulse transmitter, to which the iMachine can be connected with two wires. Pulse counting happens in real-time, but the collected data is sent according to a preset scenario, thus data can be sent every second, minute, hour, or even day.
Data from the meters is sent by the iMachine through a secure encrypted connection to the remote monitoring service station, where the actual consumption data is stored. This can also be presented on a web surface or mobile application in graphic form.
The installation and configuration of the iMachine requires a certain level of expertise from the user, therefore it is recommended to be done by a professional.
The iMachine differs from other manufacturers’ solutions, as it can support many other applications (e.g. alarm-transmission, garage-opener) alongside reading meters, thanks to its modularity. This way, several applications can be supported by a single device with the same costs.
Many products, documents, gifts, food, drinks and mail get delivered every day by delivery people on bicycles, motorcycles and in cars. The quality and efficiency of their work is evaluated using paper based worksheets after the job is done.
The delivery person’s handwriting is usually poor, often barely readable. This makes the inspection difficult and costs a lot of time and money for those who would like to store, process and create statistics and forecasts from the delivery reports in electronic form.
Along with the lack of automated administration, employee protection is a challenge, because delivery people usually carry large amounts of money or high-value packages, which are an easy target for criminals.
To overcome this problem, the Moniphone is the perfect solution, because thanks to its modular structure it can support many communication and sensor technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
When delivering an item, the delivery person authenticates the handover of the mail or package. Using the built-in RFID/NFC reader, it is possible to monitor and certify who delivered what to who, where and when. Work documentation is supported by the Moniphone’s RFID reader. At a handover, the corporate access card can be used for authentication of the delivery person and then the recipient. The later can be supported by an RFID or NFC disc installed on a post-box or door. The personal handover is administered by an RFID customer-card at the customer’s location. The package’s 1 or 2 dimensional code is read be the Moniphone’s barcode scanner. When reading a barcode, the Moniphone displays to the delivery person if the recipient has to certify the handover of the package personally, or if it should be placed in the mailbox directly. The delivery person can send a transmission to the remote monitoring center about the completion of a delivery, where it can be seen in a few seconds who delivered what to who, where and when.
The built-in GPS tracks the movements and exact position of the delivery person. For a pickup, the dispatcher uses the remote monitoring software’s graphical interface to locate the nearest delivery person, and sends them the exact address. This automated solution reduces the time spent travelling and its associated costs, and increases the company’s organisation and efficiency.
In an emergency (e.g. an attack or theft), the delivery person can push the Moniphone’s S.O.S. button to call for help from the remote monitoring centre dispatcher. There is an option to activate the speaker on voice detection, thus the delivery person does not even have to touch the device. The built-in impact sensor sends an alarm message in the event of abuse.
There is no need for "paper based" administration. Delivery company managers can see their delivery crews’ work, and can determine whether they are overburdened or not, and even send the location of employees in trouble to the police quickly.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides protection and complete transparency of delivery people’s work, and an opportunity to document it electronically, whether it is a package handover, or logging a successful or failed delivery attempt. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
Ticket inspection is needed in many cases, such as on public transport, at sporting events, concerts, festivals, company events or business conferences. If you buy a plane ticket online, you get a voucher in an e-mail after the payment. These printed vouchers usually have a barcode or QR code, but there are versions that contain RFID/NFC stickers, which can be obtained in person, or by mail.
The identification and administration of the voucher is a crucial process, which may have hidden problems. Exploiting those can lead to misuse and cheating. Many concert, festival and even public transportation tickets are forged, resulting in serious financial damage, not to mention that it is a crime all around the world.
The Moniphone is the perfect choice for solving this complex problem, as thanks to its modular structure, it supports several communication technologies like RFID/NFC, Bluetooth and GPS in a single device.
Thanks to the Moniphone’s built-in communication technologies it can read any kind of ticket efficiently. After reading the ticket, the device instantly sends a message via the internet, to the remote monitoring centre’s database to check its validity.
With the help of the Moniphone, we can keep track of how many, and what kind of tickets have been checked. When reading a damaged, forged or previously validated ticket, the remote monitoring server alerts the Moniphone, preventing misuse and losses. In case of outdoor inspection, the device can be located via its built-in GPS and the ticket inspection is sent to the centre, paired with the coordinates.
In case indoor ticket inspection is required, the Moniphone needs to be complemented by a Bluetooth board, with which we can monitor the status of wall mounted location identifier Beacons.
The location identifier Beacon is a watch-face sized Bluetooth sensor. These can divide the area into zones and can transmit its identification number to any Moniophone in range. The transmissions are sent in certain intervals, typically every second. It is powered by a 3V coin cell battery, with which it can operate for up to 1 year, thanks to the Bluetooth Low Energy technology (BLE). When the battery is running low, the Beacon sends an alert to the Moniphone, so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the ticket inspector’s Moniphone, which forwards this to the remote monitoring centre. As the entire building can be divided into zones, the ticket inspector’s indoor location can be monitored, and if they leave the assigned zone, the remote monitoring centre is notified in the form of an alert.
The company sends us the floorplans, where we mark the location identifier Beacon positions. We then do an on-site test, because there might be areas that are shielded from Bluetooth signals. In this case, more Beacons are required. Configuring the Beacons requires a certain level of expertise, thus it is recommended to entrust this to a professional.
The Moniphone is also an excellent choice for public transportation ticket inspectors. On buses or other kinds of vehicles, an RFID disc can be installed. When the ticket inspector gets on the bus, they have to touch the device to this in order to identify the time, location and vehicle they are on. The device is suitable for data entry, so the fines and number of passengers can be marked. With the help of the GPS module, it is possible to check whether the inspector is on the assigned route.
If the inspector notices any irregularity (e.g. a broken window), or some kind of incident (e.g. a fight), they can ask for help immediately by pushing the built in S.O.S. button, and their location is sent as well.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides complete transparency of ticket inspectors’ work, and an opportunity to document it electronically, whether it is a sporting event, concert, business conference, festival or on public transport. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
An example initiative in Hungary is that legislation requires city councils to introduce an alarm system to help elderly, sick and disabled people at home, providing them with an adequate level of care.
There are both wired and wireless, so called, "radio emergency caller systems", but these have high communication costs, and some may not even support two-way voice and data connection. A simple aerial wired telephone line cannot be called secure, and continuous inspections of aerial wires generate a significant maintenance cost. Radio systems operate at a relatively low cost, but most of these only support one-way communication. Since receiving the signal is not guaranteed, the security is questionable.
For the problems mentioned above, the Moniphone is an excellent choice. Thanks to its design, it can be managed over the internet. Its operation and changes to parameters are monitorable at low costs. When the alarm button located at the top of the keyboard is pressed, the protected person’s data is displayed on the dispatcher’s screen (residence, family, blood type, medication, doctors name, contact details, etc.) along with information about measures to be taken.
In case of an emergency, the dispatcher notifies the ambulance, nurse and family. The monitoring service is available for medical service providers, churches, care service providers and those who do not have their own ambulance, doctors or nurses.
The Moniphone’s accessory is the Bluetooth Smart technology based, low energy consumption wristband push-button, that is triggered as soon as the wearer falls. Thanks to the built in accelerometer, it can detect falls and long periods of immobility. The Moniphone can receive the alarm signal from the wristband within a 30 meter radius, and can send an alarm transmission to the remote monitoring service station. As it has a wireless internet connection, the whereabouts and activities of the user can be monitored continuously, in a cost effective way.
The Moniphone is a modularly expandable mobile phone. Thanks to the boxed components, many communication and sensing technologies are supported. If we install an RF board to the device, we get an 868MHz receiver unit, to which wireless sensors can be connected (e.g. motion sensor). The fall detecting wristband can be complemented with an activity detecting radio motion sensor. This way, we can provide full protection for those who live alone. This solution allows us to monitor the activity and movement of people in any building. Thanks to the Bluetooth technology, the users can connect their own blood pressure, blood glucose, blood oxygen, body weight and ECG (electrocardiograph) equipment, if the Moniphone supports them. The medical measuring device’s data is sent to the health care server via Bluetooth automatically, or the user can type it in manually. In addition to all of this, the device can be used as a regular mobile phone and thanks to its excellent microphone and speaker, low voices and murmurs are audible.
The Moniphone is different from other manufacturers’ solutions, as it has a modular structure, which allows it to support many communication and sensing technologies, according to the user’s needs. Together with its accessories, it forms a complete system that is the base of a valuble business service. The Moniphone makes the life of elderly people and those who need care, easier and safer, and provides peace of mind for their family, while saving money, time and energy.
Most industrial and commercial buildings’ security is ensured by patrolling guards, who do other supervisory duties alongside patrolling.
Security company leaders and other customers are eager to see the transparent operation of live workforce monitoring, a high level of organisation and high standards. It is also necessary to document the work properly. A completion certificate can be generated for customers when work is done, and in case of complaints, cases can be investigated. The data collected can be used to make statistics and forecasts.
To solve these complex issues, the Moniphone is the perfect choice, because with the help of the building block components, it can support many detection technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
For example, in or around protected premises, passive radio frequency location identifier tokens (RFID) help to monitor the location and activities of employees. The location identifier tokens can be read by the Moniphone’s built-in RFID reader from a couple of centimetres away, and the location is then sent with a time-stamp to the monitoring software. If a higher level of automation is required, the Moniphone can be complemented by a Bluetooth board, with which the zone identifier beacons and their status can be checked.
The zone identifier beacon is a Bluetooth sensor the size of a watch face, which can mark the zones and transmit a signal every second to any Moniphone within range. With a 3V coin cell battery it can run for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is close to being empty, it alerts a Moniphone within range, thus there is no need to worry about the battery being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the guard’s Moniphone, and is forwarded to the remote monitoring service station. Because the building is divided into zones, the patrol guard’s location and movement can be determined.
If a company sends us their floorplans, we can mark the beacon locations and perform an on-site test, as there may be areas that the Bluetooth signal cannot go through, such as tanks. In these areas, more beacons should be installed. The situation is similar in factories and workshops, where electrosmog interferes with the spread of microwave signals.
Configuring beacons requires a certain level of expertise from the user, thus it is recommended to entrust this task to a professional.
The Moniphone comes with a built-in GPS, allowing it provide information on outdoor location as well. This ensures monitoring is continuous and every significant movement (10 steps) is paired with coordiantes, which can be displayed through the internet on a computer or smartphone.
The patrol route and checkpoints are preconfigured, and according to a timetable the guard’s location and movement can be checked automatically.
If the patrol route is not followed (e.g. skipping a checkpoint or being late), the monitoring service station receives an alarm signal due to a missed event. If the patrol guard detects intrusion, he can send an alarm message by pressing the S.O.S. button. There is an option to engage the Moniphone’s speakers automatically in calls, so the guard does not even have to touch the device to answer a call. The built-in impact sensor sends an alarm signal to the monitoring station about any attempted damage.
The Moniphone sends diagnostic data in regular intervals to the dispatcher, such as device operation, battery level, power on/off time, signal strength and heart-beat function)
The Moniphone is different from other manufacturers’ solutions, as patrol guards’ work can be made transparent, as their activity is controlled and documented electronically. Many things can be monitored, such as alcohol or drug consumption, vehicle tracking, access control for employees and vehicles, delivery of keys or mail, and shift change tracking and logging. Digitising the documentation saves a lot of time that can be spent doing effective work, and archived data can be checked in the database to handle complaints.
Maintaining a friendly environment, reducing the number of crimes and ensuring public safety is equally important for city administration, law enforcement agencies and civilians.
To increase public safety, the city administration may decide to install a CCTV system, or a remote monitored street emergency caller system. A combination of these is also a viable option, which increases efficiency compared to isolated systems.
To support these needs, the iMachine is an excellent choice due to its modular structure, which can be complemented by an audio board that grants two-way voice communication by connecting a speaker and microphone. The iMachine and the necessary components are installed in a vandalism proof terminal. This technical solution is called the CHECKPOINT street emergency caller terminal, which was developed for city councils and organisations for whom public safety is a top priority.
Thanks to its customisable look, its function is obvious. We may come across one at a train station, in a park, in the street, around recreational areas, schools and shopping centres. Unfortunately, many places are further away from help, therefore city councils are advised to organise rangers, or community watches.
A witness or victim of a crime only has to push a single button for a couple of seconds located on the emergency caller terminal marked with an SOS sign. This sends an alarm message via the iMachine through a wireless internet connection.
After calling for help, the remote monitoring service centre creates an alarm signal, activating a flashing light on the the terminal and indicating the exact terminal’s location on the map.
After talking to the person calling for help, the operator sends a patrol car or ambulance to the scene.
Conversations are always recorded so you can keep track of what measures are being followed. The personal information of the victim or witness are not disclosed. In all cases, the emergency call is free of charge.
The emergency caller terminal can provide additional services, which may be useful at train stations, bus stations, or around a theatre. In these cases, it can also be used as an information terminal, giving information on the departure of buses or trains, or the beginning of a play.
The CHECKPOINT vandalism proof terminal is better than other manufacurers’ solutions, as it can serve several public services at the same operating cost. For example, the level of air-pollution could be measured, or it could serve as a free Wi-Fi hotspot. It may also provide information for tourists, function as a weather station, or an RFID card reader checkpoint. In the absence of an adequate infrastructure, it can operate using a solar panel, thus making its operation even more economical. Using it improves public safety, along with the ability to obtain information.
Today, more and more machines provide us comfort which consume electricity, gas or water, whether it is a washing machine, a refrigerator, a boiler, an air-conditioner or any other industrial technology device.
Operating costs are constantly growing, and the aim is to control and optimise this. In order to achieve savings, it is essential to know the operating costs of each appliance used in our consumption habits, to prevent unexpected expenditure.
The iMachine is the best choice to solve this issue.
Almost every meter (gas, electricity, water) has a pulse transmitter, to which the iMachine can be connected with two wires. Pulse counting happens in real-time, but the collected data is sent according to a preset scenario, thus data can be sent every second, minute, hour, or even day.
Data from the meters is sent by the iMachine through a secure encrypted connection to the remote monitoring service station, where the actual consumption data is stored. This can also be presented on a web surface or mobile application in graphic form.
The installation and configuration of the iMachine requires a certain level of expertise from the user, therefore it is recommended to be done by a professional.
The iMachine differs from other manufacturers’ solutions, as it can support many other applications (e.g. alarm-transmission, garage-opener) alongside reading meters, thanks to its modularity. This way, several applications can be supported by a single device with the same costs.
An example initiative in Hungary is that legislation requires city councils to introduce an alarm system to help elderly, sick and disabled people at home, providing them with an adequate level of care.
There are both wired and wireless, so called, "radio emergency caller systems", but these have high communication costs, and some may not even support two-way voice and data connection. A simple aerial wired telephone line cannot be called secure, and continuous inspections of aerial wires generate a significant maintenance cost. Radio systems operate at a relatively low cost, but most of these only support one-way communication. Since receiving the signal is not guaranteed, the security is questionable.
For the problems mentioned above, the Moniphone is an excellent choice. Thanks to its design, it can be managed over the internet. Its operation and changes to parameters are monitorable at low costs. When the alarm button located at the top of the keyboard is pressed, the protected person’s data is displayed on the dispatcher’s screen (residence, family, blood type, medication, doctors name, contact details, etc.) along with information about measures to be taken.
In case of an emergency, the dispatcher notifies the ambulance, nurse and family. The monitoring service is available for medical service providers, churches, care service providers and those who do not have their own ambulance, doctors or nurses.
The Moniphone’s accessory is the Bluetooth Smart technology based, low energy consumption wristband push-button, that is triggered as soon as the wearer falls. Thanks to the built in accelerometer, it can detect falls and long periods of immobility. The Moniphone can receive the alarm signal from the wristband within a 30 meter radius, and can send an alarm transmission to the remote monitoring service station. As it has a wireless internet connection, the whereabouts and activities of the user can be monitored continuously, in a cost effective way.
The Moniphone is a modularly expandable mobile phone. Thanks to the boxed components, many communication and sensing technologies are supported. If we install an RF board to the device, we get an 868MHz receiver unit, to which wireless sensors can be connected (e.g. motion sensor). The fall detecting wristband can be complemented with an activity detecting radio motion sensor. This way, we can provide full protection for those who live alone. This solution allows us to monitor the activity and movement of people in any building. Thanks to the Bluetooth technology, the users can connect their own blood pressure, blood glucose, blood oxygen, body weight and ECG (electrocardiograph) equipment, if the Moniphone supports them. The medical measuring device’s data is sent to the health care server via Bluetooth automatically, or the user can type it in manually. In addition to all of this, the device can be used as a regular mobile phone and thanks to its excellent microphone and speaker, low voices and murmurs are audible.
The Moniphone is different from other manufacturers’ solutions, as it has a modular structure, which allows it to support many communication and sensing technologies, according to the user’s needs. Together with its accessories, it forms a complete system that is the base of a valuble business service. The Moniphone makes the life of elderly people and those who need care, easier and safer, and provides peace of mind for their family, while saving money, time and energy.
Every segment of the complete IoT infrastructure is managed and monitored by high security monitoring servers, 24 hours a day.
The most prominent tasks include operation of the network gates receiving the event transmissions, transmission of encrypted messages, coding the data tunnel, remote monitoring of the GSM network and IoT devices. Thanks to this, the networks, servers and devices responsible for voice and data connection always meet the highest expectations.
In case of an irregular operation, the service monitoring servers generate an alert immediately and notify the people in charge, so they can start the necessary measures.
Data communication is carried out between the application monitoring server and the Monitoringbook Pro thin client software via a tunnel coded network.
The transmissions coming from different IoT devices arrive to the application monitoring server with individual codes, which are only known by the administrator of the system. An infinte number of code tables can be created for the event transmissions, which results in independent operation from other service providers.
For uninterrupted service, the servers and data channels are duplicated, and are located both physically and geographically in different server hotels.
The Monitoringbook Pro displays the event transmissions from machines, vehicle and people on a unified surface in tabular or graphical form. The web application allows those who want it, real-time online monitoring for one or more application.
Monitoringbook Pro can support the professional needs of business customers by managing interventions and actions for each event transmission, editing and administration of worksheets, and generating unique statements and graphs. Using Monitoringbook Pro simplifies the gathering of information, as queries are made from an aggregated database. The aggregate data queries have better results and efficiency than isolated solutions.
Data can be categorised according to client groups and event types. Within Monitoringbook Pro’s software, the service provider can configure what kind of events should generate notifications in the application (e.g. in Hungary, the fire transmissions must be sent to the Disaster Recovery Center, but error messages must be sent to the maintenance company).
The multi-level authority handling allows us to have both centralised and decentralised operations, regardless of the devices and their transmissions.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
Technical equipment is often a target of vandalism. In a lot of cases, transformer sub-stations are damaged by releasing or stealing the cooling oil, causing the transformer to overheat and malfunction, thus stopping electricity flow. This can cause service interruptions that affect several thousand people. The iMachine is the best choice to prevent such events from happening, as this device can constantly monitor the state of various electric machines by connecting different sensors.
The iMachine’s error indication system was developed for operators who need to monitor the state of transformers e.g. energy service providers, industrial companies and state institutions.
The iMachine is different from other manufacturers’ solutions, as it has a modular structure. Thanks to this it can not only indicate errors, but other telemetric data (field operating devices and environmental sensor data) can be accessed at the same operating cost.
The iMachine offers a complex solution that supports both monitoring and telemetric services, ensuring greater efficiency than isolated systems.
Our solution provides real-time temperature monitoring of refrigerators, which can be installed in both buildings and refrigerator trucks.
Up to 8 temperature sensors can be connected to the iMachine’s serial port via a single wire. The temperature monitoring supports 3 measurement methods.
The first method is setting a time period for measurements. This interval can be set from one hour to one minute. The second method is opening-controlled sampling. In this case, opening the refrigerator triggers the measurement. The third method is the time-interval sampling method with specified temperature limits. In this case, if the temperature rises above the set limit an alarm transmission is sent to the remote monitoring station. All three of these methods can be combined according to customer needs.
As a default, the temperature sensors use wired communication, but can also be connected wirelessly, for which we provide an RF board to complement the iMachine. This board supports 868MHz radio communication with the wireless sensors (e.g. temperature sensors, humidity sensors, water detection sensors, light meters). The iMachine is the best solution for companies who wish to monitor temperature in server rooms, cold stores, healthcare or wine cellars.
The iMachine’s temperature monitoring system is different from other solutions, as it can be modularly expanded, thus making communication with wireless environmental sensors possible, saving time and money.
Of all the renewable energies, solar power is the fastest growing area today. Solar panels are installed in whole fields and connected to an inverter. This converts the direct current into alternating current that can be transmitted to a transformer station, then onto the main grid. These fields require large areas, so it is best to install them where it is sunny enough and where other activities cannot be done.
Solar panel systems require monitoring, because power losses may occur (excess voltage, lightning strike, cable break), or wear and damage (hail storm, glass corrosion, pollen) that cannot be detected at all, or only weeks later. This can cause unexpected expenditure during the summer months. Another common problem is that solar panels are high-value devices, thus it is a popular item on the black market and often the subject of theft.
To prevent these problems, the iMachine is the best solution. If an auxiliary component, called a Beacon board, is connected to it, we can monitor the status of the Accelerometer beacons installed on the panels. The Accelerometer beacon is a sensor the size of a watch face, which measures movement and acceleration. It is powered by a 3V coin cell battery, which can operate continuously for more than 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the beacon sends an alert signal to the iMachine, so there is no need to worry about the batteries being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The beacon detects movement, so in case of an unexpected event (theft or natural damage), or if the panel is moved, a detection signal is sent. The signal is received by the closest iMachine, which forwards it to the remote monitoring service station, so the necessary measures can be initiated as soon as possible. As the area can be divided into zones with the iMachines, the panel sending the alarm can be easily located. With the built-in iMachine network, it’s not only the panels that can be monitored. We can install beacons on other expensive objects in the field, thus preventing misuse. If needed, we can monitor other factors with environmental sensors. The iMachine provides full diagnostic status monitoring. With the help of a wireless internet connection, we can remotely monitor power generation and diagnostic status from a computer, tablet or smartphone, using our specially developed software. We can create graphs and logs from the measurements, and data can be accessed in a matter of seconds, for up to a month.
The iMachine differs from other manufacturers’ solar panel monitoring solutions, as it can monitor diagnostic status and, with the help of other sensors, theft can be prevented at the same operating cost. With the iMachine, solar panels can operate at maximum efficiency, regardless of growing electricity prices.
Most industrial and commercial buildings’ security is ensured by patrolling guards, who do other supervisory duties alongside patrolling.
Security company leaders and other customers are eager to see the transparent operation of live workforce monitoring, a high level of organisation and high standards. It is also necessary to document the work properly. A completion certificate can be generated for customers when work is done, and in case of complaints, cases can be investigated. The data collected can be used to make statistics and forecasts.
To solve these complex issues, the Moniphone is the perfect choice, because with the help of the building block components, it can support many detection technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
For example, in or around protected premises, passive radio frequency location identifier tokens (RFID) help to monitor the location and activities of employees. The location identifier tokens can be read by the Moniphone’s built-in RFID reader from a couple of centimetres away, and the location is then sent with a time-stamp to the monitoring software. If a higher level of automation is required, the Moniphone can be complemented by a Bluetooth board, with which the zone identifier beacons and their status can be checked.
The zone identifier beacon is a Bluetooth sensor the size of a watch face, which can mark the zones and transmit a signal every second to any Moniphone within range. With a 3V coin cell battery it can run for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is close to being empty, it alerts a Moniphone within range, thus there is no need to worry about the battery being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the guard’s Moniphone, and is forwarded to the remote monitoring service station. Because the building is divided into zones, the patrol guard’s location and movement can be determined.
If a company sends us their floorplans, we can mark the beacon locations and perform an on-site test, as there may be areas that the Bluetooth signal cannot go through, such as tanks. In these areas, more beacons should be installed. The situation is similar in factories and workshops, where electrosmog interferes with the spread of microwave signals.
Configuring beacons requires a certain level of expertise from the user, thus it is recommended to entrust this task to a professional.
The Moniphone comes with a built-in GPS, allowing it provide information on outdoor location as well. This ensures monitoring is continuous and every significant movement (10 steps) is paired with coordiantes, which can be displayed through the internet on a computer or smartphone.
The patrol route and checkpoints are preconfigured, and according to a timetable the guard’s location and movement can be checked automatically.
If the patrol route is not followed (e.g. skipping a checkpoint or being late), the monitoring service station receives an alarm signal due to a missed event. If the patrol guard detects intrusion, he can send an alarm message by pressing the S.O.S. button. There is an option to engage the Moniphone’s speakers automatically in calls, so the guard does not even have to touch the device to answer a call. The built-in impact sensor sends an alarm signal to the monitoring station about any attempted damage.
The Moniphone sends diagnostic data in regular intervals to the dispatcher, such as device operation, battery level, power on/off time, signal strength and heart-beat function)
The Moniphone is different from other manufacturers’ solutions, as patrol guards’ work can be made transparent, as their activity is controlled and documented electronically. Many things can be monitored, such as alcohol or drug consumption, vehicle tracking, access control for employees and vehicles, delivery of keys or mail, and shift change tracking and logging. Digitising the documentation saves a lot of time that can be spent doing effective work, and archived data can be checked in the database to handle complaints.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
In offices, it is extremely important that the cleaning is done accurately and precisely, thus it is advisable to check the cleaning personnel. Many companies use high-value cleaning equipment, which makes it important to monitor them, so as to prevent misuse, theft and damage. It is also necessary to document the work carried out properly, so that the necessary data can be retrieved quickly for possible complaint handling.
The Moniphone is the perfect choice for solving this complex problem, as thanks to its modular structure, it supports several communication technologies, like RFID/NFC, Bluetooth and GPS in a single device.
Radio frequency discs installed in offices allow us to monitor the cleaning personnel’s entire cleaning process.
Passive location identifier discs can be read by the Moniphone’s RFID reader, from a few centimetres. After reading it, the device sends its location, with a time stamp, to the remote monitoring software. If a higher level of automation is required, the Moniphone must be fitted with a Bluetooth board, with which we can monitor the wall-mounted Beacons’ presence and operation status.
The location identifier Beacon is a watch-face sized Bluetooth sensor. These can divide the area into zones and can transmit its identification number to any Moniophone in range. The transmissions are sent in certain intervals, typically every second. It is powered by a 3V coin cell battery, with which it can operate for up to 1 year, thanks to the Bluetooth Low Energy technology (BLE). When the battery is running low, the Beacon sends an alert to the Moniphone, so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the cleaning personnel’s Moniphone, which forwards this to the remote monitoring centre. As the entire building can be divided into zones, the cleaning personnel’s indoor location and movements can be monitored.
The company sends us the floorplans, where we mark the location identifier Beacon positions. We then do an on-site test, because there might be areas that are shielded from Bluetooth signals. In this case, more Beacons are required. Configuring the Beacons requires a certain level of expertise, thus it is recommended to entrust this to a professional.
The Moniphone has a built-in GPS, this way it is not a problem to monitor location and movements outdoors, either. Every significant movement (~10 steps) is paired with coordinates, which can be displayed on a computer or smartphone.
The cleaning route and checkpoints can be scheduled, which is a reference guide for the automated monitoring of the cleaning personnel’s movements.
If the cleaning is not done or there is an omission (e.g. missed checkpoint), the monitoring centre receives an alert due to the faliure of the expected event. If the cleaning personnel detect some irregularity (e.g. a broken pipe, an open window, etc.), then pushing the S.O.S. button calls for help immediately. There is an option to activate the speaker on voice detection, thus the cleaning personnel do not even have to touch the device. The built-in impact sensor sends an alarm message in the event of abuse.
We can put identification discs on cleaning equipment, too. When the cleaning personnel start using the device, they have to touch the Moniphone to the disc, this way they identify themselves, with a timestamp included. This makes it easy to check who used the equipment and when.
The Moniphone can administer detergents with the built-in barcode scanner, thus the amount used can be monitored, eliminating the possibility of misuse thanks to electronic registration.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides complete transparency of cleaning personnel’s work, and an opportunity to document it electronically, whether it is location identification, or use of cleaning equipment and detergents. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
Maintaining a friendly environment, reducing the number of crimes and ensuring public safety is equally important for city administration, law enforcement agencies and civilians.
To increase public safety, the city administration may decide to install a CCTV system, or a remote monitored street emergency caller system. A combination of these is also a viable option, which increases efficiency compared to isolated systems.
To support these needs, the iMachine is an excellent choice due to its modular structure, which can be complemented by an audio board that grants two-way voice communication by connecting a speaker and microphone. The iMachine and the necessary components are installed in a vandalism proof terminal. This technical solution is called the CHECKPOINT street emergency caller terminal, which was developed for city councils and organisations for whom public safety is a top priority.
Thanks to its customisable look, its function is obvious. We may come across one at a train station, in a park, in the street, around recreational areas, schools and shopping centres. Unfortunately, many places are further away from help, therefore city councils are advised to organise rangers, or community watches.
A witness or victim of a crime only has to push a single button for a couple of seconds located on the emergency caller terminal marked with an SOS sign. This sends an alarm message via the iMachine through a wireless internet connection.
After calling for help, the remote monitoring service centre creates an alarm signal, activating a flashing light on the the terminal and indicating the exact terminal’s location on the map.
After talking to the person calling for help, the operator sends a patrol car or ambulance to the scene.
Conversations are always recorded so you can keep track of what measures are being followed. The personal information of the victim or witness are not disclosed. In all cases, the emergency call is free of charge.
The emergency caller terminal can provide additional services, which may be useful at train stations, bus stations, or around a theatre. In these cases, it can also be used as an information terminal, giving information on the departure of buses or trains, or the beginning of a play.
The CHECKPOINT vandalism proof terminal is better than other manufacurers’ solutions, as it can serve several public services at the same operating cost. For example, the level of air-pollution could be measured, or it could serve as a free Wi-Fi hotspot. It may also provide information for tourists, function as a weather station, or an RFID card reader checkpoint. In the absence of an adequate infrastructure, it can operate using a solar panel, thus making its operation even more economical. Using it improves public safety, along with the ability to obtain information.
Today, more and more machines provide us comfort which consume electricity, gas or water, whether it is a washing machine, a refrigerator, a boiler, an air-conditioner or any other industrial technology device.
Operating costs are constantly growing, and the aim is to control and optimise this. In order to achieve savings, it is essential to know the operating costs of each appliance used in our consumption habits, to prevent unexpected expenditure.
The iMachine is the best choice to solve this issue.
Almost every meter (gas, electricity, water) has a pulse transmitter, to which the iMachine can be connected with two wires. Pulse counting happens in real-time, but the collected data is sent according to a preset scenario, thus data can be sent every second, minute, hour, or even day.
Data from the meters is sent by the iMachine through a secure encrypted connection to the remote monitoring service station, where the actual consumption data is stored. This can also be presented on a web surface or mobile application in graphic form.
The installation and configuration of the iMachine requires a certain level of expertise from the user, therefore it is recommended to be done by a professional.
The iMachine differs from other manufacturers’ solutions, as it can support many other applications (e.g. alarm-transmission, garage-opener) alongside reading meters, thanks to its modularity. This way, several applications can be supported by a single device with the same costs.
Many products, documents, gifts, food, drinks and mail get delivered every day by delivery people on bicycles, motorcycles and in cars. The quality and efficiency of their work is evaluated using paper based worksheets after the job is done.
The delivery person’s handwriting is usually poor, often barely readable. This makes the inspection difficult and costs a lot of time and money for those who would like to store, process and create statistics and forecasts from the delivery reports in electronic form.
Along with the lack of automated administration, employee protection is a challenge, because delivery people usually carry large amounts of money or high-value packages, which are an easy target for criminals.
To overcome this problem, the Moniphone is the perfect solution, because thanks to its modular structure it can support many communication and sensor technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
When delivering an item, the delivery person authenticates the handover of the mail or package. Using the built-in RFID/NFC reader, it is possible to monitor and certify who delivered what to who, where and when. Work documentation is supported by the Moniphone’s RFID reader. At a handover, the corporate access card can be used for authentication of the delivery person and then the recipient. The later can be supported by an RFID or NFC disc installed on a post-box or door. The personal handover is administered by an RFID customer-card at the customer’s location. The package’s 1 or 2 dimensional code is read be the Moniphone’s barcode scanner. When reading a barcode, the Moniphone displays to the delivery person if the recipient has to certify the handover of the package personally, or if it should be placed in the mailbox directly. The delivery person can send a transmission to the remote monitoring center about the completion of a delivery, where it can be seen in a few seconds who delivered what to who, where and when.
The built-in GPS tracks the movements and exact position of the delivery person. For a pickup, the dispatcher uses the remote monitoring software’s graphical interface to locate the nearest delivery person, and sends them the exact address. This automated solution reduces the time spent travelling and its associated costs, and increases the company’s organisation and efficiency.
In an emergency (e.g. an attack or theft), the delivery person can push the Moniphone’s S.O.S. button to call for help from the remote monitoring centre dispatcher. There is an option to activate the speaker on voice detection, thus the delivery person does not even have to touch the device. The built-in impact sensor sends an alarm message in the event of abuse.
There is no need for "paper based" administration. Delivery company managers can see their delivery crews’ work, and can determine whether they are overburdened or not, and even send the location of employees in trouble to the police quickly.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides protection and complete transparency of delivery people’s work, and an opportunity to document it electronically, whether it is a package handover, or logging a successful or failed delivery attempt. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
Ticket inspection is needed in many cases, such as on public transport, at sporting events, concerts, festivals, company events or business conferences. If you buy a plane ticket online, you get a voucher in an e-mail after the payment. These printed vouchers usually have a barcode or QR code, but there are versions that contain RFID/NFC stickers, which can be obtained in person, or by mail.
The identification and administration of the voucher is a crucial process, which may have hidden problems. Exploiting those can lead to misuse and cheating. Many concert, festival and even public transportation tickets are forged, resulting in serious financial damage, not to mention that it is a crime all around the world.
The Moniphone is the perfect choice for solving this complex problem, as thanks to its modular structure, it supports several communication technologies like RFID/NFC, Bluetooth and GPS in a single device.
Thanks to the Moniphone’s built-in communication technologies it can read any kind of ticket efficiently. After reading the ticket, the device instantly sends a message via the internet, to the remote monitoring centre’s database to check its validity.
With the help of the Moniphone, we can keep track of how many, and what kind of tickets have been checked. When reading a damaged, forged or previously validated ticket, the remote monitoring server alerts the Moniphone, preventing misuse and losses. In case of outdoor inspection, the device can be located via its built-in GPS and the ticket inspection is sent to the centre, paired with the coordinates.
In case indoor ticket inspection is required, the Moniphone needs to be complemented by a Bluetooth board, with which we can monitor the status of wall mounted location identifier Beacons.
The location identifier Beacon is a watch-face sized Bluetooth sensor. These can divide the area into zones and can transmit its identification number to any Moniophone in range. The transmissions are sent in certain intervals, typically every second. It is powered by a 3V coin cell battery, with which it can operate for up to 1 year, thanks to the Bluetooth Low Energy technology (BLE). When the battery is running low, the Beacon sends an alert to the Moniphone, so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the ticket inspector’s Moniphone, which forwards this to the remote monitoring centre. As the entire building can be divided into zones, the ticket inspector’s indoor location can be monitored, and if they leave the assigned zone, the remote monitoring centre is notified in the form of an alert.
The company sends us the floorplans, where we mark the location identifier Beacon positions. We then do an on-site test, because there might be areas that are shielded from Bluetooth signals. In this case, more Beacons are required. Configuring the Beacons requires a certain level of expertise, thus it is recommended to entrust this to a professional.
The Moniphone is also an excellent choice for public transportation ticket inspectors. On buses or other kinds of vehicles, an RFID disc can be installed. When the ticket inspector gets on the bus, they have to touch the device to this in order to identify the time, location and vehicle they are on. The device is suitable for data entry, so the fines and number of passengers can be marked. With the help of the GPS module, it is possible to check whether the inspector is on the assigned route.
If the inspector notices any irregularity (e.g. a broken window), or some kind of incident (e.g. a fight), they can ask for help immediately by pushing the built in S.O.S. button, and their location is sent as well.
The Moniphone can send diagnostic information to the dispatcher about the operation of the device, the battery level, power on/off time, and the cellular signal strength.
The Moniphone is different from other manufacturers’ solutions, as it provides complete transparency of ticket inspectors’ work, and an opportunity to document it electronically, whether it is a sporting event, concert, business conference, festival or on public transport. The documentation of tasks can save a lot of time, which can be spent on useful work, and past data can be retrieved from the database, if needed, when handling complaints.
More and more companies regard the physical wellbeing of their workers as a priority, and have created a need for sustaining continuous work in all circumstances.
For years, there has been an unresolved problem that if an accident (e.g. fainting) happens during the night, it may remain unnoticed for a long time. For companies with thousands of square metres, this is a crucial issue due to the enormous area as well as cover from large machines, making it difficult to detect the problem in time. If aid arrives too late, this may cause irreversible damage, or in the worst case, death. Another issue is night-shift workers falling asleep at the factory. If physical workers do not participate, there will be a loss of production. Along with the loss of production, the employee may not be able to prevent malfunctions and further damage to machines, as they are not at the scene when any intervention is needed. This may result in unexpected expenses.
To prevent these problems, the iMachine is the best solution. A Bluetooth extension board can be connected, with which we can monitor the signals coming from the Accelerometer Beacon attached to the employees trousers. The Accelerometer Beacon is a sensor the size of a watch face, that can measure acceleration and movements. With a 3V coin cell battery, this Beacon can work for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is getting low, the Beacon sends a signal to the iMachine so there is no need to worry about the battery draining unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The Beacon detects movement, so, if someone has an unexpected health problem (e.g. fainting), or an accident occurs when someone falls and cannot move, it immediately sends an alert signal. This is received by the iMachine mounted on the wall which transmits the alarm message to the remote monitoring service station, so the necessary measures can be initiated. As the area can be divided into zones, the employee’s position can be easily determined with the iMachine. With the installed iMachine network we can not only monitor the movement of employees, but also place Beacons on hand tools, furniture, pallets, products or even resources. This way, tools can be located easily and theft can be prevented or investigated, as the iMachine provides real data on everything’s location.
When a company sends a floorplan of the building, we can mark the locations to install iMachines on it. An on-site test is also done, as there may be areas within the building where, for example, metal containers block the signals coming from the Bluetooth device, thus more iMachines may be required. The case is similar with factory machines and other technical devices or tools, which create disturbing electric fields that may interfere with microwave signals.
The installation and configuration of iMachines and Beacons require a certain amount of expertise from the user, so we recommend entrusting this task to a professional.
The iMachine is different from other manufacturers’ solutions, as it can not only monitor the well-being of employees, but also the location of handtools, furniture, pallets, products and resources within buildings, helping increase efficiency and leading to additional profit.
An example initiative in Hungary is that legislation requires city councils to introduce an alarm system to help elderly, sick and disabled people at home, providing them with an adequate level of care.
There are both wired and wireless, so called, "radio emergency caller systems", but these have high communication costs, and some may not even support two-way voice and data connection. A simple aerial wired telephone line cannot be called secure, and continuous inspections of aerial wires generate a significant maintenance cost. Radio systems operate at a relatively low cost, but most of these only support one-way communication. Since receiving the signal is not guaranteed, the security is questionable.
For the problems mentioned above, the Moniphone is an excellent choice. Thanks to its design, it can be managed over the internet. Its operation and changes to parameters are monitorable at low costs. When the alarm button located at the top of the keyboard is pressed, the protected person’s data is displayed on the dispatcher’s screen (residence, family, blood type, medication, doctors name, contact details, etc.) along with information about measures to be taken.
In case of an emergency, the dispatcher notifies the ambulance, nurse and family. The monitoring service is available for medical service providers, churches, care service providers and those who do not have their own ambulance, doctors or nurses.
The Moniphone’s accessory is the Bluetooth Smart technology based, low energy consumption wristband push-button, that is triggered as soon as the wearer falls. Thanks to the built in accelerometer, it can detect falls and long periods of immobility. The Moniphone can receive the alarm signal from the wristband within a 30 meter radius, and can send an alarm transmission to the remote monitoring service station. As it has a wireless internet connection, the whereabouts and activities of the user can be monitored continuously, in a cost effective way.
The Moniphone is a modularly expandable mobile phone. Thanks to the boxed components, many communication and sensing technologies are supported. If we install an RF board to the device, we get an 868MHz receiver unit, to which wireless sensors can be connected (e.g. motion sensor). The fall detecting wristband can be complemented with an activity detecting radio motion sensor. This way, we can provide full protection for those who live alone. This solution allows us to monitor the activity and movement of people in any building. Thanks to the Bluetooth technology, the users can connect their own blood pressure, blood glucose, blood oxygen, body weight and ECG (electrocardiograph) equipment, if the Moniphone supports them. The medical measuring device’s data is sent to the health care server via Bluetooth automatically, or the user can type it in manually. In addition to all of this, the device can be used as a regular mobile phone and thanks to its excellent microphone and speaker, low voices and murmurs are audible.
The Moniphone is different from other manufacturers’ solutions, as it has a modular structure, which allows it to support many communication and sensing technologies, according to the user’s needs. Together with its accessories, it forms a complete system that is the base of a valuble business service. The Moniphone makes the life of elderly people and those who need care, easier and safer, and provides peace of mind for their family, while saving money, time and energy.
Most industrial and commercial buildings’ security is ensured by patrolling guards, who do other supervisory duties alongside patrolling.
Security company leaders and other customers are eager to see the transparent operation of live workforce monitoring, a high level of organisation and high standards. It is also necessary to document the work properly. A completion certificate can be generated for customers when work is done, and in case of complaints, cases can be investigated. The data collected can be used to make statistics and forecasts.
To solve these complex issues, the Moniphone is the perfect choice, because with the help of the building block components, it can support many detection technologies (RFID/NFC, Bluetooth, barcode, GPS) in a single device.
For example, in or around protected premises, passive radio frequency location identifier tokens (RFID) help to monitor the location and activities of employees. The location identifier tokens can be read by the Moniphone’s built-in RFID reader from a couple of centimetres away, and the location is then sent with a time-stamp to the monitoring software. If a higher level of automation is required, the Moniphone can be complemented by a Bluetooth board, with which the zone identifier beacons and their status can be checked.
The zone identifier beacon is a Bluetooth sensor the size of a watch face, which can mark the zones and transmit a signal every second to any Moniphone within range. With a 3V coin cell battery it can run for up to 1 year, thanks to the Bluetooth Low Energy (BLE) technology. When the battery is close to being empty, it alerts a Moniphone within range, thus there is no need to worry about the battery being drained unexpectedly. This technology supports a radius of approximately 30 metres, which can be narrowed down to about 2-3 metres. The signal is received by the guard’s Moniphone, and is forwarded to the remote monitoring service station. Because the building is divided into zones, the patrol guard’s location and movement can be determined.
If a company sends us their floorplans, we can mark the beacon locations and perform an on-site test, as there may be areas that the Bluetooth signal cannot go through, such as tanks. In these areas, more beacons should be installed. The situation is similar in factories and workshops, where electrosmog interferes with the spread of microwave signals.
Configuring beacons requires a certain level of expertise from the user, thus it is recommended to entrust this task to a professional.
The Moniphone comes with a built-in GPS, allowing it provide information on outdoor location as well. This ensures monitoring is continuous and every significant movement (10 steps) is paired with coordiantes, which can be displayed through the internet on a computer or smartphone.
The patrol route and checkpoints are preconfigured, and according to a timetable the guard’s location and movement can be checked automatically.
If the patrol route is not followed (e.g. skipping a checkpoint or being late), the monitoring service station receives an alarm signal due to a missed event. If the patrol guard detects intrusion, he can send an alarm message by pressing the S.O.S. button. There is an option to engage the Moniphone’s speakers automatically in calls, so the guard does not even have to touch the device to answer a call. The built-in impact sensor sends an alarm signal to the monitoring station about any attempted damage.
The Moniphone sends diagnostic data in regular intervals to the dispatcher, such as device operation, battery level, power on/off time, signal strength and heart-beat function)
The Moniphone is different from other manufacturers’ solutions, as patrol guards’ work can be made transparent, as their activity is controlled and documented electronically. Many things can be monitored, such as alcohol or drug consumption, vehicle tracking, access control for employees and vehicles, delivery of keys or mail, and shift change tracking and logging. Digitising the documentation saves a lot of time that can be spent doing effective work, and archived data can be checked in the database to handle complaints.
Maintaining a friendly environment, reducing the number of crimes and ensuring public safety is equally important for city administration, law enforcement agencies and civilians.
To increase public safety, the city administration may decide to install a CCTV system, or a remote monitored street emergency caller system. A combination of these is also a viable option, which increases efficiency compared to isolated systems.
To support these needs, the iMachine is an excellent choice due to its modular structure, which can be complemented by an audio board that grants two-way voice communication by connecting a speaker and microphone. The iMachine and the necessary components are installed in a vandalism proof terminal. This technical solution is called the CHECKPOINT street emergency caller terminal, which was developed for city councils and organisations for whom public safety is a top priority.
Thanks to its customisable look, its function is obvious. We may come across one at a train station, in a park, in the street, around recreational areas, schools and shopping centres. Unfortunately, many places are further away from help, therefore city councils are advised to organise rangers, or community watches.
A witness or victim of a crime only has to push a single button for a couple of seconds located on the emergency caller terminal marked with an SOS sign. This sends an alarm message via the iMachine through a wireless internet connection.
After calling for help, the remote monitoring service centre creates an alarm signal, activating a flashing light on the the terminal and indicating the exact terminal’s location on the map.
After talking to the person calling for help, the operator sends a patrol car or ambulance to the scene.
Conversations are always recorded so you can keep track of what measures are being followed. The personal information of the victim or witness are not disclosed. In all cases, the emergency call is free of charge.
The emergency caller terminal can provide additional services, which may be useful at train stations, bus stations, or around a theatre. In these cases, it can also be used as an information terminal, giving information on the departure of buses or trains, or the beginning of a play.
The CHECKPOINT vandalism proof terminal is better than other manufacurers’ solutions, as it can serve several public services at the same operating cost. For example, the level of air-pollution could be measured, or it could serve as a free Wi-Fi hotspot. It may also provide information for tourists, function as a weather station, or an RFID card reader checkpoint. In the absence of an adequate infrastructure, it can operate using a solar panel, thus making its operation even more economical. Using it improves public safety, along with the ability to obtain information.
Today, more and more machines provide us comfort which consume electricity, gas or water, whether it is a washing machine, a refrigerator, a boiler, an air-conditioner or any other industrial technology device.
Operating costs are constantly growing, and the aim is to control and optimise this. In order to achieve savings, it is essential to know the operating costs of each appliance used in our consumption habits, to prevent unexpected expenditure.
The iMachine is the best choice to solve this issue.
Almost every meter (gas, electricity, water) has a pulse transmitter, to which the iMachine can be connected with two wires. Pulse counting happens in real-time, but the collected data is sent according to a preset scenario, thus data can be sent every second, minute, hour, or even day.
Data from the meters is sent by the iMachine through a secure encrypted connection to the remote monitoring service station, where the actual consumption data is stored. This can also be presented on a web surface or mobile application in graphic form.
The installation and configuration of the iMachine requires a certain level of expertise from the user, therefore it is recommended to be done by a professional.
The iMachine differs from other manufacturers’ solutions, as it can support many other applications (e.g. alarm-transmission, garage-opener) alongside reading meters, thanks to its modularity. This way, several applications can be supported by a single device with the same costs.
An example initiative in Hungary is that legislation requires city councils to introduce an alarm system to help elderly, sick and disabled people at home, providing them with an adequate level of care.
There are both wired and wireless, so called, "radio emergency caller systems", but these have high communication costs, and some may not even support two-way voice and data connection. A simple aerial wired telephone line cannot be called secure, and continuous inspections of aerial wires generate a significant maintenance cost. Radio systems operate at a relatively low cost, but most of these only support one-way communication. Since receiving the signal is not guaranteed, the security is questionable.
For the problems mentioned above, the Moniphone is an excellent choice. Thanks to its design, it can be managed over the internet. Its operation and changes to parameters are monitorable at low costs. When the alarm button located at the top of the keyboard is pressed, the protected person’s data is displayed on the dispatcher’s screen (residence, family, blood type, medication, doctors name, contact details, etc.) along with information about measures to be taken.
In case of an emergency, the dispatcher notifies the ambulance, nurse and family. The monitoring service is available for medical service providers, churches, care service providers and those who do not have their own ambulance, doctors or nurses.
The Moniphone’s accessory is the Bluetooth Smart technology based, low energy consumption wristband push-button, that is triggered as soon as the wearer falls. Thanks to the built in accelerometer, it can detect falls and long periods of immobility. The Moniphone can receive the alarm signal from the wristband within a 30 meter radius, and can send an alarm transmission to the remote monitoring service station. As it has a wireless internet connection, the whereabouts and activities of the user can be monitored continuously, in a cost effective way.
The Moniphone is a modularly expandable mobile phone. Thanks to the boxed components, many communication and sensing technologies are supported. If we install an RF board to the device, we get an 868MHz receiver unit, to which wireless sensors can be connected (e.g. motion sensor). The fall detecting wristband can be complemented with an activity detecting radio motion sensor. This way, we can provide full protection for those who live alone. This solution allows us to monitor the activity and movement of people in any building. Thanks to the Bluetooth technology, the users can connect their own blood pressure, blood glucose, blood oxygen, body weight and ECG (electrocardiograph) equipment, if the Moniphone supports them. The medical measuring device’s data is sent to the health care server via Bluetooth automatically, or the user can type it in manually. In addition to all of this, the device can be used as a regular mobile phone and thanks to its excellent microphone and speaker, low voices and murmurs are audible.
The Moniphone is different from other manufacturers’ solutions, as it has a modular structure, which allows it to support many communication and sensing technologies, according to the user’s needs. Together with its accessories, it forms a complete system that is the base of a valuble business service. The Moniphone makes the life of elderly people and those who need care, easier and safer, and provides peace of mind for their family, while saving money, time and energy.
Device transmissions are received by the remote monitoring service providers, 24 hours a day. The remote monitoring companies follow a predefined protocol. This includes notifying the police, fire brigade, ambulance, other on-call security services or designated people.
There is no need to have a dispatcher center, as the remote monitoring service provider ensures this.
It has the advantage that the remote monitoring service is available even for a single device.
In case of an alarm or unexpected event, the response unit starts their protocol described in the contract, which includes preventing further damage or crimes, and providing assistance.
Most remote monitoring service providers have an on-call service which includes a patrol service.
The customer can access various log files from the remote monitoring systems, like opening/closing report lists, heartbeat functions, irregular events, malfunctions, alarm and staus records.
The remote monitoring service automatically creates a worksheet for each intervention, which includes the date, serial number and administrator.
Interval monitoring and unexpected events are also available features in the remote monitoring system. This works in accordance with a timetable predefined by the customer.
If there are no incoming messages within a certain interval, an unexpected event alarm is initiated, followed by the appropriate measures. For example, the opening hours of a shop can be monitored through the alarm system, along with omissions, employees attendance, or check-ins of the regular patrol service. All this information serves as authentic verification.
In the event of an alarm, the measures are carried out according to the service contract, as per the customer’s request.
Receiving different event transmissions and the intervention is done by the company, without external service providers. This may require a dispatcher station and personnel from the company.
The servers and software required for the application service are included in the fee, thus the company can control the events and intervene if necessary.
The Application service is available for orders of 25 devices or more.
Data collection and analysis is always tailored to match the expectations of the customer. So, from micro-enterprises to huge multinational companies, everyone can find a suitable way to make queries from their databases, displaying the relavant data about the events, and organised in groups.
The collected data is suitable for making statements, statistics and forecasts. The most popular use cases are exploration of system errors and omissions, and gathering information about customer choices.
The event data on the monitoring server can be shared with a middleware server from which other IT solutions (SAP or other corporate governance systems) can access raw data for data processing.
The enhanced level of organization increases the company’s efficiency, as this solution gives the opportunity for permeability between the IoT device’s data and other data processing systems.
Sensitive data from IoT devices is stored and processed in an SQL based database that supports multi-level authorisation management, in order to limit access to the entire system.
Sensitive information, results and experience gained during operation can be divided according to customer groups and event categories, and shared quickly and securely with employees, external workforce, subcontractors, customers and suppliers, thanks to the multi-level authorisation management.
Measure what is measurable, and make measurable what is not so.(Galileo Galilei)
Our cooperation with MOHAnet has grown quickly, expanding to new fields of business where we can work together, thanks to their flexibility, and their great experience and knowledge in the IoT market.More
Pannon Guard chose MOHAnet back in 2009 as their technical solution supplier. MOHAnet’s property protection and security technology, along with their innovative solutions, help us to satisfy various complex customer needs.More
MOHAnet Mobilsystems Co., Ltd. always keeps in mind our owners’ and leaders’ needs in creating an online vehicle tracking service, both in the implementation and the operation phase. They have managed to customise their solutions for our needs.More
Leave your contact information, and one of our team will be in touch with you shortly.
Hungary – 1152 Budapest, Telek street 7-9.
+36 (1) 271-1141
info@mohanet.com
Subscribe to our newsletter to get the latest deals, read about new product arrivals, tech inventions, events, national and international exhibitions and all the latest news on MOHAnet!
One fine body…