Vibration, Noise and Heat — the list of who needs your attention most, every shift.
Built for mining operations, where the standards already define what to measure — and a once-a-year survey can't keep measuring all the time.
Removes the uncertainty between one official survey and the next — without replacing the certified report.
Track the build-up of critical exposure and prevent risk individually — every 10 seconds, for every operator.
The app shows what matters in real time; the web platform gives you full configuration and priorities by equipment, operator or location in the mine.
A web platform of individualized priorities, with a 3D spatial map — fed independently by two sensor formats, chosen according to your operation's priorities.
Sampling at 200 Hz, streamed over BLE to the operator's app. Inference runs in the app, which sends an equivalent acceleration value to the cloud every 10 seconds.
Same sampling rate, but inference runs inside the device itself — straight to the cloud, no intermediate app.
We don't replace the official survey — we reference the same thresholds it uses, between one certified measurement and the next. The architecture has been multi-sensor from day one; today, whole-body vibration is the front validated in production.
Exposure tracked by operator, by equipment, by haul route. Our strongest field proof.
Field-validated · TRL 8–9Estimated daily dose per operator — not per workstation.
Under development · TRL 3–4WBGT index, with a limit that varies by metabolic rate. Alerts recommend a break or a rotation.
Under development · TRL 3–4No — and that isn't its role. Legal proof of compliance still requires the official survey, with a calibrated instrument. MapOmega Core covers the gap between one survey and the next, showing who is most exposed day to day.
No. It shortens the blind interval between reports, with continuous readings aligned to the standard's thresholds — but the legal proof of compliance remains the official survey.
In the cloud, by default. On-premises hosting can be evaluated after a technical assessment with your IT team.
Yes, via REST API — exposure is automatically linked to shift and operator.
Today we have two formats in the field — a chest sensor with an app, and a standalone belt clip. The platform was designed to take in other sources as your operation requires.
MapOmega builds technology to anticipate risks, prevent accidents, minimize losses and reveal hidden opportunities in industrial operations. MapOmega Core is the first application of that mission, focused on mining.
Over 30 years of industrial methodology, validated in more than 30 steel mills, underpin the product — this isn't startup theory, it's hands-on practice from people who have been on the shop floor.
Ecosystem
MapOmega operates within the NEXUS ecosystem, the innovation hub of the Technology Innovation Park (PIT) in São José dos Campos — one of the world's top five innovation environments, alongside Embraer, ITA, INPE and UNIFESP.
This ecosystem is more than an address. It is the network of technical validation, acceleration and partnership behind every product in the MapOmega portfolio.
Partners & Credentials
In 30 minutes, we'll show you MapOmega Core running on the 3D model of the Germano Mine: the whole-body vibration heatmap, the per-operator priority list and the flow from sensor to platform.
Pick a time slot, or talk to the team directly.
The Germano Mine (Samarco) field case, the cost of inaction and the step-by-step deployment — in a single document.
We've already validated this concept in a live operation. Now we want to know whether it fits your reality — your answers help shape how the product scales.
Once we consolidate the responses, you'll be the first to see the results — and our team may reach out to learn more about your operation.