A Defence AI OS, not a product you install
An operating system is judged by what runs on top of it. Ours carries data from any sensor to any command system, runs reasoning on that data in place and keeps the picture current whether or not an exercise is happening.
Why an OS and not a platform tool
Military AI capability cannot be procured off the shelf. It has to be grown inside a force through continuous operation. Capability that only appears during an exercise decays the moment the exercise ends.
IAM RAIN owns the corridor through which external capability reaches NATO C2. That is an architectural position, not a product feature. It makes us a load bearing part of the operating picture rather than one more supplier in a queue.
Continuous operation between exercises is what turns a demonstration into a standing capability. That is the part of the work that does not show up in a demo.
Architecture overview
Text equivalent
Four horizontal bands, top to bottom. Edge: sensors, UAVs, vehicles, IoT, 5G and NTN links. Fabric: streaming, storage and sovereign object store. Reasoning: confidential inference, retrieval-augmented grounding, agent orchestration and vector search. Output: C2, CRC, CAOC, TAK/ATAK, WebTAK. A fifth band cuts across all four: identity and access, role based access, Kubernetes native deployment and the platform console.
The three pillars
Data Fabric
Ingress standards, streaming, storage and the connector library that carries sensor data into the platform.
Agentic AI Layer
Orchestration, retrieval-augmented grounding and confidential inference that turn raw data into operationally relevant output.
Digital Nervous System
Real time awareness, multi-site operation and degraded-link behaviour that keep the picture live.
What this replaces
| The usual route | With the Defence AI OS |
|---|---|
| Bespoke point to point connections per vendor | One fabric, one connector library |
| Capability appears for the exercise, then stops | Continuous operation between exercises |
| Data leaves sovereign control | Sovereign compute, air gapped deployable |
| Programme timelines measured in years | New capability reaching C2 in days |