We are building an Industrial AI Copilot on a foundation most platforms lack: objective, real-time ground truth about what is physically happening on site — where people are, what conditions they face, and how each shift actually unfolds.
We transform industrial operations from a reactive "black box" into a transparent, data-driven foundation that uncovers hidden losses and safety anomalies invisible to the human eye.
This is the transition from reactive firefighting to predictive, high-precision operations.
UWB inside the workshops and satellite RTK in the open yard, with automatic, seamless handover. High precision turns coordinates into a practical instrument for running the process.
Continuous monitoring of worker condition during routine radio communications. The algorithm evaluates speech biomarkers in the background, with no special devices and no interruption to the work. When a risk is detected, the supervisor is notified immediately.
Restricted zone breaches and missing PPE are caught the instant they happen. The platform maintains an automated digital HSE audit log, registers impacts and falls immediately, tracks vital signs via smart wristbands, and supports modular multi-gas detection (O₂, H₂S, CO, combustible gases).
Integrated Push-to-Talk directly inside the helmet eliminates loose radios and phones. Channels switch dynamically based on worker role or zone, with voice navigation in the worker's native language and real-time live translation for multilingual crews.
Low-latency, first-person HD video streaming connects off-site engineers directly to the scene without travel delays. Resolve technical bottlenecks in minutes instead of days, keeping crews moving without waiting for on-site visits.
Time spent on work areas, transit routes and waiting zones is logged continuously. Productive work is separated automatically from waiting for a crane, materials or a permit, giving an indisputable basis for closing work orders and settling with contractors.
The Edge Sensing Hub. Certified head protection with embedded NPUs, IMU sensors, RTK/UWB positioning, and an HD camera that gathers an objective operational trail with zero workflow disruption.
The Operational Command Center. Delivers real-time 3D site visibility paired with deep productivity analytics to pinpoint operational bottlenecks impacting bottom-line profitability.
Low-Latency Backbone. A custom industrial network topology that eliminates packet collisions and packet loss, keeping telemetry and video streams stable in difficult industrial environments.
Worker Health & Audio Interface. Companion smart wristbands for vital signs and environmental alerts, paired with noise-canceling industrial audio for clear communication in extreme decibel environments.
You decide where your data lives. A fully cloud-based deployment, or a hybrid architecture in which sensitive data never leaves the customer's perimeter and we process only anonymized sensor readings.
Industrial-Grade Compliance. Field-proven components meeting strict industrial safety standards (EN 397 certified), designed for rapid, friction-free integration into existing operational workflows.
The Positioning Layer. Battery-powered fixed beacons broadcast their own UWB packets and require no cabling, no timing network and no per-device calibration — deployment is radio planning, not construction work.
Outdoor Precision Backbone. A local base station or an NTRIP stream supplies the differential corrections that turn satellite positioning into centimeter-class accuracy across open yards and pipe racks.
Atmospheric Safety, On Request. An external multi-gas unit pairs with the helmet to monitor O₂, H₂S, CO and combustible gases, feeding readings into the same live map and alert pipeline as every other signal.