1. Utilizes AI-powered 360-degree cameras to monitor industrial environments in real time and automatically detect potential hazards.
2. Enables bi-directional communication between field workers and the control center through AI-based gesture recognition and real-time inference.
3. Integrates multi-environment sensors to detect harmful substances such as CO₂, fine dust, and specific gases, ensuring comprehensive safety management.
4. Reduces blind spots with a single camera, eliminating the need for multiple CCTV units—offering a low-cost, high-efficiency safety solution.

1. Real-time recognition of gestures, falls, and collapses using 3D object detection and pose estimation.
2. 3D reconstruction of accident scenes through 360-degree depth estimation for spatial analysis and root cause identification.
3. Safety zone monitoring with configurable x-alerts when personnel or objects enter restricted areas.
4. Non-contact health monitoring via AI-based facial recognition, respiratory rate, and heart rate estimation.
5. On-device AI inference without the need for external servers, enabling mobile deployment and real-time analysis.

1. Covers blind spots with a single 360-degree device, replacing multiple fixed cameras and minimizing setup complexity.
2. Integrates seamlessly with digital twin platforms, enabling intuitive 3D visualization and monitoring.
3. Fully mobile solution without the need for ceiling or wall installation; no external AI server required.
4. Real-time video streaming over both internal and external networks, with minimal latency (~0.5s).
5. Operates on low power using lightweight AI models optimized for embedded systems.
6. Real-time streaming with simultaneous AI processing on the device, supporting multiple client connections.

1. Power on the device and connect to the communication network.
2. Access the dashboard via a browser or monitoring platform.
3. View live video feeds and sensor data, including x-alerts for detected hazards.
4. Submit reports with images or video clips directly from the field.
5. Analyze AI inference results and 3D reconstructions of incidents via the control platform.
6. Monitor worker biometrics and receive automatic x-alerts for abnormal conditions.