Industrial AI co-pilot·80 modules·10 disciplines

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OpsPilot turns a guided conversation into an audit-ready engineering deliverable — grounded in ISO, OSHA, API, IOGP and AIChE standards.

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live · audit-traceable22 minconversation31 ppWord · .docx
Root Cause Analysis
Centrifugal Pump P-101A · Mechanical Seal Failure
RCA-01 · v1.0
1.0 Executive summary

P-101A tripped on high vibration at 03:47, 14 Sep. Inspection found a fractured mechanical seal and bearing housing scoring. The unit survived the failure on standby (P-101B) with no production loss.

Root cause was a misaligned coupling following the 11 Sep replacement of the inboard bearing, compounded by an incomplete post-job alignment check.

2.0 Timeline of events
TimeEventSource
11 Sep · 14:20Inboard bearing replaced under WO-44218.CMMS
11 Sep · 16:05Coupling re-fit. Alignment checked by feel only.Crew statement
14 Sep · 03:47High-vib trip, 11.8 mm/s peak, seal flush lost.DCS event log
14 Sep · 04:02P-101B started; production continuous.Shift log
3.0 Cause analysis (5-Whys + ICAM)
  • Absent defence: post-maintenance alignment was not on the work-order checklist.
  • Failed defence: seal-flush pressure low-alarm was set above the failure threshold.
  • Individual factor: crew under time-pressure to release the asset before nightshift.
  • Organisational: alignment tolerance not specified in the SWI; relied on crew judgement.
4.0 Corrective actions
#ActionOwnerDue
CA-01Add laser-alignment hold-point to bearing-replacement SWI.Reliability Eng.28 Sep
CA-02Re-set seal-flush low-pressure alarm to 1.2 barg.I&E Supervisor21 Sep
ISO 14224API 610ISO 31000
Download sample
Built for the whole plant.
Not just engineers.
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Every role that drafts, reviews, or signs off a plant deliverable.

0
specialist modules across 0 disciplines
0
international standards baked into prompts
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outputs traceable to a named standard
the partnership

A coach, not a replacement.
Your judgement is what makes the output yours.

you bring
  • Plant knowledge
  • Operating data
  • Engineering judgement
  • Signoff authority
opspilot brings
  • Standards mastery
  • Structured questioning
  • Plant-ready formatting
  • Audit traceability
together
  • Audit-ready deliverables
  • Defensible in court
  • Consistent across the site
  • Finished on Friday
how it works

Four steps. About twenty minutes.

The conversation does the structuring. You bring the plant facts; OpsPilot brings the codes and the format.

  1. 1

    Pick a module

    Search “what do you need to do today” or browse the 80 by discipline.

  2. 2

    Have the conversation

    Coached questions, one at a time. No blank-page paralysis. No prompt-engineering.

  3. 3

    Get challenged on standards

    “Where does this number come from? OEM manual? Internal spec? Industry standard?”

  4. 4

    Download your report

    Word document. Named-author block. Audit-ready. Yours to sign.
    Excel for Asset Criticality and FMEA — where the data table is the deliverable.

the proof · §5.5

Real reports. Real time saved.
Judge the quality yourself.

No customer logo wall. The proof is in the deliverable. Download a finished sample, take it to your auditor.

RCA · RCA-01

Root Cause Analysis · Pump P-101

without OpsPilot
2–3 days
investigator + reliability lead + scribe
Fragmented evidence, scribed meetings, redrafts.
with OpsPilot
22 min
ICAM, 5-Whys, traceable causes
31 pp · Word
ISO 14224ISO 31000
Download .docx
FMEA · FMEA-01

FMEA · Compressor K-201

without OpsPilot
3–5 days
facilitator + multi-discipline team
RPNs argued on a whiteboard, then scattered in a spreadsheet.
with OpsPilot
35 min
16 failure modes · S×O×D · live RPN ranking
3-sheet workbook · Excel
SAE J1739IEC 60812
Download .xlsx
SWI · SWI-01

Bearing replacement procedure

without OpsPilot
1–2 days
reliability + supervisor + OEM lookup
Copy-paste from OEM. No hold-points.
with OpsPilot
18 min
12 steps, JSA & LOTO referenced
14 pp · Word
OSHA 1910.147ISO 45001
Download .docx

// these are real reports OpsPilot has produced. authors removed. take one to your auditor.

industries

Plant-agnostic by design.

OpsPilot's modules are built around international standards, not a single industry's vocabulary. The codes travel — your plant's words slot in during the conversation.

  • 01Chemical processing
  • 02Water & wastewater
  • 03Mining
  • 04Oil & gas
  • 05Manufacturing
  • 06Power & utilities
  • 07Food & beverage
  • 08Pulp & paper
  • 09Pharmaceuticals
  • 10Dairy & food processing
standards

Every module cites its standard.
Your auditors will recognise the framework.

  • ISO 14224
  • ISO 31000
  • ISO 45001
  • ISO 9001
  • OSHA 1910.119
  • API 580
  • API RP 754
  • AIChE CCPS
  • SAE JA1011
  • SAE JA1012
  • IEC 61511
  • AS/NZS 4801