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COMMUNICATION PLATFORMSMART GRID/AMI

SHERLOG Radio solution is a proven and reliable communication platform that enables energy companies to perform highly efficient intelligent measurement and consumption management.

The platform is suitable for all areas of smart grids from distribution (SmartGrid, AMI, Load Management) to the end consumer (G.Hn).

The ATM security works on the principle of a combination of several technologies - the SHERLOG Security radio system, which ensures the localization and transmission of alarm messages via our own INSURABLE radio network, as well as GNSS/GSM technology with the addition of a seismic alarm sensor.

The proposed system provides independently several information about the position of the monitored object - GNSS position, position according to GSM network and position obtained from SHERLOG's own radio network.

The concept of using the SHERLOG radio unit in combination with GPS/GSM/GPRS, backup sources and communication elements with connection to the central control room of the operation centre is absolutely unique in the Czech Republic.

The unit for shipment monitoring is equipped with GPS and GSM module for communication and location determination. Thanks to the built-in accelerometer, it allows to monitor all movements, shocks or vibrations of the shipment.

The unit is designed so that it can be inserted into a classic postal envelope (220 x 110 mm), weighs about 90 grams and thanks to the flexible design it passes through the classic SIEMENS sorting system used by most European post offices and delivery companies." in English. It seems that you are describing some kind of device that can track the status and location of a shipment. 

SHERLOG NG mailbox monitoring allows the operator to monitor operations according to set rules. From the map and the data, information can be read about the current status of each mailbox, specifically the contents, the manipulation of the deposit slot, the number of items inserted during the withdrawal and the battery status are monitored. When the deposit slot is opened for the first time, the system signals that a letter has been dropped into the mailbox and unlocked.

A security unit is a tracking device with GNSS and GSM connectivity that is capable of collecting the coordinates of a device and transmitting them via the GSM network to a server. The unit contains light, noise and disconnect sensors. This enables it to alert on container opening, unauthorised removal of the unit and container movement.

For tracking, a clear web and mobile app is available to display the route and current location of the unit.

The unit is designed to monitor assets such as containers, power generators, compressors or high value items. It is suitable for users who want to know the location of the monitored object, but do not need to keep a record of the entire route. Alternatively, it is for monitoring objects that are located in one place and monitoring is triggered in the event of unauthorized movement.

Tracking and easy management via web and mobile app. SMS can be set to be sent when the monitored object moves.

Every security system includes an infrastructure consisting of sensors, central protection consoles (PCO), central control room, transmission paths and other components. The transmission paths are a critical part of the infrastructure and are also the most vulnerable point of the entire security system due to possible failure, interference, eavesdropping or false alarms.

In particular, these factors reduce the untrustworthiness and unreliability of the entire security system for protected objects.

The SHERLOG universal communication unit allows to extend the alarm communication paths from protected objects to the control room by a non-public, reliable, non-interferable and highly available radio path, with a high level of coverage and security in the territory of the Czech Republic.

The radio communication unit significantly increases the reliability of secure alarm transmission from the protected objects to the control room, which significantly increases the credibility of relevant data for incident evaluation.