INSTANT ALARM - INSTANT SECURITY

INSTANT ALARM - INSTANT SECURITY

WHAT MAKES MOHANET'S AUTONOMOUS ALARM COMMUNICATOR UNIQUE COMPARED TO OTHER MANUFACTURERS' SOLUTIONS?

Alarm systems play a vital role in enhancing the security of homes, businesses, and other properties. Their primary function is to alert owners or remote monitoring services about incidents, such as break-ins, fires, or carbon monoxide leaks. Traditionally, alerts were sent through wired phone lines or LAN networks, but in recent years, GSM-based communicators have become increasingly popular. Below, we explore why GSM-based alarm communicators are considered superior to wired solutions.

INDEPENDENCE FROM PHYSICAL WIRES

The greatest advantage of GSM-based alarm communicators is that they do not require wired phone lines or any other wired infrastructure. In wired systems, cutting or damaging a single cable can interrupt the alarm signal, rendering the security system vulnerable. GSM communicators operate through mobile networks, making them unaffected by wire disruptions. This is particularly valuable in cases involving intentional tampering or natural disasters.

RELIABILITY AND SECURITY

GSM-based alarm communicators use mobile networks, which are widely used and highly developed worldwide. Thanks to the sophistication and coverage of mobile networks, these systems generally operate more reliably than wired systems, which may be susceptible to service interruptions. Additionally, GSM-based systems can provide secure, encrypted data connections, making it difficult to intercept or tamper with the alarm signals.

FLEXIBILITY AND EASY INSTALLATION

GSM-based alarm communicators offer far more flexibility than wired solutions. They do not require costly and complex wiring work, which is particularly advantageous in locations where establishing wired infrastructure would be challenging or expensive. A GSM communicator can be installed virtually anywhere with mobile network access, making it ideal for remote locations lacking wired networks.

MULTIPLE NOTIFICATION OPTIONS

GSM-based alarm communicators typically offer users several notification options. In addition to voice calls, they can send SMS messages or even notifications through mobile applications, enabling owners to be informed of alarm events more quickly and effectively. In contrast, wired systems often only provide traditional phone line notifications, which are slower and less flexible.

ENHANCED REDUNDANCY

GSM-based alarm communicators often come with additional redundancy features. For example, they can operate on a backup battery during a power outage or connect to multiple mobile networks if one provider’s network fails. This provides greater security compared to traditional wired solutions, which rely entirely on wired network availability and power supply.

INTEGRATION OF ADDITIONAL SMART FEATURES

GSM-based alarm communicators can easily be integrated with other smart home technologies, such as smart lighting or smart locks. This enables the security system to perform more complex functions, such as automatically locking doors during an alarm or streaming real-time camera footage to the user’s smartphone. Wired systems are often less compatible with such modern solutions.

While classic GSM-based alarm communicators have numerous advantages over wired solutions, there are certain drawbacks worth noting. These factors can affect the reliability, costs, or usability of the communication.

DEPENDENCE ON MOBILE NETWORK COVERAGE

The operation of classic GSM-based alarm communicators is entirely dependent on the availability of the mobile network. If the installation site has weak signal strength or no coverage at all, the communicator cannot transmit alerts. This can pose serious issues in remote or rural areas where mobile network coverage may be inadequate. Additionally, if the mobile network is overloaded or malfunctions, the alarm may be delayed or fail to reach the intended recipient.

POSSIBILITY OF INTERFERENCE AND JAMMING

Classic GSM-based communicators can be sensitive to the use of GSM jamming devices, which intentionally disrupt the mobile network and prevent alarm transmission. Professional burglars may be familiar with these devices and use them to disable GSM communicators. While some advanced communicators can detect signs of jamming, these devices still pose a significant risk.

HIGHER OPERATIONAL COSTS

Classic GSM-based alarm communicators rely on continuous mobile communication, which generates data or SMS traffic. This incurs ongoing costs, as the devices communicate via a SIM card. Although some providers offer favorable rate plans, this can still result in monthly expenses, especially for larger systems where many transmissions occur. In contrast, wired systems typically have lower costs, as they do not require a separate mobile network subscription.

ENERGY DEMAND AND POWER CONSUMPTION

Classic GSM communicators generally operate with higher power consumption since they are continuously connected to the mobile network and maintaining communication. Moreover, in the event of a power outage, if there is no adequate backup power source (e.g., battery), the system will not function. Therefore, GSM systems require additional batteries or power supply solutions, which can incur further costs.

DATA SECURITY RISKS

Although GSM networks use encryption, mobile communication can be vulnerable to hackers and other cybersecurity threats. While this is not a common problem, the risk of data theft and unauthorized access cannot be completely ruled out. Attackers monitoring GSM communication may even manipulate signals or prevent the delivery of alarm notifications.

DEVICE AND INFRASTRUCTURE COMPATIBILITY

Using classic GSM alarm communicators requires a compatible SIM card and subscription with the mobile network. If the mobile network provider changes or if the SIM card is not supported in the given system, compatibility issues may arise. Additionally, technology that becomes obsolete over time, such as the phasing out of outdated 2G networks, can also pose challenges, as these systems require continuous updates and maintenance.

LIFESPAN AND TECHNOLOGICAL OBSOLESCENCE

GSM technology is continually evolving, meaning that older GSM alarm communicators may become obsolete. For example, when 2G networks are shut down, those alarm communicators built on that network will no longer function. This may necessitate the acquisition of new devices or updates, which can be costly.

If we were to make a decision based on the above characteristics, we could conclude that classic GSM-based alarm communicators have several advantages over traditional wired solutions, especially in terms of independence from wires, flexibility, and rapid notification options. However, GSM technology also carries various operational risks, such as dependence on the mobile network, the danger of interference, and the ongoing maintenance and operational costs of the SIM service.

MOHANET'S INSTANT ALARM, ON THE OTHER HAND, IS CAPABLE OF REDUCING THE OPERATIONAL RISKS ASSOCIATED WITH CLASSIC GSM COMMUNICATORS!

WHAT MAKES INSTANT ALARM UNIQUE COMPARED TO OTHER MANUFACTURERS' SOLUTIONS?

NO MONTHLY SUBSCRIPTION FEE

The cost of the communicator includes a built-in international roaming SIM card and 500MB of data traffic, which can operate for up to 10 years and be used under the same conditions in 97 different countries. As a result, there is no monthly subscription fee for the operation of the communicator, leading to significant long-term savings for the user.

NO SMS COSTS

The INSTANT ALARM does not require SMS communication, as it operates via internet-based data transmission. The control and communication of the communicator are supported by a mobile application and a cloud server. This eliminates extra costs associated with sending SMS messages.

EASY SETUP AND MAINTENANCE

The INSTANT ALARM can be immediately put into operation and used by the installer right after purchase. There is no need for any additional providers or contracts, reducing the administrative burden on both the installer and the customer. Thanks to the built-in international SIM card, there is no need to procure a SIM card or maintain an ongoing subscription. The communicator comes pre-programmed with a ready configuration, so no additional settings are required from the installer.

INTERNATIONAL USABILITY, MOBILE NETWORK COMPATIBILITY

The international roaming SIM card allows the communicator to use the mobile network with the best coverage at different locations for reliable data communication. The INSTANT ALARM can be operated compatibly in 97 countries across various mobile operators' networks.

LONG LIFESPAN, UNINTERRUPTED OPERATION

The INSTANT ALARM is equipped with a built-in 4G (LTE) modem, so when outdated 2G networks are eventually shut down, this will not affect the operation of the communicator in any way, and there will be no need to acquire new devices or updates.

RELIABLE DATA SECURITY, CYBER DEFENSE

The INSTANT ALARM communicates with the directly connected cloud server and mobile application through a closed, channel-coded network with data encryption.

SUMMARY

The INSTANT ALARM successfully eliminates many disadvantages of classic GSM communicators through its innovative capabilities. The built-in roaming SIM card, easy setup, long-term cost-effectiveness, and extensive international usability all contribute to making the INSTANT ALARM an outstanding choice for users who want to monitor their alarms independently, without relying on external remote monitoring services.

Pre-configured basic settings for INSTANT ALARM and the SMARTCLOUD cloud server:

ContactID-based communication to the SMARTCLOUD cloud server via the alarm’s TIP/RING connectors

Routing path settings towards the SMARTCLOUD cloud server

Parameterized inputs and outputs:

• 1 input: general alarm, usable from the alarm panel's PGM output
• 1 output: for remote control of the alarm (arm and disarm) if connected to the alarm zone input as a key switch
• Object identifier (Helios ID)
• Heartbeat (1-hour interval)
• Dedicated customer account on the SmartCloud server

Capabilities of the MONITORINGBOOK smartphone application (iOS, Android):

• Virtual remote control for the alarm (arming, disarming, and S.O.S signaling)
• Sending and receiving S.O.S signals with GPS coordinates
• Map display of S.O.S signals
• Event query (retrievable event list)
• SIM data traffic counter
• PUSH notifications during alarms
• Receiving heartbeat signals