Defence & Aerospace

API Design & Integration for Defence & Aerospace

API Design & Integration for defence & aerospace, built around the constraint that defines the sector: systems must run fully air-gapped, on open weights, with no external dependency whatsoever.

Regulations in scope
4
Systems we integrate
4
Typical first release
6 weeks

What changes when it is defence & aerospace

Idempotency keys on every write endpoint prevent the duplicate-charge class of bug entirely. It is a small amount of work that removes an entire category of incident.

In defence & aerospace, systems must run fully air-gapped, on open weights, with no external dependency whatsoever. That single fact reshapes how api design & integration has to be built here, the guardrails, the approval points and the evidence trail are design inputs rather than things bolted on before go-live.

The workload we are most often asked to take on first is maintenance prediction, usually integrated against simulation platforms. We start from the constraint, not the capability, what the system must never do, who signs off, and what happens when it is wrong.

Built by engineers who ship production systems, not by a practice that subcontracts the build. We hand over with runbooks, tests and a team that knows how it works, not a dependency.

The sector constraints we design around

Defining constraint
systems must run fully air-gapped, on open weights, with no external dependency whatsoever
Regulations in scope
security clearance requirements · indigenous content norms · export control · classified handling procedures
Systems of record
classified networks · logistics systems · simulation platforms · sensor systems
Where we usually start
document intelligence on classified material

API Design & Integration workloads in defence & aerospace

  • document intelligence on classified material
  • imagery analysis
  • logistics and inventory optimisation
  • maintenance prediction
  • training simulation support

What is included

  • OpenAPI specification written before the implementation
  • Versioning strategy that does not break consumers
  • Authentication, scopes and rate limiting
  • Webhooks with retries and signature verification
  • Idempotency on every state-changing endpoint
  • Generated documentation and a sandbox

Questions from this sector

Can it work fully offline?

Yes, open-weight models on local infrastructure, with no external API calls at any point in the pipeline.

What about indigenous requirements?

Open-weight models deployed on Indian infrastructure with source-available components satisfy most indigenous content criteria; we structure builds accordingly.

REST or GraphQL?

REST for partner-facing and public APIs where caching and simplicity matter; GraphQL where a first-party client needs flexible, varied queries. Most systems end up with both, used deliberately.

Do you document it?

Generated from the OpenAPI specification, with a working sandbox. Documentation written by hand and separately always drifts.

Can you integrate with legacy SOAP systems?

Yes, usually by wrapping them in a clean modern interface rather than exposing the legacy contract onward.

API Design & Integration for defence & aerospace, worth a conversation?

Tell us the workload and the regulation it sits under. We will tell you what is realistic.

Or email bd@dtrasglobal.com · call +91 74118 77878