Aerospace and defence
Repetitive defects, caught before the next AOG.
The same intermittent fault comes back after every reset or part swap. Synsa remembers what cleared it last time, on any tail and any platform, and runs fully air-gapped.
Built for air-gapped and export-controlled environments.
What your teams live with
- The same intermittent fault comes back after every reset or part swap.
- Units return from the shop serviceable, with the same fault still inside.
- A corrective action on one fleet rarely reaches the next.
Two records, one shape
Illustrative exampleSynsa brings back the 2025 entry and the unit change that cleared it, before the next reset.
Where Synsa reads from
- Tech logs
- AMOS
- TRAX
- IFS Maintenix
- Defect control systems
- Workshop and depot reports
- Reliability reports
- NCRs
- FRACAS records
What you measure
- Repetitive defects
- AOG events
- No-fault-found removals
- Dispatch reliability
- Mission-capable rate
- Time to root cause
Estimate your return
What repetitive defects cost your engineers today.
Estimate only, using your numbers. Assumes a case matched to an earlier one is resolved in half the time, and 140 working hours per analyst per month. In the first week we measure your real figures and agree the baseline with you.
From pilot to payback
Six weeks inside your network. Then it keeps running.
- Week 1
Connect
Read-only links to tech logs and your maintenance system, on hardware inside your network. Baseline KPIs agreed and signed.
- Weeks 2–3
Learn
Cleared defects become Traces. Synsa finds the faults that repeat across tails and platforms. Your engineers confirm them.
- Weeks 4–6
Run
Every new tech log entry is checked against confirmed patterns. Engineers see the earlier defect and what cleared it.
- Week 6
Prove
Return-on-investment readout against the baseline, signed by both sides. The memory keeps running.
Context: At least 50% of generative AI projects were abandoned after proof of concept (Gartner, 2026).
Questions we hear
- Can Synsa run in an air-gapped environment?
- Yes. Synsa installs as one signed package and works without internet. Updates arrive as signed packages that your team brings in.
- How does Synsa help with repetitive defect management?
- Each cleared defect becomes a Trace with its shape, its records, its fix and the engineer who confirmed it. When a new tech log entry has the same shape, on any tail or platform, the earlier defect and what cleared it come back.
- Which maintenance systems does Synsa read?
- Tech logs, AMOS, TRAX, IFS Maintenix, defect control systems, workshop and depot reports, reliability reports, NCRs and FRACAS records. Access is read-only.
- Who decides whether a match is used?
- Your engineers. Every pattern is confirmed by your people before it is used, and every answer links back to its source records.
- Is Synsa suitable for export-controlled data?
- Synsa is built for air-gapped and export-controlled environments. Your data stays on your hardware and Synsa makes no outbound connection.
- What is a Trace?
- A Trace is one thing your company has learned: the shape of a problem, its facts, its fix and who confirmed it. Synsa uses Traces to recognise a problem when it comes back.