AirCert AI™ Airworthiness Certification Engineering Copilot
Requirements. Compliance. Verification. Evidence. Traceability.
Turn certification requirements into structured plans, engineering artefacts, verification activities and traceable evidence.
- Requirement
- Compliance
- Verification
- Evidence
- Review
What is AirCert AI?
AirCert AI is an Airworthiness Certification Engineering Copilot by Gamyaa AeroSystems that assists aerospace and defence teams with certification requirements, planning, compliance matrices, engineering documentation, verification activities and traceable certification evidence.
An AI-assisted certification engineering platform.
AirCert AI — in one sentence
AirCert AI is Gamyaa AeroSystems' AI-assisted engineering copilot for airworthiness certification planning, compliance evidence and verification traceability.
- Made by
- Gamyaa AeroSystems, Bangalore, India
- Does not
- Certify products or replace certification authorities
- Status (October 2026)
- Planned · not released
The problem
Strong engineering, slow certification
Aerospace and defence MSMEs often have strong design and manufacturing capability but face delays in certification because the airworthiness process is documentation-heavy, standards-intensive and difficult to trace across requirements, verification and evidence.
AirCert AI helps structure and accelerate certification preparation while keeping engineering and authority decisions under human control.
Built to assist
- MSMEs
- Engineering teams
- Certification engineers
- Safety engineers
- Design organisations
- Quality teams
- System architects
Intelligence layers
Planned capabilities
Requirements
Status: Planned01
Requirements Engineering Copilot
- Technical requirements
- Functional requirements
- Environmental requirements
- Operational requirements
- System requirements
- Customer requirements
02
Airworthiness Requirements Intelligence
- Applicable certification framework
- Product and system type
- Applicable military / aerospace standards
- Customer requirements
Every recommendation shows source, revision, clause, rationale and engineer verification status.
05
Technical Specification Intelligence
- Technical specification requirements
- Interface requirements
- Architecture requirements
- Hardware / software requirements
- Performance requirements
- Environmental requirements
Safety
Status: Planned03
Safety Engineering Intelligence
- Hazard identification
- Safety requirement generation
- Failure-condition classification support
- Functional Hazard Assessment (FHA) support
- PSSA and SSA support
- Safety objectives and traceability
Human review is mandatory.
Certification basis & planning
Status: Planned04
Airworthiness Certification Criteria
- Certification criteria
- Compliance criteria
- Applicable clauses
- Means of compliance
- Required evidence
06
Type Approval / Certification Basis Builder
- Proposed certification basis
- Type approval basis
- Applicable standards
- Means of compliance and rationale
- Certification assumptions
Prepares a proposal for authority review. It does not imply authority approval.
07
Airworthiness Certification Planning
- Certification scope and basis
- Applicable requirements
- Compliance matrix
- Means of compliance
- Evidence and test requirements
- Milestones, roles and review gates
- Open issues
A living project workspace, not a document generator.
Engineering documentation
Status: Planned08
Engineering Document Intelligence
- Design documents
- System requirements and architecture
- Interface documents
- Hardware and software design documents
- Engineering specifications
- Configuration and certification documents
Every generated section preserves traceability to its source requirement.
Quality, qualification & acceptance
Status: Planned09
Quality Assurance Plan
- Quality assurance plan
- Quality checkpoints
- Acceptance criteria
- Review gates
- Evidence requirements
10
Qualification Test Plan
- Qualification strategy
- Test matrix
- Environmental test planning
- Requirement-to-test mapping
- Acceptance criteria and evidence planning
11
Qualification Test Procedures
- Procedures and preconditions
- Equipment
- Test steps and data capture
- Pass / fail criteria
- Evidence mapping
12
Acceptance Test Plan & Procedures
- Acceptance test planning
- Acceptance criteria
- Test cases and procedures
- Approval evidence
Traceable recommendations
Every suggestion shows its source
Equipment shall operate within specification from −40 °C to +70 °C.
- Source
- Customer environmental specification
- Revision
- Rev C
- Clause
- 4.3.2
- Rationale
- Installation zone and mission profile in the product definition
- Engineer verification
- Awaiting engineer review. Not yet applied to the certification basis.
Evidence & change
From compliance matrix to closure
Compliance Matrix
Status: PlannedFor every certification requirement: applicability, source, clause, means of compliance, owner, required evidence, verification status, approval status and authority comments.
Certification Evidence Graph
Status: PlannedAirworthiness requirement through design, safety, verification, test, result and evidence to compliance finding and approval, as one connected record.
Certification Evidence Readiness
Status: PlannedShows how much of the evidence is mapped, assigned, available and internally approved. It never shows a percentage of certification.
Document Completeness Checker
Status: PlannedIdentifies missing documents, outdated or incomplete evidence, conflicting revisions, missing approvals and unmapped requirements.
Authority Comment Resolution
Status: PlannedComment → Owner → Response → Evidence → Closure, tracked for every comment raised in review.
Change Impact Analysis
Status: PlannedWhen a design changes, identifies potentially affected requirements, safety analyses, test plans, design documents, qualification evidence, FAI, manufacturing evidence and approval records.
Standard Revision Intelligence
Status: PlannedWhen standards or guidance change, shows which certification artefacts may require review. Human verification required.
| Requirement | Source · Rev · Clause | Means of compliance | Owner | Evidence | Verification | Approval | Authority comments |
|---|---|---|---|---|---|---|---|
| Operating temperature −40 °C to +70 °C | Customer environmental specification · Rev C · 4.3.2 | Qualification test | Test engineer | Qualification test report | Verified | Internal review pending | None |
| Recovery after power interruption | System specification · Rev B · 3.7 | Analysis + test | Systems engineer | Analysis report (draft) | In progress | Not started | 1 open |
| Loss-of-function failure condition classification | Functional Hazard Assessment · Rev A | Safety assessment | Safety engineer | FHA / PSSA records | Under review | Not started | Closed |
Certification evidence graph
- 01Airworthiness Requirement
- 02Design Requirement
- 03Safety Requirement
- 04Verification Method
- 05Test
- 06Result
- 07Evidence
- 08Compliance Finding
- 09Approval
Authority comment resolution
- Comment
- Owner
- Response
- Evidence
- Closure
- Requirements mapped
- 142 / 160
- Means of compliance assigned
- 118 / 160
- Evidence available
- 87 / 160
- Evidence approved internally
- 64 / 160
- Open authority comments
- 9
Readiness describes the state of the evidence. It is never shown as a percentage of certification. Figures are an illustrative example, not product or customer data.
AirCert AI™ + DAQIP™
Design assurance meets manufacturing assurance
AirCert AI covers design assurance and certification. DAQIP covers manufacturing assurance and quality. Connected, a certification requirement can be followed to the manufacturing characteristic, the inspection method and the FAI evidence that supports it, with human and authority review at the end.
See the engineering assurance threadQuestions
AirCert AI questions
What is AirCert AI?
AirCert AI is an Airworthiness Certification Engineering Copilot by Gamyaa AeroSystems that assists aerospace and defence teams with certification requirements, planning, compliance matrices, engineering documentation, verification activities and traceable certification evidence.
Does AirCert AI certify aerospace products?
No. AirCert AI assists certification engineering work such as requirements mapping, planning, documentation and evidence preparation. Certification decisions remain with the responsible engineers, the design organisation and the certification authority.
Who makes AirCert AI?
AirCert AI is being developed by Gamyaa AeroSystems, Bangalore, India.
Who is AirCert AI for?
Aerospace and defence MSMEs, engineering and design teams, certification and safety engineers, quality teams and system architects preparing products for airworthiness certification or type approval.
What problem does AirCert AI address?
Aerospace and defence MSMEs often have strong design and manufacturing capability but face delays in certification because the airworthiness process is documentation-heavy, standards-intensive and difficult to trace across requirements, verification and evidence. AirCert AI helps structure and accelerate certification preparation while keeping engineering and authority decisions under human control.
Is AirCert AI available today?
No. AirCert AI is a planned product. The capabilities described on this page are the intended scope and are not yet released.
How does AirCert AI relate to DAQIP?
AirCert AI covers airworthiness, certification and design assurance. DAQIP covers manufacturing, inspection, First Article Inspection and quality evidence. Together they are intended to connect a certification requirement to the manufacturing and inspection evidence that supports it.