TECOTEC Technologies designs and integrates precision industrial test systems and environmental monitoring platforms for manufacturers, infrastructure operators, and government agencies. From sensor-agnostic DAQ hardware to field-deployable hydrographic calibration rigs, every system is built to perform in demanding climates and terrain and to produce data that decision-makers can act on.
Application: The platform uses a modular and sensor-agnostic architecture. This design allows flexible deployment across meteorology, hydrology, environmental science, industrial monitoring, and smart city infrastructure.
Key System Capabilities: Designed for reliability in remote and harsh outdoor conditions, the system supports multiple industry-standard communication interfaces, including SDI-12, RS485/422/232, USB and Ethernet. These interfaces allow seamless integration with weather stations, air-quality sensors, water-level gauges, soil probes, and other field instruments.
Application: Built for demanding marine environments, the system provides stable operation, high measurement precision, and reliable data synchronization across all sensors.
Key System Capabilities: Designed for field deployment, the platform integrates a sound velocity sensor, RTK GNSS positioning, a digital leveling instrument, and a Signal Processing Unit (SPU) running dedicated BTMS calibration software. These components work together to perform controlled measurement tests, analyze acoustic signals, and produce standardized calibration reports. The result is a robust solution that supports accurate bathymetric data collection and ensures compliance with international hydrographic standards.
Application: The rain gauge is suitable for long-term deployment in national observation networks, environmental monitoring stations, and flood early-warning infrastructures.
Key System Capabilities: Its robust mechanical design ensures reliable performance under Vietnam’s diverse climate conditions, from tropical rainfall to high humidity environments. The system integrates a precision collection funnel, a calibrated tipping bucket mechanism, and a digital data acquisition module. Rainfall measurements are automatically transmitted to a centralized monitoring platform, enabling real-time data processing and environmental analysis.
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