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See the Risk Before It Becomes the Incident.

PPE compliance, zone monitoring, ergonomic alerts, and near-miss detection — all running in real time from existing cameras. Safety intelligence that was previously invisible, now continuous and automatic.

The Reactive Safety Problem

Most safety programs are structured around two things: training and investigation. Train people on what to do. Investigate when something goes wrong.

The space between — where violations happen, near-misses occur, and risk accumulates — is largely unmonitored. PPE compliance is verified by supervisors walking the floor. A supervisor covers a fraction of the plant at any given moment.

The hard hat removed between walk-throughs, the safety glasses hanging around the neck, the missing hi-vis in a high-traffic zone — these go unseen until someone is hurt. Near-misses go unreported. Industry estimates suggest the vast majority of near-miss events are never documented. Each unreported near-miss is a data point that could have informed prevention but instead disappeared.

Workplace safety violations cost an estimated $170 billion annually. The cost is not just financial — it is human. And the root issue is not a lack of rules. It is a lack of visibility between the rules and the floor.

seven construction workers standing on white field

Why This Matters

$170 billion — the annual cost of workplace safety violations in US manufacturing (NSC). 87% of violations are detectable before the incident — but only if someone is watching. Your supervisor cannot be everywhere. Your cameras can. The Heinrich Safety Triangle establishes that for every serious injury, there are approximately 29 minor injuries and 300 near-misses. The near-miss layer — the foundation of the triangle — is where prevention lives. But in most plants, fewer than 5% of near-misses are reported (Campbell Institute). The data that should drive prevention programs is invisible. OSHA reporting requirements capture the incidents. They do not capture the precursors. Safety Vision closes this gap by making near-misses and violations visible continuously, creating the data foundation that prevention programs require.

How It Works

What Safety Vision Does

PPE Compliance Monitoring

Hard hats, safety glasses, gloves, hi-vis vests, hearing protection, face shields — monitored in real time across every camera-covered zone. Non-compliance detected and alerted immediately, not at the next supervisor walk-through. PPE requirements vary by zone — the system enforces zone-specific PPE rules automatically. A worker entering a high-noise area without hearing protection is flagged. A visitor in a high-traffic zone without a hi-vis vest is detected. The monitoring is continuous and comprehensive, covering the full range of PPE types relevant to manufacturing environments. Alerts are configurable by severity — a missing hard hat in a crane zone triggers immediate escalation, while missing safety glasses in a low-risk area generates a logged event for supervisory follow-up.

Ergonomic Posture Alerts

Hazardous movement patterns and high-risk postures identified as they occur. Repetitive strain risks surfaced before they become injuries. Ergonomic data collected passively, without wearable devices. The system identifies specific ergonomic risk factors — excessive bending, overhead reaching, awkward twisting, sustained static postures — and correlates them with workstation and task data. Over time, the ergonomic risk profile of each workstation is built from observed data, enabling targeted workstation redesign and rotation scheduling. This is ergonomic assessment at scale — not the periodic evaluation that covers a handful of workstations per year, but continuous monitoring across the entire operation.

Zone Monitoring

Restricted and hazardous areas monitored continuously. Unauthorized personnel detected and flagged. Access violations logged with timestamp and visual evidence. Zone monitoring extends beyond simple restricted-area enforcement to include proximity detection near hazardous equipment, lockout/tagout zone verification, and pedestrian-forklift interaction monitoring. Each zone boundary is configurable, and the system distinguishes between authorized personnel (by role, by shift, by training certification) and unauthorized entry. The visual evidence captured with each violation supports OSHA reporting requirements and provides defensible documentation for safety investigations.

Near-Miss Detection and Logging

Incidents that almost happened — the slip, the close pass, the dropped load, the forklift-pedestrian near-contact — detected, logged, and made available for review. The near-miss data gap closes. Prevention gets the information it needs. Each near-miss is classified by type, location, severity potential, and contributing factors. The data feeds directly into safety trend analysis, revealing patterns that would be invisible from incident data alone: specific intersections where forklift-pedestrian conflicts recur, times of day when slip events cluster, workstations where dropped-load events correlate with fatigue. This is the foundation of predictive safety — using leading indicators to prevent incidents rather than investigating them after the fact.

PPE Compliance Monitoring

Hard hats, safety glasses, gloves, hi-vis vests, hearing protection, face shields — monitored in real time across every camera-covered zone. Non-compliance detected and alerted immediately, not at the next supervisor walk-through. PPE requirements vary by zone — the system enforces zone-specific PPE rules automatically. A worker entering a high-noise area without hearing protection is flagged. A visitor in a high-traffic zone without a hi-vis vest is detected. The monitoring is continuous and comprehensive, covering the full range of PPE types relevant to manufacturing environments. Alerts are configurable by severity — a missing hard hat in a crane zone triggers immediate escalation, while missing safety glasses in a low-risk area generates a logged event for supervisory follow-up.

Zone Monitoring

Restricted and hazardous areas monitored continuously. Unauthorized personnel detected and flagged. Access violations logged with timestamp and visual evidence. Zone monitoring extends beyond simple restricted-area enforcement to include proximity detection near hazardous equipment, lockout/tagout zone verification, and pedestrian-forklift interaction monitoring. Each zone boundary is configurable, and the system distinguishes between authorized personnel (by role, by shift, by training certification) and unauthorized entry. The visual evidence captured with each violation supports OSHA reporting requirements and provides defensible documentation for safety investigations.

Ergonomic Posture Alerts

Hazardous movement patterns and high-risk postures identified as they occur. Repetitive strain risks surfaced before they become injuries. Ergonomic data collected passively, without wearable devices. The system identifies specific ergonomic risk factors — excessive bending, overhead reaching, awkward twisting, sustained static postures — and correlates them with workstation and task data. Over time, the ergonomic risk profile of each workstation is built from observed data, enabling targeted workstation redesign and rotation scheduling. This is ergonomic assessment at scale — not the periodic evaluation that covers a handful of workstations per year, but continuous monitoring across the entire operation.

Near-Miss Detection and Logging

Incidents that almost happened — the slip, the close pass, the dropped load, the forklift-pedestrian near-contact — detected, logged, and made available for review. The near-miss data gap closes. Prevention gets the information it needs. Each near-miss is classified by type, location, severity potential, and contributing factors. The data feeds directly into safety trend analysis, revealing patterns that would be invisible from incident data alone: specific intersections where forklift-pedestrian conflicts recur, times of day when slip events cluster, workstations where dropped-load events correlate with fatigue. This is the foundation of predictive safety — using leading indicators to prevent incidents rather than investigating them after the fact.

Measurable Outcomes

Reduce Safety Violations

87% reduction in safety violations through continuous real-time monitoring. When violations are detected and addressed immediately, the behavior change is rapid and sustained. The deterrent effect of continuous monitoring is well-documented in behavioral safety research.

Prevent, Not Investigate

Violations caught at the moment of occurrence. The intervention happens before the incident, not after the report. The shift from reactive investigation to proactive prevention changes the fundamental nature of the safety program — from documenting what went wrong to ensuring it does not happen.

Surface the Invisible

Near-miss data captured automatically. Ergonomic risks identified passively. Safety teams gain visibility into events that previously went unrecorded. For the first time, the base of the Heinrich Safety Triangle is visible — providing the leading indicator data that prevention programs have always needed but never had at scale.

Audit-Ready Safety Records

Every PPE violation, zone breach, and near-miss logged with timestamp, location, and visual evidence. Compliance documentation generated continuously, not assembled before the audit. OSHA recordkeeping requirements are satisfied through automated data capture. Safety inspection records are generated from continuous monitoring data, reducing the administrative burden on EHS teams.

Expected Outcomes:

In early deployments, PPE compliance rates have increased from 70-80% (observed during periodic walk-throughs) to above 95% under continuous monitoring.

Near-miss reporting volume has increased by 10 to 20 times compared to manual reporting systems, creating a statistically meaningful dataset for prevention analysis.

Ergonomic risk assessments that previously required dedicated studies are now generated continuously, enabling workstation redesign prioritized by observed risk data.

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See Safety Vision in Action

Book a consultation. We will walk through how Safety Vision applies to your plant layout, your PPE requirements, your restricted zones — and what continuous safety monitoring changes for your EHS program. Your cameras are already there. We will show you what they can see.