Solutions
The Solution to Mobile Streaming Camera and AI System for Industrial Safety Surveillance
Taiwan Intelligent Robotics provides The Solution to Mobile Streaming Camera and AI System for Industrial Safety Surveillance that integrates the latest technology, specifically designed to enhance safety and efficiency in factories and construction sites. The system includes Mobile Streaming Camera, a AI System for Industrial Safety Surveillance, an AI Computing Platform, AI Safety Recognition Models, and an intelligent equipment lending and returning cabinet designed for device management. This solution enables real-time monitoring, alerts, and equipment management.
Mobile Streaming Camera
The Mobile Streaming Camera integrates thermal imaging functionality, specifically designed for safety recognition. It can be equipped with customized accessories to stream real-time video and thermal images in various usage scenarios. Additionally, the mobile video device can transmit live footage to the management system for monitoring and alerts, while adhering to data security regulations, ensuring no customer data is stored on the device. The camera supports two-way voice communication, facilitating smoother and more effective communication between the on-site team and the control center.
AI System for Industrial Safety Surveillance
AI System for Industrial Safety Surveillance based on the Kubernetes (K8S) architecture, this solution provides comprehensive video management and AI analysis services, structured into three layers: IaaS (Infrastructure as a Service), PaaS (Platform as a Service), and SaaS (Software as a Service).
- IaaS Layer：Manages physical machines, networks, and various hardware resources, providing a stable infrastructure.
- PaaS Layer：Includes the K8S Cluster and Ceph Storage Cluster, supporting containerized applications and large-scale data storage.
- SaaS Layer：Offers an AI model prediction and management platform, a mobile video command and monitoring platform, an operations command center, and a customized user interface, enabling real-time video analysis and monitoring.
AI System for Industrial Safety Surveillance’s features include account and password permission management, AD Server support, watermark design, base station location management, map management, historical stream and thermal image logs, alarm event display, device transmission traffic monitoring, two-way voice communication, and real-time streaming.
AI Computing Platform
The AI Computing Platform is built on a Kubernetes (K8S) architecture, specifically designed for enterprise intranet safety monitoring, offering high reliability and scalability. The platform integrates IoT architecture and big data analytics, combining video detection, analysis, and monitoring with AI mechanisms to achieve workplace safety improvement and management goals.
- High Availability (HA) Architecture：Utilizing Kubernetes (K8S), the platform is easy to scale, supports load balancing, and ensures high reliability.
- Private Cloud Deployment：Deployed within the enterprise intranet, aligning with security policies and regulations.
- Video and AI Management：Offers VMS stream management, AI annotation/training/inference, and streaming video management capabilities.
- Distributed Computing：Capable of processing data from hundreds of mobile video cameras simultaneously, while recognizing multiple safety-related tasks.
- Real-time Recognition and Alerts：After accounting for transmission time, the goal is to achieve recognition and issue alerts in a very short timeframe.
- Scalability and Redundancy：Supports phased deployment and uninterrupted service.
AI Safety Recognition Models
The AI Safety Recognition Models utilize artificial intelligence for real-time monitoring and alerting, aimed at enhancing safety levels in construction sites and factories, and reducing the risk of workplace accidents. The models include the following four key recognition functions:
- Restricted Area Intrusion Detection Model：Detects personnel entering or exiting restricted areas or approaching the edge of such zones, ensuring area security.
- Personnel Falling Detection Model：Identifies fallen personnel within the monitored area and issues immediate alerts.
- Personnel Equipment Compliance Detection Model：Ensures that workers are wearing required protective gear, such as helmets, safety vests, and safety harnesses, to guarantee proper protection.
- Instrument Recognition Model：Monitors needle-type instruments for readings such as temperature, capacity percentage, pressure, and voltage to ensure proper equipment operation.
These models are developed in the Taiwan Intelligent Lab, using mobile streaming video cameras for data collection, testing, and validation to ensure accuracy and reliability.
Mobile Camera Intelligent Lending and Returning Cabinet
The Mobile Camera Intelligent Lending and Returning Cabinet system offers a convenient and secure solution for equipment management, streamlining corporate operational processes. The system provides benefits such as reducing management burdens, round-the-clock access, security and reliability, and a flexible structure. It supports various authentication methods and maintains comprehensive operational records.
Key features include：
- Item Managementl：Efficiently handles the inventory and tracking of equipment.
- Charging Function：Ensures devices are charged and ready for use.
- Webcam Functionality：Provides additional monitoring and security features.
- Complete Tracking：Monitors the entire borrowing and returning process.
- Graphical Interface：User-friendly interface for easy operation.
- Role-Based Access Control：Manages access based on user roles.
- Overdue Notifications：Sends reminders for overdue items.
The modular design allows the system to operate independently or integrate with internal corporate systems via API, enhancing management flexibility.
AI SYSTEM
