FMEA software for machinery OEMs

Every service call makes your next machine better.

Service reports, warranty claims and installed-base failures flow back to your design FMEA and service manuals. Every model of the class learns.

Days
to the first FMEA,setup in hours
8×
faster FMEA generationTop 20 Global OEM
100%
source-linkedevery row traces to its evidence

How it works, every week

Your design and service knowledge keeps itself current.

New evidence, matched

Service reports and warranty claims checked against your design FMEA as they arrive.

One short list a week

Your engineers get a short list, not a re-review.

Approve once, it reaches everything

Each approved change reaches every model of the same class.

Nothing changes without your engineer's approval. Every change versioned and sourced.

Where OEM knowledge scales

Extend engineering capacity from product design through field service.

Model-specific service content, ready to release

FMEA, troubleshooting and work instructions built from your design record.

Govern design-to-field feedback

Field findings linked to the design assumption they challenge.

Learn from the installed base, with customer boundaries intact

Field evidence used only within agreed customer and data boundaries.

Prioritize service and parts decisions

Failure and lead-time data drive service campaigns and stocking.

Control customer delivery

Your owners approve every statement before it ships under your brand.

Bound service integrations

Interfaces and variants mapped before any service platform connects.

For the team that owns lifecycle economics

Built for product, engineering, service, and aftermarket leaders.

For OEMs whose installed base is outgrowing engineering capacity.

Brownfield

Existing installed base

Field and warranty evidence sharpen one decision, then scale.

Greenfield

New machine models

A risk and service baseline from design data, refined from the field.

Standards supported

Built to the methods you already use.

Structured to IEC 60812 and ISO 12100, with the EU Machinery Regulation in view.

IEC 60812
ISO 12100
EU Machinery Regulation

FAQ

Machinery lifecycle and governance questions, answered.

No. Equipment is grouped by an OEM-approved class with model, duty, configuration, environment and customer-specific differences kept visible. Confirmed content becomes the baseline for comparable machines, and the responsible engineer confirms it applies before release.

Authorized service reports, warranty records and customer feedback are matched to the design assumptions they challenge. Tacit AI raises a change item, and your engineering-change process controls any DFMEA or design revision. Nothing changes without engineer sign-off.

IEC 60812 governs FMEA and FMECA, and ISO 12100 governs machinery risk assessment. Tacit AI builds the evidence your engineers need to meet both, faster, under your controlled process.

How you get there

One model this quarter. Every product family next year.

Start where the evidence is richest. Each system after starts ahead.

MONTH 1

Start with your model FMEA

Bring one model's service reports and design FMEA. Full FMEA in days.

MONTH 3

Service reports and claims flow in weekly

Your engineers approve each change once. Every model of the class updates.

YEAR 1

Every model on one standard

The list shrinks every month. The next design review is just another week.

Bring one model’s service reports.
See what your DFMEA is missing.

Your engineers judge the output. 30 minutes.

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