PRIVATE AI ENGINEERING · AEROSPACE & DEFENCE

Engineering AI.
Under Your Control.

AERGIDE gives aerospace and defence engineering teams a controlled environment for AI agents working with approved project knowledge, specialist engineering workflows and customer-selected models. Your engineers remain in control of every decision.

01 — What You Actually Get

Engineering Workflows
Grounded in Your Knowledge.

AERGIDE is built to support engineering work with evidence, explicit controls and qualified human review — not autonomous approval.

01 / CHANNELS

Requirements & Traceability

Retrieve authoritative requirements, identify possible ambiguity or conflicts, and prepare draft traceability artefacts with links to source evidence.

02 / MEMORY

Engineering Knowledge Vault

Search approved project documentation, decisions and engineering references with explicit read/write roles, provenance and controlled updates.

03 / COST CONTROL

Controlled Runtime

Run agent workflows against customer-selected model endpoints, with deployment and network policies defined by the customer environment.

02 — The Implementation Process

From Engineering Bottleneck
to Measurable Pilot.

Start with one bounded workflow, agreed success criteria and a deployment architecture approved by your technical and security owners.

STEP 1

Engineering Workflow Discovery

Map the requirements, review or knowledge-retrieval workflow, authoritative sources, data boundaries and measurable baseline.

STEP 2

Bounded Technical Pilot

Configure one engineering workflow using approved data, selected model endpoints, explicit permissions and an evaluation set.

STEP 3

Engineer Review & Handover

Measure results with engineers, document limitations, train users and define the production support model.

03 — Commercial Engagement

Start with a Paid Pilot.
Scale What Works.

Engagements are scoped to the workflow, deployment constraints, integration effort and acceptance criteria. Final pricing follows discovery.

After Pilot Validation

Production Platform

For teams converting a successful pilot into a supported engineering platform deployment.

Annual licence + managed support
  • Deployment: Agreed environments, users and model endpoints.
  • Engineering Vault: Controlled retrieval over approved project knowledge.
  • Knowledge Packs: Versioned engineering workflows and evaluation assets.
  • Governance: Defined roles, data lifecycle and human approval gates.
  • Lifecycle: Release updates, operational reviews and agreed improvements.
  • Support: Annual platform licence and separately scoped managed support.
Discuss Production

04 — Deployment Profiles

Connected or Restricted.
Within Your Approved Boundaries.

Select a deployment profile based on your security architecture. Restricted deployments are offered only after platform validation and customer security review. No certification or absolute-isolation claim is implied.

01 / ISOLATION

Explicit Network Policy

Network boundaries and permitted endpoints are defined, tested and documented for the deployment. The current controls do not constitute a certified air-gap and do not by themselves eliminate corporate LAN access.

02 / LOCAL MODELS

Customer-Selected Models

Connect approved local or remote inference endpoints. Model placement, telemetry and data handling are reviewed with the customer security owner.

03 / COMPLIANCE

Integrity & Governance

Knowledge Pack manifests support integrity verification and read-only mounting. They are technical controls, not a certification or compliance guarantee.

Discuss Deployment Architecture

Ready to modernise engineering workflows?

Bring AI into Engineering.
Keep Engineers in Control.

Discuss one requirements, systems-engineering or technical-knowledge workflow. We will assess the data boundary, deployment constraints and whether a measured pilot makes sense.