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Lone Worker Monitoring System
Lone Worker Monitoring System: Empowering Safety Protocols for Solitary Jobsites
viAct Lone Worker Monitoring System leverages Computer Vision and IoT to provide real-time tracking and immediate alerts, protecting workers in isolated and/or remote environments.
The most awarded EHS Management Platform, Trusted by leaders!
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We used to worry about lone work. But now viAct’s Lone Worker Monitoring System keeps lone workers safe. It’s our reliable silent partner.
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- Safety Coordinator | Electrical Power Distribution Industry
What difference does Lone Worker Monitoring System makes?
SYSTEMATIZE
Lone Worker Supervision
viAct Lone Worker Monitoring System uses Computer Vision & IoT for smart lone worker supervision, delivering real-time decision-making capabilities and proactive alerts to mitigate risks and enhance overall safety.
SYNCHRONIZE
Real-time, Seamless Safety Coordination
Lone Worker Monitoring System synchronizes real-time data from IoT wearables and computer vision, reducing response time by 85% and enhancing lone worker safety through immediate hazard detection and alerts.
SECURE
Lone Worker Safety
Using viAct Lone Worker Monitoring System, accidents have been reduced by 80%, ensuring real-time hazard detection and immediate alerts for quicker responses and enhanced worker protection.
Working Solo? But Never Out of Sight!
Lone Worker Monitoring System tracks workers, detect risks, and send alerts – ensuring safety even in the most remote, distant and high-risk environments.
Track. Alert. Protect Always!
Key features of
Lone Worker Monitoring System
Construction Lone Worker Safety
Real-time Location Tracking: IoT-enabled smart helmets and watches track lone worker’s live location, keeping them visible even across complex or high-risk sites.
Fall & Immobility Detection: IoT wearables detect sudden falls, lack of movement, or prolonged inactivity, triggering instant alerts to supervisors for rapid response.
Field Assist (SOS Alerts): Trigger instant SOS alerts via smart helmet or watch using one-click button, ensuring immediate help without verbal communication.
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Vitals Monitoring in Mines
Heart Rate & Fall Detection: IoT wearables monitor lone workers’ heart rates and detect falls or immobility, enabling faster response during emergencies.
Body Temperature Monitoring: Tracks abnormal temperature spikes, warning early about heat stress in extreme conditions.
Hazard Proximity Alerts: Monitors lone workers near risky zones, sends real-time alerts.
Offshore Accident and Injury Prevention
Machinery Proximity Detection: Monitors lone worker–machinery distance, to avoid injuries through distancing
Unsafe Lifting Technique Detection: AI CCTV track workers’ posture and lifting techniques, alerting if ergonomics standards are violated.
Environmental Hazard Monitoring: IoT sensors and AI cameras detect gas leaks & hazards, ensuring safety on oil shores.
Confined Spaces Emergency Response
Real-time Alerts & Action: IoT & Edge AI (viMOV) sends real-time alerts with worker location and triggers emergency protocols instantly.
Incident Reporting: IoT devices allow quick incident logging, for faster response and adherence to confined space safety protocols.
Risk Assessment in Manufacturing
Unsafe Posture Detection: Computer Vision tracks lifting movements, alerting on unsafe postures, like twisting or bending to help reduce musculoskeletal injury risks.
Safe Equipment Handling: Monitors proper machinery/tools handling, alerting unsafe practices, to ensure ergonomics compliance.
Slip, Trips & Fall Prevention: AI CCTV detects and alerts wet/uneven floors; preventing slips, trips and falls.
Post Deployment Performance Matrix
90%
Faster emergency response through real-time alerts and automated protocols, drastically reducing incident reaction time.
3X
Increase in psychological safety amongst lone workers due to continuous monitoring and real-time support systems.
40%
Reduction in insurance claims through fewer incidents and quicker emergency responses.
Unique Value Prepositions
Edge AI Safety
Edge AI (viMOV) monitors lone workers in real-time, minimizing reliance on cloud and enabling instant hazard detection and emergency response on-site.
Lone Worker AI Vision
AI-powered vision by viAct continuously monitors lone workers’ movements, flagging unsafe behaviors – like rushing or abrupt movements – to proactively prevent potential harm.
Lone Workers IoT Alerts
IoT devices like smart helmet and watch send real-time alerts on safety breaches, health vitals, and inactivity, ensuring constant oversight.
Lone Worker AI Co-pilot
Powered by 100+ Vision AI Agents, the system assesses lone worker risks across jobsites, generating timely safety recommendations automatically.
Responsible AI
Monitor lone workers responsibly with GDPR compliant AI that ensures ethical use of data, controlled access, and transparency in safety governance.
Ask Our Expert
Common questions our AI experts have been asked by EHS professionals about Lone Worker Monitoring System. Don't hesitate to ask us your question!
What is viAct Lone Worker Monitoring System?
viAct Lone Worker Monitoring System is an AI-driven solution designed to protect workers operating alone in high-risk environments such as construction, mining, oil & gas, manufacturing and warehousing. It integrates Computer Vision, IoT wearables, Generative AI, and the Edge Device (viMOV) to provide real-time monitoring, hazard detection, and automated emergency response.
How does the Lone Worker Monitoring System ensure rapid response during emergencies?
The Lone Worker Monitoring System uses IoT wearables to detect incidents like falls or inactivity, while the Edge Device (viMOV) triggers real-time emergency protocols without delay.
What makes viAct’s Lone Worker Safety System more proactive compared to traditional safety methods?
viAct Lone Worker Safety System leverages Computer Vision, AI CCTV and IoT wearables to detect risks in real-time, while the Edge Device (viMOV) ensures immediate, automated response, even without cloud access.
Is the system suitable for industries with complex worksites like construction or mining?
Absolutely! viAct’s Lone Worker Safety System combines AI, Computer Vision, IoT wearables, and Edge device to ensure safety even in dynamic, high-risk environments like construction, oil & gas, mining, manufacturing & warehousing.
In what ways does viAct enhance overall lone worker well-being?
By combining real-time monitoring, predictive alerts, and psychological safety through AI-backed insights, lone workers feel supported and protected, no matter how isolated the job.
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Lone Worker Monitoring System Demo
Experience viAct Lone Worker Monitoring System in action. Built on Computer Vision and Edge Device (viMOV), the smart monitoring system offers real-time worker tracking, automated risk detection, and rapid emergency response. Designed for high-risk, isolated, remote and confined environments, it helps organizations ensure lone worker well-being, regulatory compliance, and uninterrupted productivity.
Explore how Lone Worker Monitoring System can:
● Monitor lone worker movements across confined, remote, or high-risk sites in real-time.
● Detects falls, fatigue, immobility and health risks via smart wearables.
● Send emergency alerts for rapid hazard response and intervention.
● Enable proactive incident logging and safety check-ins through IoT wearables.
● Reduce response time through automated emergency protocols and centralized visibility.
● Enhance lone worker safety while ensuring EHS standards and privacy regulation compliance.
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