viAct

Overview

viAct is an AI-powered construction safety monitoring platform that uses computer vision and deep learning to transform ordinary surveillance cameras into active risk-detection systems. Built for high-risk work environments such as construction sites, infrastructure projects, factories, and logistics yards, the platform continuously analyzes live video streams to identify unsafe conditions, personnel behaviors, and equipment hazards. It acts as a digital safety observer that never sleeps, supporting on-site supervision with automated, real-time intelligence.

At its core, viAct applies deep-learning models to video frames captured by existing IP and CCTV camera infrastructure. The system recognizes safety-relevant objects and postures, including personal protective equipment (PPE) such as helmets, safety vests, and harnesses, as well as site assets such as vehicles, machinery, and barriers. It can also detect behavioral and operational anomalies: workers entering restricted zones, missing fall-protection equipment, unsafe proximity between personnel and heavy machinery, and other pre-defined risk scenarios. Alerts are triggered in real time and routed to supervisors, security desks, or on-site teams through dashboards and mobile notifications, enabling immediate intervention before an incident escalates. The platform is designed to support edge, on-premises, or cloud deployment and can be layered over an organization's existing camera network with minimal disruption.

viAct also converts detection data into structured safety records. Every event is timestamped, labeled, and stored with contextual metadata, supporting automated daily reports, risk trend analysis, and incident evidence retrieval. Site managers can monitor multiple projects from a single dashboard, compare safety performance across locations, and identify recurring risk patterns. This moves construction site safety from reactive incident logging to proactive, data-driven safety management. The platform's architecture is designed for integration with common site systems, IoT sensors, and management workflows, making it suitable as a core layer in broader smart-site or digital-twin deployments.

By providing continuous, scalable, and objective monitoring, viAct helps organizations reduce workplace incidents, improve compliance with safety policies, lower operational risk, and demonstrate a stronger safety culture to regulators, insurers, and clients. It is particularly valuable for safety-conscious contractors, facility owners, and industrial operators who need to manage multiple high-risk sites with limited safety manpower. From daily hazard detection to long-term risk intelligence, viAct applies modern AI to the essential task of keeping people safe on the job.

Core capabilities

Real-time safety violation detection

Continuously analyzes live camera feeds to identify safety violations the moment they occur.

PPE compliance monitoring

Uses deep learning to detect whether workers are wearing helmets, high-visibility vests, safety harnesses, and other required equipment.

Restricted-zone and geofence alerts

Sets virtual boundaries around dangerous areas and triggers immediate alerts when unauthorized entry is detected.

Heavy equipment and vehicle safety

Monitors the proximity of people to machinery and vehicles to reduce collision and struck-by risks.

Unsafe behavior recognition

Detects high-risk actions such as climbing, smoking near flammable materials, phone use, or improper work positioning.

Instant alert escalation

Sends real-time notifications to supervisors and safety teams through dashboards, mobile apps, and integrated communication channels.

Automated reporting and analytics

Generates daily, weekly, and monthly safety reports with event timelines, evidence snapshots, and risk trend analysis.

Multi-site dashboard

Provides a centralized view of safety performance across multiple projects, enabling benchmarking and portfolio-level oversight.

Use cases

Construction site PPE compliance monitoring

Restricted-area and unauthorized-entry detection

Heavy equipment and vehicle proximity safety

Work-at-height and fall-risk prevention

Hazardous industrial site monitoring in energy, mining, and manufacturing

Safety audit support and incident investigation evidence

Multi-site safety benchmarking and portfolio risk management