
INDUSTRIES / METALS & STEEL
Real-time visibility for Metals & Steel operations
Metals and steel operations run hot, heavy, and nonstop. Intenseye helps safety teams detect serious-injury risks across melt shops, rolling mills, crane bays, hot-work zones, and mobile equipment areas before they injure workers or stop production.








Why metals floors are the hardest to keep safe.
Melt shops, casters, rolling mills, overhead cranes, and the heaviest mobile equipment in industry - running hot, around the clock. That's where the most severe injuries happen.
Intenseye uses computer vision on the cameras you already run - plus Sentinel Thermal for heat and fire - to detect the unsafe acts and conditions that cause them, in real time: warning workers, stopping machines, and proving risk is falling across every bay and shift.
Four hazards drive the worst
injuries - Intenseye sees them coming.
We act on the leading signal, the unsafe act, the moment it happens – not the lagging injury report that only counts people after they're hurt.
The use cases that matter on a metals & steel floor.
50+ detections, organized the way mill safety teams think - from the melt shop to the rolling mill to the yard. Pick a scenario to see what Intenseye watches, and why each one matters on a real floor.
Detects a person under the load or in the lift & swing path and alerts the area before contact.
- Person under suspended loadCRITICALWorker beneath a lifted load.
- Ground crew in lift pathCRITICALCrew in the path of a moving bridge crane.
- Worker in crane swing zoneCRITICALEntry to a barricaded lift exclusion zone.
- Tag-line handler too closeMODERATEExposure to load swing during the move.
Most safety AI just watches.
Intenseye steps in.
A worker reaches into a running conveyor. Same hazard, same instant - but observation only logs the risk. Intervention prevents the injury.
Flexible coverage for every environment
Sentinel Hub offers universal compatibility, connecting seamlessly with both Sentinel devices and your existing CCTV. Start fast with the setup you already have, and expand anytime with flexible options.







Hardware tuned to the metals floor.
Metals and steel sites need visibility across hot areas, molten-splash zones, crane bays, rolling mills, presses, shears, and machine danger zones. Sentinel devices help cover the use cases standard cameras miss - from thermal detection and 3D machine guarding to sub-second stops and wide-area monitoring.
Explore all Sentinel hardware
Heat, molten & early fireSentinel Thermal Sees radiant heat, molten-splash exposure, and early-stage fire a normal camera can't.
3D machine guardingSentinel Depth Sees reach-in at a mill or press in true 3D - depth, not a flat trip-line.
Sub-second machine stopHard Stop Halts a mill, shear, or press in ~0.8s the instant the danger zone is breached.
Coverage & edge computeSentinel Core / Hub Pro Wide-area coverage and high-density edge compute that scale across the largest mills.Our customers measure success
in injuries that didn't happen.
At Nexans, safety relied on manual observation and periodic audits, so high-risk zones - forklifts, rotating machinery, and electrical hazards - went unwatched between walkthroughs. Recurring lapses in lockout/tagout, PPE, and stair use kept slipping past the team.
Intenseye connected to Nexans' existing cameras - 90%+ coverage with no new hardware - and deployed 45+ AI safety use cases mapped to the company's golden safety rules. Real-time alerts, risk heat maps, forklift slowdown zones, and enhanced signaling turned every monitored area into a 24/7 check.
Critical unsafe acts fell 96.4% at the lead site - preventing 14 recordable injuries and one lost-time injury, and analyzing risk the equivalent of 3.7 safety-officer years.
Connect to the systems
your team already uses.
Stream real-time safety intelligence into your EHS platform, analytics tools, and daily workflows to keep every system aligned with the latest safety data.
- Automate safety alerts, incidents, tasks, and analytics.
- Embed AI safety observations into existing EHS workflows.
- Surface the highest-priority risks automatically.
- Track urgent concerns and emerging hazard trends at a glance.
Built around the standards your plant already answers to.
Intenseye's detections map directly to the OSHA standards that drive citations and SIFs in metals & steel - and the leading-indicator record shows what happened and what you did about it.
Control of hazardous energy (LOTO)
Detect reach-in and entry at mills and furnaces during operation or servicing.
Machine guarding & power presses
Flag missing guards and personnel inside the point-of-operation zone of mills, shears, and presses.
Overhead & gantry cranes
Detect people under loads, in lift paths, and inside crane exclusion zones.
Powered industrial trucks
Capture forklift- and loader–pedestrian proximity, over-speed, and right-of-way conflicts.
Welding, cutting & brazing (hot work)
Flag hot-work zone breaches and missing controls; catch early fire with Sentinel Thermal.
Permit-required confined spaces
Monitor entry to and occupancy of vessels, furnaces, and pits.
Personal protective equipment
Verify face shields, heat-resistant gear, hard hats, and respiratory protection where required.
Walking-working surfaces
Flag slip, trip, and fall hazards on walkways, stairs, and elevated platforms.
Informational mapping - not legal advice. Standards cited are US OSHA general-industry references.
Deployed for safety across heavy industry.
Go deeper on safety

SIF Thought Leadership Report
Download PDFMastering SIF Prevention Through Real-Time Safety Management
Download PDFYour questions, answered.
Built for EHS and operations leaders. Still have a question?
Does Intenseye work with our mill cameras?
How does it prevent a SIF at a crane or a mill?
Can it detect heat & fire?
Which hazards matter most in metals & steel?
Do you use facial recognition?
How fast do results show?
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See what Intenseye can do across your operations.
Meet with our team to explore how Intenseye can help detect your top safety risks, prioritize the use cases that matter most, and bring real-time visibility to the areas where incidents are most likely to happen.
















