Aersynx
Organized aviation technical records and certificates
How it works

Follow one delivery report.

A 1,200-page binder for engine ESN 716341 lands in your inbox. Here is exactly what happens next — and why nothing becomes true until a person says so.

Most platforms would ask an analyst to read all 1,200 pages, re-type the numbers into a spreadsheet, and hope nothing was missed. Aersynx does the reading. A human does the trusting. Here is the whole machine, in one thread.

IngestProposeCommitRippleProve
01 · Ingest

The binder is read — every page, in minutes.

OCR built for aviation paperwork reads all 1,200 pages. The intelligence layer classifies them — Form 1s, work cards, the LLP delivery report, the borescope — so the binder stops being a wall of PDF and becomes structure.

aersynx / ingest · ESN 716341
OCR + classify
EASA Form 1 — release certificates14
Work cards061
LLP delivery report (back-to-birth)1
Borescope / inspection report3
1,206 pages classified · 0 written to a master record
02 · Propose

The AI proposes a draft — and stops.

The model extracts the LLP back-to-birth cycles into a draft and summarizes the shop visit. Read that again: a draft. Nothing has touched a master record. The AI is fast, but it does not get the final word.

aersynx / llp-draft · proposed
Draft — not committed
Stage 1 DiskP/N 1862M39
8,420 / 20,000 cyc
HPT DiskP/N 2055M71
12,610 / 20,000 cyc
Stage 2 DiskP/N 1499M55
16,940 / 18,000 cyc
extracted by AI · awaiting analyst review
03 · Commit

A CAMO analyst checks the chain — and signs.

The analyst opens the draft, checks the back-to-birth cycles against the Form 1, corrects one transposed digit, and approves. Only now does the master LLP record exist — with the analyst's name on it. That single rule is what makes everything downstream defensible.

aersynx / analyst review
Committed
Approved by M. Aydın · CAMO
back-to-birth verified vs. Form 1
draft → llp_parts
1 value corrected
04 · Ripple

One signature, and the whole fleet re-aligns.

The commit advances the engine's lifetime cycles. Remaining life recomputes from the single canonical formula. The forecast's next shop visit shifts. Deadline Horizon re-ranks — and that Stage 2 disk climbs the fleet hotlist before it becomes a surprise.

aersynx / deadline-horizon
Live
LLP
2101T31P01today
LDND
SYS-3301006d
HTC
C406-N21d
MEL
item 3430d
AD
2018-012342d
CERT
ARC review45d
LEASE
redelivery58d
OverdueApproachingOn track
Remaining life recomputed · forecast moved −4 months · Horizon re-ranked
05 · Prove

Six months later, the auditor asks. The answer is already there.

An auditor wants the basis for the remaining life you quoted. The record carries the linked Form 1, OCR complete, the AI summary, the analyst's sign-off, and an immutable audit-log entry — who did what, to which record, and when. The evidence was there before the question.

aersynx / audit-log · llp_parts/716341
Immutable
Linked EASA Form 1ocr_status: completed
AI summary attachedai_summary: present
Event typeshop_visit · allowed
Resolves to aircraftTC-AHZ · matched
Committed byM. Aydın · 12-Mar-2026
Evidence Doctrine satisfied · exportable
That's the machine

Documents in. Verified records out. The whole fleet, kept honest.

Every capability in Aersynx runs on this loop — read by AI, committed by a human, rippled through one model, and provable on demand. It is the same loop whether the document is a Form 1, an AD, a lease, or a part certificate.

Bring the workflow you're stuck on.

We'll run it through Aersynx with you — your documents, your aircraft, your audit.