Product Overview: ViAct Smart Site Safety System (SSSS)
The ViAct Smart Site Safety System (SSSS), also known as the 4S construction system, is a cutting-edge, AI-powered solution designed to significantly enhance workplace safety across various industries, particularly in construction sites, plants, and other high-risk environments.
What it Does
The ViAct SSSS is engineered to curtail accidents and casualties by leveraging advanced technologies such as Artificial Intelligence (AI), Internet of Things (IoT), and video analytics. This comprehensive system provides real-time monitoring, tracking, and alert mechanisms to ensure a safer working environment. It integrates data from multiple site systems into a centralized platform, enabling stakeholders to monitor and manage site safety efficiently.
Key Features and Functionality
Centralized Management Platform (viHUB)
- This web-based platform integrates data from various site systems, offering mobile and desktop access with real-time alerts and device visualization. It allows stakeholders to monitor site safety performance, manage insights from AI cameras and IoT devices, and respond promptly to safety issues.
Digitized Permit-to-Work (PTW) System
- The system facilitates seamless electronic processing of critical documents through online application, issuance, and tracking of permit-to-work (PTWs). This ensures compliance with safety protocols and streamlines project handling.
Real-Time Tracking and Monitoring
- The system tracks powered tools, machinery, and plants in real-time using unique digital identifiers. This includes monitoring the certification status, evaluations, checks, and maintenance routines of tools, ensuring they are safe for use.
PPE Detection and Worker Tracking
- Utilizing computer vision, the system detects whether workers are wearing the required Personal Protective Equipment (PPE) and tracks worker locations to prevent accidents and ensure compliance with safety regulations.
Danger Zone Intrusion Alerts
- The AI navigation system sends out alerts when workers or unauthorized individuals enter restricted or dangerous zones, such as confined spaces, electrical fencing, or lifting zones. This feature ensures immediate notification to supervisors for swift intervention.
Confined Space Monitoring
- The system, powered by AIoT, monitors worker locations, air quality, and potential gas hazards in confined spaces. Real-time alerts are sent to the centralized platform if any risks are detected, and it also tracks atmospheric changes and alerts for extreme temperatures.
Instant Recognition of Unsafe Acts
- Cameras and sensors detect unsafe behaviors around mobile plants, tower cranes, and other machinery, triggering real-time alerts to supervisors and capturing footage for review. This ensures full 360-degree coverage and prevents human-machine collisions.
Safety Training with Virtual Reality Technology
- The system integrates virtual reality technology to provide immersive, hands-on training sessions. Captured insights are used to train workers about risky situations, and digital twin technology creates a virtual replica of the actual jobsite for tailored training sessions.
Hazardous Areas Access Control
- The system restricts access to dangerous zones using smart locks that track entries and send alerts for unauthorized access. This ensures only authorized personnel can enter high-risk areas, enhancing overall site safety.
Data Analytics and Customizable Alerts
- The system offers advanced data analytics and customizable alerts that can trigger specific responses, such as notifying safety personnel or initiating emergency protocols. This fosters a culture of safety awareness among workers and enhances the effectiveness of safety measures.
The ViAct Smart Site Safety System is a holistic solution that combines innovative technologies to create a safer, more compliant, and more efficient working environment. Its comprehensive features and real-time monitoring capabilities make it an indispensable tool for industries seeking to minimize risks and maximize safety.