From the depths, to your fingertips.
Most offshore operators sit on a decade of incident, risk and progress records they can't actually use — every question takes ten minutes to answer, so the questions stop getting asked. Pear MS surfaces what you need to your hand in a heartbeat, every shift, every time.
Engineered around a single iron rule, written into the name itself.
Request a BriefingThe acronym is the operating procedure.
Every event the IMS captures is tagged and actioned in the order written above — an order that is fixed in the name, immune to whoever owns the company this quarter, and outranks any executive's preference for a different priority on a difficult day. People are first. They stay first.
We have watched too many organisations chase the fourth letter directly. It never works. Take care of the first three in their order — the fourth follows along behind, like the tail of a cat.
One source. One touch. Total trace.
Every variable lives in exactly one place — defined once, touched once, referenced everywhere. Every change is logged with who, when, and why; if a value moves, every downstream form that depended on it is alerted before the change can be saved. No version 2 of the truth. Only the truth, and the trail of how it got that way.
One platform. One event. Three views.
Every hazard, every shift, every incident is the same object in different states — planned, actual, deviated. The IMS stops treating them as separate forms in separate folders and starts treating them as one register the contract drives end-to-end.
And you run only the modules the work demands — switch off what a contract doesn't carry, keep what it does. Because every view is a projection of one event stream, the platform is built to take data straight from the software you already run, folded into the same spine and the same audit trail as if your own crew had entered it. An integrated system that shapes to your operation — not the other way around.
Three ways to see it.
One stream. Every view a function of it.
Enter a fact once and it appears everywhere it belongs — and the record can't quietly disagree with itself. The platform, explained.
Explore the platform → The antidote to sprawlFrom the depths, to your fingertips.
Most management systems bury what matters. One stream, cached locally, answers in plain language — cited, or honestly refused.
See findability → Live demonstrationsWatch the software think.
A stochastic spill ensemble racing a coastline. A planning loop drawing itself. A day compressing into a signed report. All live in your browser.
Watch it move →From steady state into the worst day.
Twenty-two years of evidence on the prevention side is one half of the story. The other half is what happens when prevention runs out — when the spill, the man overboard, the collision, the blowout actually arrives. Pear EM picks up there: same data model, same org catalogue, same locations, every shred of context the Incident Commander needs already on the screen. The first hour stops being information-starved.
The daily heartbeat
Risk register, daily progress, incident log, CAPA. Knows who's where, doing what, with which controls in place, against which contract, every shift, every day.
pearmanagementsystems.comICS & Oil Spill Response
An NIMS-aligned Incident Command System for offshore emergencies. Pre-populated from Pear MS the moment the IC opens an incident:
- ICS 201 (Incident Briefing) auto-filled with location, activity, personnel and known hazards from the live RA register
- ICS 203 / 207 (Org Assignment) seeded from the IMS org catalogue and on-shift roster
- Stochastic worst-case-discharge (WCD) trajectory modelling for the OSRP — a full weather ensemble, not a single run, mapping where a worst-case spill could reach, its timing, and which shorelines are exposed
- Area Contingency Plan integration and regulatory footing for OPA 90 / BOEM §254.47 / NCP compliance
- Action timeline writes back to Pear MS as a closed-loop AINM with full ICS evidence trail
When a blade breaks over water, we can tell you where the sea takes it.
A blade failure puts a floating debris field on the move. Pear models where it can credibly go, which shorelines are in play, and how soon, as probability envelopes on the same operating picture the response runs on. Prepared per farm before anything happens, re-run live on current weather when it does, and tested against the one real-world event with a known outcome.
See the capability → Broken-blade trajectory modeling
Built from 2,000 turbines.
This system isn't speculative. It draws on more than two decades of hands-on experience across major UK, Continental European and US East Coast offshore wind installations, the same projects that built the industry. Every design rule the IMS enforces is grounded in what working those projects taught us, not in a feature checklist.
Module-by-clause map for auditors → ISO Alignment Detail
Ready to put your safety data to work?
Whether you're a contractor with a decade of forms in folders or a client asking for an audit-ready record from day one, we'd like to hear what your current system can't tell you.
Tell us your sector and the question your current system can't answer.
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