Proffessional Weather Sensors
The environmental sensor lineup includes professional temperature, humidity, and precipitation sensors designed for continuous operation in industrial and outdoor environments.
Ambient air temperature and relative humidity are measured using a precision RTD temperature element and a factory-calibrated capacitive humidity sensor, integrated into a naturally ventilated radiation shield to reduce measurement uncertainty caused by solar radiation and environmental influences. Processed measurement data is provided via a differential RS-485 interface with MODBUS RTU protocol support for reliable integration with PLCs, SCADA systems, and data acquisition equipment.
Precipitation measurement is performed using a radar-based sensor operating on Doppler radar principles for non-contact detection of precipitation presence, intensity, and type. The sensor is designed for maintenance-free operation with no moving parts and is suitable for professional meteorological, road weather, and industrial monitoring applications where conventional mechanical or optical precipitation sensors are impractical.
Radar & LiDAR Solutions
In addition to product development, the company provides engineering and consulting services in the design and implementation of advanced sensing systems based on 24 GHz radar and LiDAR technologies.
This expertise is built on multiple completed development projects involving radar signal processing, object detection and tracking, environmental sensing, and system-level integration. Work typically includes sensor selection, RF and optical system design, embedded firmware development, data processing algorithms, and interface definition for integration into customer-specific platforms. Solutions are developed in accordance with applicable regulatory, safety, and performance requirements and are tailored to the operational constraints of each application.
These capabilities support a wide range of use cases, including industrial automation, environmental monitoring, intelligent transportation systems, and research-oriented sensing applications, where custom sensing solutions and deep domain expertise are required.
Custom PCB Design
We have delivered custom PCB design and hardware development projects covering the full lifecycle from initial concept through production-ready deliverables.
Completed work has included requirements definition, system architecture development, component selection, and schematic and PCB layout design using industry-standard EDA tools. Design activities have addressed signal integrity, power integrity, EMC, thermal behavior, and design for manufacturability and assembly (DFM/DFA), with project experience spanning mixed-signal, high-speed digital, RF, and sensor-based systems.
Typical project deliverables have included schematics, PCB layout and manufacturing files, bills of materials (BOM), assembly documentation, and test recommendations. The development approach has supported both low-volume prototyping and scalable hardware designs intended for series production.
End to End Data Solutions
We have delivered data platforms for sensor-based systems encompassing end-to-end data handling, analytics, and visualization across multiple projects.
Implemented solutions have included secure data ingestion from distributed sensors, edge devices, and gateways using standard industrial and IoT protocols, followed by data validation, transformation, aggregation, and analytical processing. Deployments have supported cloud-based, on-premises, and hybrid architectures, utilizing time-series and relational databases selected to meet performance, scalability, and data retention requirements. Analytical outputs and processed data have been exposed through APIs and presented via custom-tailored dashboards for real-time monitoring, historical analysis, trend evaluation, and system diagnostics, with integration into existing IT and OT environments.
