AI for continuing airworthiness

AI that shows its work.

For the CAMO that wants the speed of AI and still answers for every result.

An AI in the CAMO can only be made ready by a CAMO with AI.

A system built for the CAMO desk

Continuing airworthiness runs on records, rules and responsibility. Our AI works through all three. It reads the records, applies the rules one narrow question at a time, cites its source for every result and leaves every decision to a qualified person.

Nothing reaches your records until a named person has approved it. That is what makes it usable in a CAMO.

Small specialised agents

One agent per parameter applies strict logic to one narrow question and cites its source. A final step combines the answers with minimal reasoning.

Redundancy

Where the risk calls for it, independent checks answer the same question. Only matching answers pass; disagreements go to an engineer.

Human approval

A named person approves every step before anything reaches your records. Every change is logged per user.

Closed environment

Your data stays in your workspace under EU data protection and is never used to train models.

Start where you are

Four layers, each working on its own. Each one adds data, logic and write access to the one before it.

Layer 1

Observer

A regulatory copilot for individual users

Ask questions about regulations, AMC/GM and aviation law, and draft CAME sections and procedures. Every answer comes from a knowledge base that stays up to date for your region, and cites its source.

Ready as an MVP.

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Details

For

Individual users: engineers, auditors and managers.

Delivered

A closed copilot that works beside one person, not inside your IT landscape.

Status

Ready as an MVP.

What it does

  • Answer regulatory questions with the source paragraph attached
  • Draft CAME sections and procedure text for your review
  • Answer questions about contracts you upload, in the context of transport, contract and customs law
  • Watch for new ADs on the fleet types you select

What it writes

Nothing. Layer 1 has no access to company or aircraft records.

  • No access to aircraft or company records
  • No data entry and no write access
  • No training on your data

How it works

Inputs

  • Regulations and AMC/GM
  • Selected laws: transport, contract, customs
  • Your own uploads

Processing

  • Retrieval over a shared knowledge base
  • A small personal memory per user

Outputs

  • Answers with sources
  • Draft CAME and procedure text
  • AD watch by fleet type

Users

  • Individual users

Trust and compliance

  • Closed environment: your uploads stay in your own memory
  • EU data protection
  • Every answer cites its source, so you can check it

Layer 2

Review

Records review for aircraft transitions

Review one aircraft’s records for compliance and receive the findings as comments in an Open Item List.

Product · In operational tests, expected Q1 2027.

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Details

For

Lessors, operators and transition teams.

Delivered as product

Our first market product, for transitions. It changes no aircraft data.

Status

In operational tests, expected Q1 2027.

What it does

  • Support aircraft transitions with a structured records review
  • Check status lists and records for compliance
  • Answer questions on the reviewed aircraft’s records

What it writes

Comments only. Layer 2 does not change records.

  • Single aircraft per assignment
  • No data entry and no write access to records

How it works

Inputs

  • Aircraft records, including DFPs and status lists

Processing

  • Status lists held as structured data
  • Compare records with status lists

Outputs

  • Answers
  • Findings as comments in an Open Item List

Users

  • Lessor and operator teams
  • Work assigned per aircraft by the company

Trust and compliance

  • Every finding points to the record it relies on
  • Compliance findings stay traceable to the record
  • Your records stay in a private workspace
  • Built to fit EASA’s AI trustworthiness framework (NPA 2025-07)

Layer 3

Operation

A system of record that evaluates and documents compliance

Decision pipelines work through CAMO tasks one parameter at a time. A person approves every step before anything reaches the database, which then drives work orders and task cards. User interfaces are flexible and state of the art.

Product · Trials and demo from Q2 2027. Release after EASA Part-AI is published.

Details

For

CAMOs and operators.

Delivered as product

Software your team works in, with training and AI procedures written into your CAME. It runs alongside your current ERP during the transition.

Status

Trials and demo from Q2 2027. Release after EASA Part-AI is published.

What it does

  • Evaluate CAMO tasks parameter by parameter, with sources
  • Verify status lists before they enter the database
  • Generate work orders and task cards and assign them to work packages
  • Keep OEM manuals up to date in the knowledge base
  • Flexible, state-of-the-art user interfaces

What it writes

Approved entries only, each logged against a named user.

  • Only an Approver can release an entry to the database
  • Every change is logged per user
  • No learning on your data

How it works

Inputs

  • Live records through interfaces
  • Updated OEM manuals, where permitted
  • Regulatory data

Processing

  • One small agent per parameter, strict logic
  • A combining agent with minimal reasoning
  • Human approval at every step

Outputs

  • Evaluated database entries
  • Work orders and task cards
  • Work-package assignments

Users

  • Engineers
  • Approvers
  • Quality

Trust and compliance

  • Each result carries its justification and citation
  • One agent per parameter shows an error at the step where it arises
  • Redundant checks can be added where the risk calls for it
  • Built to fit EASA’s AI trustworthiness framework (NPA 2025-07)

Layer 4

Fleet Manager

Fleet-wide engineering and planning from one database

The Operation layer across your whole fleet. Fleet tasks are generated from approved database entries and pass through the same pipelines and approvals.

Product · Expected Q2 2028. Depends on investment.

Details

For

Fleet and reliability engineering.

Delivered as product

Software your team works in. It builds on Layer 3.

Status

Expected Q2 2028. Depends on investment.

What it does

  • Prepare engineering orders from approved fleet data
  • Support the reliability programme with fleet-wide evidence
  • Plan fleet tasks and modification campaigns
  • Track fleet-wide compliance in one place
  • Flexible, state-of-the-art user interfaces

What it writes

Fleet-wide entries, approved by a named user.

  • Builds only on approved database entries
  • Every fleet task passes human approval
  • Every change is logged per user

How it works

Inputs

  • Approved entries for every aircraft in the fleet database

Processing

  • Fleet pipelines with human approval
  • Tasks generated from the database

Outputs

  • Engineering orders
  • Reliability reports
  • Fleet tasks and campaign plans

Users

  • Fleet engineering
  • Planning
  • Reliability

Trust and compliance

  • Fleet tasks trace back to approved entries
  • Human approval before any task is issued
  • Closed environment under EU data protection
  • Built to fit EASA’s AI trustworthiness framework (NPA 2025-07)

Compliance

Aligned with EASA’s AI trustworthiness framework

EASA’s NPA 2025-07 proposes a generic AI trustworthiness framework for aviation. Approved organisations such as Part-CAMO are within its scope.

Our design follows its main elements: risk assessment before use, human oversight, explainability, error management and in-service monitoring.

Sources: EASA, NPA 2025-07 · EASA, AI Concept Paper, Proposed Issue 3

  1. Q2 2027, plannedStep 2 NPA links the framework to domain rules, including airworthiness.
  2. 3 Jun 2026AI Concept Paper, Proposed Issue 3, released for comment.
  3. 10 Nov 2025NPA 2025-07 published: the first EASA proposal for a generic AI trustworthiness framework.

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