SENSE - IoT Monitoring Solutions
SENSE is an IoT-based centralized monitoring solution designed for smart buildings
It collects data from environmental conditions, critical equipment, and energy consumption points into a single platform, providing continuous visibility and management across the entire facility. It complements areas not covered by existing systems, brings together different data sources, and enables early detection of potential risks.
With its modern communication infrastructure that eliminates the need for extensive cabling, distributed facilities and multi-campus structures can be reliably monitored and managed from a single center. Leveraging LoRaWAN-based communication, it enables long-range and low-power data transmission.
- Ensures reliable data transmission over long distances
- Continuously collects data with low-power sensor infrastructure
- Aggregates data from hundreds of points into a single platform
- Deployed with minimal intervention to existing infrastructure
Environmental Monitoring
Monitors environmental parameters such as temperature, humidity, air quality, and pressure centrally. Collects data from various sensors and devices into a unified structure, ensuring that critical conditions are continuously maintained within safe limits. With open protocol support (Modbus, MQTT, etc.), it integrates with different systems and enables early detection of operational risks.
Smart Energy Management
It automatically collects electricity, water, gas, and BTU meter data across the facility and distributed branches remotely over a long-range wireless infrastructure. By tracking consumption trends in real time, it detects energy peaks and abnormal consumption fluctuations, completely eliminating manual meter-reading errors and directly reducing billing costs in a measurable way.
Multi-Site & Campus Monitoring
Enables centralized monitoring of multiple buildings and facilities. Aggregates data from distributed structures into a single point, allowing holistic management of operations. Integrates with systems across different locations, simplifying remote monitoring and control processes.