Smart Pebble

Defense Technologies

LoRaWAN Based
Micro Sensor

Smart Pebble is a low power consumption micro-sensor solution that can be deployed more densely within the field with its smaller form factor, detecting motion and vibration-based events and transmitting them to the center over a long-range communication infrastructure. It can be positioned without disturbing the natural terrain appearance and is designed to operate for a long time without requiring maintenance.
Smart Pebble

Product Description

Smart Pebble is an IoT-based field sensor that performs detection and notification tasks by minimizing visibility in critical lines and narrow areas thanks to its small size. It generates event-based data in field security scenarios; it is triggered at specified threshold values to create an alarm and transmits the data to the central system via LoRaWAN.

The system is suitable for border line and perimeter security, critical facility perimeter, crossing points, and temporary operation zones where wide area coverage and dense sensor distribution are required. With its modular architecture, it can be adapted to different sensor configurations and integrated into reporting and alarm management processes on the software side.

Key Features

01 Micro Form Factor

Thanks to its small body design, it can be easily positioned in narrow areas, reduces environmental visibility, and provides an advantage in regions requiring dense sensor placement.

02 Long Range Communication

It performs secure data transmission with low bandwidth over LoRaWAN infrastructure; it works integrated with the gateway and central control software.

03 Event-Based Detection

It evaluates events such as movement/vibration with threshold values; it reduces unnecessary data production and creates alarms and records only in meaningful triggers.

04 Low Energy

It offers long battery life thanks to optimized power management; it contributes to operational continuity by reducing the need for field service.

  • 1. In which scenarios is Smart Pebble preferred?
    It is especially preferred in areas requiring dense sensor distribution, narrow passage points, and areas where visibility is desired to be kept to a minimum. Thanks to its micro form, coverage and event capture efficiency can be increased by deploying at more frequent intervals.
  • 2. How are alarms managed?
    Triggered events are transmitted to the central software and can be classified based on rules on alarm screens. If desired, warning flows can be planned through channels such as e-mail/SMS/application notification (depending on the infrastructure).
  • 3. Is data transmission secure?
    LoRaWAN architecture allows secure data transmission with appropriate key management and encryption configurations. The system architecture can be configured in accordance with corporate security standards.
  • 4. Can it be integrated into existing systems?
    Yes. It can be configured to work with existing security infrastructures via the central control panel, API integration, or data transfer services; it can provide data to the reporting and analysis layer.