Every Worker Deserves to Go Home Safe.
There are 43 workers on your site right now. Each one has a name, a family, and a drive home at the end of the day. POD tracks the fatigue levels, proximity risks, and leading indicators that make that drive home possible — for every one of them.
When Workers Are Invisible in the Data
Aggregate safety metrics protect the compliance record. Individual-level data protects the person. There is a difference — and it is measured in outcomes.
Your safety data is about incidents — not workers
TRIR, LTIR, recordable counts — these numbers measure what already went wrong. They tell you about the worker after the ambulance left. They say nothing about Worker 3847 who has been on-site 11 consecutive days and is scheduled for an elevated-risk concrete pour tomorrow morning. That worker is invisible in your current system.
Fatigue is invisible until it isn't
Your superintendent cannot tell by looking at a crew whether they are 4 days in or 14. Fatigue is not visible. It accumulates silently across shifts, building risk that does not appear in any report until it materializes as an incident. By then, the only data entry is an accident report.
Proximity incidents happen in seconds — your reporting happens in weeks
The gap between a worker entering a crane swing radius and the incident is measured in seconds. Your incident log captures it days later, after the OSHA report. No proximity alert was issued. No zone score was elevated. The hazard existed in your data — it just was not visible until it was too late.
One Worker. Four Layers of Protection.
Every person on your site is surrounded by data rings that POD monitors continuously — fatigue accumulation, proximity risk, schedule exposure, and protective alerts. The standard is not a count. It is a name.
What Worker-Level Intelligence Delivers
Every worker is visible in the safety data
FatigueIndex tracks every crew member individually — consecutive days, shift length, trade-specific physical demand, recovery factors. When a worker approaches threshold, POD flags them before they are assigned to high-consequence work. Each person on your site has a name, a risk profile, and a schedule. Now they have a safety score too.
Individual-level protectionProximity risk is scored before the worker gets close
ProximityRiskScore calculates danger scores for every active zone on your site — crane radii, excavation edges, energized equipment, material staging paths. As task assignments and worker locations update, zone scores update with them. A rising score generates an alert before a worker is in danger, not after.
Predictive zone monitoringSpecialized AI agents analyze safety patterns continuously
POD deploys specialized AI agents that cross-reference fatigue levels, proximity risks, weather conditions, and schedule pressure to detect compound risk: the combination of factors that creates incidents. No single threshold triggers the alert — the pattern does. This is how protection becomes proactive.
Compound risk detectionField reporting in 5 minutes captures what paperwork misses
Your foreman reports a near-miss verbally but never writes it down — because the report takes 45 minutes. POD captures it in 5 minutes by voice. The near-miss becomes data. The near-miss pattern becomes a prediction. Three near-misses in a zone become a proximity alert. Reporting speed is a safety system.
89% faster reportingWorker-Level Safety Intelligence — Every Person, Every Risk, Every Day
FatigueIndex and ProximityRiskScore — two worker-level metrics that make every person on your site visible in the safety data, not as an aggregate, but as an individual.
Fatigue Index
“We had a worker reach eleven consecutive days without the system flagging it. POD flagged it on day six. That is the difference between a near-miss and a recordable. The data was always there — we just could not see it.”
— Safety Director, Commercial General Contractor (Southeast US)
The Platform That Makes Every Worker Visible
Leading Indicator Tracking
Near-miss velocity, fatigue accumulation rate, proximity score trends — POD tracks the inputs that produce outcomes, not just the outcomes themselves.
Real-Time Zone Alerts
When a proximity zone score rises above threshold, the superintendent gets an alert instantly — with zone name, contributing factors, and recommended action.
Trade-Specific Fatigue Profiles
Ironworkers, concrete crews, and MEP trades have different physical demand curves. FatigueIndex applies trade-specific recovery factors — not a one-size average.
Schedule-Safety Integration
POD cross-references fatigue scores against upcoming task risk levels. A high-risk activity assigned to a fatigued crew generates an automatic advisory before the morning meeting.
Crew Rotation Intelligence
When a worker reaches the fatigue threshold, POD suggests rotation options from within the project workforce — identifying who is fresh, trained for the task, and available.
Incident Cost Prevention
The average recordable incident costs $40,000+ in direct costs. POD's leading-indicator approach prevents incidents — which means the ROI is calculated in incidents that did not happen.
Frequently Asked Questions
Make Every Worker Visible in Your Safety Data
See FatigueIndex and ProximityRiskScore in action — with your crew data, your zones, your project. Every person protected.
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