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01 · In service

Live offshore today.

23months

live offshore

In continuous use on FPSO Tamara Elmina since October 2024.

99.9%

platform uptime

NoteOpX’s own uptime offshore — not the vessel’s production.

12k

equipment records

Each one with its place, its risk rating and its history.

1

licence renewed

Century Energy chose to renew after the first term.

Our reference is FPSO Tamara Elmina, operated by Century Energy. Ask us and we’ll arrange a call.

The evidence

Watch it at work on board.

Real product film from the FPSO Tamara Elmina twin, a live model of the vessel. You’ll see every tagged item coloured by its health, a high-priority work order on the gas compression train, a hot-work permit with the isolation locked, and the impact counted in one place.

4 chapters · 18 seconds · no sound

FPSO Tamara Elmina · digital twin

Product film
01

Digital twin. Every tagged asset on the hull, coloured by its health.

Connects to what you already run

SAP S/4HANAPM · EAM · MM · FICO
Oracle EBS / FusionEAM · SCM
IFS CloudMaintenance · ERP
IBM MaximoEAM
Infor LN · M3EAM · ERP
Microsoft D365F&O
AVEVA PI SystemHistorian
OPC-UA / MQTTField IoT

02 · The Signal Stack

How an asset speaks.

Ask a veteran technician how they knew the pump was about to fail and you get three answers: what it did before, what it’s doing now, what it will do next. The best add a fourth — what we’re going to do about it. NoteOpX answers all four for every tagged item, every hour.

  • 01

    History alone is a legacy CMMS — a record of what already broke.

  • 02

    Condition alone is a sensor dashboard that forgets last month.

  • 03

    Prediction alone is a forecast with nothing to check it against.

The asset speaks on three channels

The platform answers on one

04 · One vibration · Step 1 of 4

Spot it, trace the knock-on

Gas compressor 27-K-1201 starts vibrating more than usual. Follow it to every team it touches.

The compressor starts to drift

Day 0 · 03:12 · sensor data

Vibration on gas compressor 27-K-1201 creeps outside its usual range. Nobody had to notice it or write it up.

Checked against the whole fleet

Day 0 · 03:14 · failure prediction

Its failure risk is rising — measured against how the same machines have failed across the fleet.

Its neighbours are flagged too

Day 0 · 03:14 · the digital twin

The scrubber upstream and the cooler downstream are marked at risk too, and what to inspect is drawn up.

A finding becomes a work order

Day 0 · 07:40 · inspections · work orders

At the morning meeting, the integrity engineer confirms finding IF-0142 and raises the work order from it.

From sensor to accounts — nothing falls through.

05 · Intelligence

AI where it counts.

Built around AI from day one — not a copilot bolted onto a twenty-year-old system.

Ask in plain words; it answers from your own work orders, equipment, procedures and Experience Bank, and shows its sources. Every model learns from your own fleet’s failures and fixes.

SuggestPrepareAct

The autonomy gate: for each task, you decide whether the AI may suggest, prepare or act. Out of the box it only suggests — and safety-critical calls always stay with a person.

A technician in a yellow hard hat and safety glasses checking a smartphone on a work site.
safety-critical stays human
  • Copilot on your records

    Ask in plain words. It answers from your own work orders, equipment, procedures and Experience Bank, with sources shown.

    LIVE
  • Failure prediction

    Flags the machines across your fleet that are heading for failure, and learns from every job your crew closes.

    LIVE
  • AI maintenance planner

    Drafts the schedule, then asks the crew for their view before anything is locked in.

    LIVE
  • Meeting intelligence

    Catches the decisions and actions from each handover and files them on the record.

    LIVE
  • “What’s at risk before the next supply boat?”

    Three items are drifting out of their normal range, and two need parts that aren’t on board. Sources: sensor history, WO-26-09-04-0117 and an Experience Bank note on K-train bearings.

06 · What matters most

LIVE

Universal Criticality.

  1. 01

    One hierarchy. Site → plant → area → system → asset, and every P&ID tag links straight to its records.

  2. 02

    One criticality score. Scored 1–5 for safety, environment, production, finance and reputation, then multiplied by redundancy: is there a backup?

  3. 03

    Not just equipment. The same model scores people (MCI) and spares (MatCI) — the only authorised electrical person on site, the seal only one supplier makes.

A

Critical

4.0 – 5.0

B

High

3.0 – 4.0

C

Standard

2.0 – 3.0

D

Low

1.0 – 2.0

E

Minimal

< 1.0

One band per item, shared by every team. Change a score and everything that uses it re-ranks.

Seawater Lift Pump P-4501A

One of a pair feeding fire-water and cooling. Lose the backup pump and its risk jumps — and so does the watch kept on it.

FactorWeightScore 1–5
Safety0.30
Environmental0.25
Production0.20
Financial0.15
Reputational0.10

Redundancy R · is there a backup?

3.50 × 0.6 = 2.10

Band C · Standard

Calendar maintenance is enough

Change the band and inspections, spares and jobs follow

LIVE
  • RBI inspection dates move to match the new risk
  • How many spares you keep on the shelf changes
  • Jobs move up or down the crew’s queue
  • After time offline, the most critical records sync first

07 · Markets

Five markets. One model.

Whether you run a platform, a plant, a power station, a mine or a port, you get the same hierarchy, criticality score and record. Only the weighting changes: safety leads upstream; production leads in power and discrete manufacturing.