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// OIL & GAS

Personnel & PPE Safety Monitoring

Personnel & PPE Safety Monitoring. What it takes to run it.

Real-time verification of helmets, vests, and safety harnesses.

Start with your footageAll of oil & gas →

// 01 · The question

“Is everyone in this frame wearing what this zone requires?”

// 02 · Why it is hard

PPE is small, often the same colour as the background, and frequently seen from above. The failure that costs you is a false pass, and false passes are the ones nobody reports.

// 03 · What the labels have to be

Bounding box + keypoints

Decided before the first frame

The question is per-person, not per-frame. Keypoints anchor gear to a body so a helmet on a rail does not count as a helmet on a head, and so a harness can be judged against a torso rather than against the scene.

This is the decision that is expensive to reverse. The geometry has to match what the answer contains, and finding out it does not means labelling the set a second time.

// 04 · How we run it

Three parts of one loop, on this job.

LexAnnotate

Precision Safety

Annotate rig images with bounding boxes for machinery, valves, flanges, and personnel with PPE classification. Safety-focused labels tailored to oil & gas operations. 12k+ hazardous-zone annotations in production deployments.

LexInsight

Corrosion Tracker

Link visual detections to asset management systems. Map corrosion to specific valve IDs, track progression across inspection cycles, connect to maintenance scheduling and compliance codes.

LexAlert

Safety Alerts

Monitor deployed safety models against environmental changes - weather, lighting, equipment repositioning. Detect drift before it causes a missed hazard. Route failures back for immediate retraining.

How the loop fits together →

// 05 · What breaks it after launch

Concept drift

The spec changed

→Concept drift →

The policy moves and the pixels do not. The day a new harness standard takes effect, footage that was compliant becomes non-compliant, and a model trained on the old rule is confident and wrong, which is the failure confidence monitoring cannot see.

It is not the only one that can get this use case, it is the one that usually gets it first. All ten conditions.

// 06 · In oil & gas

Hazardous Zone Monitoring

Full write-up ↓Every case study →

The Challenge

Lacked labeled rig imagery, delaying AI model training. Relied on manual monitoring in hazardous zones.

Our Execution

Annotated rig images with bounding boxes for machinery and personnel. Delivered precise, safety-focused labels.

The Result

Faster AI deployment with rapid model iteration. Improved safety through automated detection.

12k+

Precision image annotations delivered

// 07 · Also in oil & gas

Rig Equipment & Machinery Detection→Hazard Zone Intrusion Detection→Corrosion & Structural Degradation→Methane Leak & Emissions Monitoring→Offshore Platform Surveillance→All forty-one→
Rig Equipment & Machinery DetectionHazard Zone Intrusion DetectionCorrosion & Structural DegradationMethane Leak & Emissions MonitoringOffshore Platform SurveillanceAll forty-one →

Send us a week of this footage. We’ll show you what comes back.

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