Industries

Simbury InnoTek’s AIoT and spatial computing solutions are designed to cater a diverse range of sectors. By integrating advanced IoT technologies with our Ultrawide Band (UWB) and AI solutions, we enable businesses to monitor and manage their operations in real time with data analytics, leading to improved decision-making, increased agility and lowering costs.

Construction

Facility Management

Retail

Logistics and Warehouse

Transportation

Gaming

Event

Hospital

Sports

Hotel

Construction

Our UWB Danger Zone and Tower Crane Alert System effectively define access and danger zones, warning workers to stay clear of loading/unloading areas or maintain a safe distance from mobile plants that could pose safety risks. Additionally, our system can notify supervisory team via CMP about any unauthorized access, thereby enhancing overall safety.

UWB Tower Crane Hook Tag

Tower Crane Hook

Helmet with UWB Tag

UWB Anchor

UWB Tag

Vibration Sensor VS112

Advanced Real-Time Vibration Monitoring for Structural Integrity and Machinery Reliability

The Simbury InnoTek Vibration Sensor provides highly precise measurements of acceleration, velocity, and displacement, designed for structural construction, industrial plants, HVAC compressor systems, and environmental applications. It continuously monitors vibration behavior and transmits real-time data to secured backend system and accessible through dedicated web portals. When vibrations exceed predefined alarm thresholds, automated alerts are sent promptly via email or messaging systems. The sensor can be installed at critical machinery and structural foundation points for 24/7 monitoring of abnormal vibration patterns. By leveraging predictive analysis and AI, this enhances operational safety and efficiency while dramatically reducing repair and maintenance costs.

Tilt Sensor TS103

Precision Tilt Detection for Construction and Environmental Stability

A highly precise inclinometer designed for the structural construction and environmental industries, measuring x, y, and z tilt angles accurately. It continuously monitors tilt angles allowing secure, real-time access through web portals. The sensor triggers alert notifications if tilt deviations exceed predefined alarm levels, sending warnings to clients via email or other messaging systems. It can be installed at critical structural points such as foundations, walls, roofs or scaffoldings to provide 24/7 automatic monitoring of inclination shifts. This sensor enhances safety and efficiency by delivering real-time updates that support proactive management and decision-making processes.