viAct is a Smart Site Safety System in Hong Kong that offers an AI-enabled centralized management platform and a digitalized permit-to-work system. It provides an artificial intelligence safety monitoring system for confined space work. The platform includes safety training with virtual reality technology and alerts for unsafe acts and dangerous situations in the mobile plant operation danger zone using AI video analytics.The system aims to reduce accidents and fatalities at construction sites, plants, and other workplaces through smart safety monitoring. The digitalized permit-to-work system offers online application, issuance, and tracking of permits and operates using a mobile device. The system also includes digitized tracking of powered tools, PPE detection, danger zone access control, confined space safety monitoring, and an unsafe act/dangerous situation alert system.Overall, viAct’s Smart Site Safety System provides integrated AI-powered solutions to enhance safety, productivity, and efficiency in various industries.
Computer Vision Platform: Utilizes advanced AI to analyze video feeds for real-time detection of safety violations, including PPE compliance and unauthorized access.
Modules Hub: Offers a variety of specialized modules for different safety scenarios, such as PPE detection, height work safety, danger zone safety, and more.
Real-Time Alerts: Provides instant notifications to safety personnel about safety breaches, enabling quick response to potential hazards.
Integration with Existing Systems: Compatible with existing CCTV and IP camera systems, allowing for easy deployment without the need for new hardware.
Comprehensive Reporting: Centralized platform (viHUB) for monitoring, reporting, and analyzing safety data across multiple sites, enhancing compliance and safety management.
PPE Detection: Monitors compliance with personal protective equipment (PPE) requirements in real-time across various industries, ensuring workers are properly equipped to prevent injuries.
Danger Zone Monitoring: Detects unauthorized access to high-risk areas, triggering instant alerts to prevent accidents related to danger zone intrusion.
Work at Height Safety: Provides real-time monitoring of safety compliance for workers operating at heights, detecting near misses and ensuring proper use of safety harnesses and equipment.
Confined Space Monitoring: Continuously tracks atmospheric conditions and worker compliance in confined spaces, alerting safety personnel to potential hazards and ensuring adherence to safety protocols.
Anomaly Detection: Identifies unusual behaviors or situations in real-time, such as unauthorized personnel in restricted areas or unsafe practices, to enhance overall workplace safety.
Real-time Monitoring: Provides continuous surveillance of restricted areas, ensuring immediate detection of unauthorized access and potential hazards.
Automated Alerts: Triggers instant alerts to safety personnel upon detecting intrusions, enabling quick response to prevent incidents.
Enhanced Compliance: Supports adherence to safety regulations by monitoring access to critical zones and ensuring only authorized personnel enter.
Data-Driven Insights: Collects and analyzes data on intrusion attempts, helping organizations improve safety protocols and risk management strategies.
Integration with Existing Systems: Easily integrates with current CCTV infrastructure, allowing for rapid deployment without the need for new hardware.
viAct's pricing is not publicly listed; costs depend on the number of cameras, selected AI modules, site size, and deployment model (Cloud, On-Prem, or Hybrid).
Both project-based and subscription pricing models are available, making the platform scalable for single-site pilots or enterprise portfolios.
The deployment of viAct's solutions typically takes 1 to 5 business days, depending on site size and configuration.
viAct offers personalized demos to provide site-specific quotes based on individual requirements.
The system is designed to work with existing CCTV infrastructure, minimizing additional hardware costs in most cases.
