Hosted intelligence
- Platform on-prem
- Outbound request
- Hosted model / service
- Result returns
Internet dependency remains
Sovereign Deployment
Air-gapped platform.Air-gapped intelligence.
Run the platform, data operations, models and inference entirely inside your perimeter. No prompt, operational record or retrieval query needs an outbound runtime path.
- Zero egress
- Inference on your GPUs
- Weights inside
- Signed offline updates
Operator-controlled perimeter
Zero data egress- Applications / Operations
- Agentic Intelligence
- Data + Platform
- Models + Inference
- Your Infrastructure + GPUs
External · signed offline artifact
Security validationApproved import
If the internet link is cut,nothing should change.
An on-premises install is not truly air-gapped if inference, retrieval, telemetry or licensing still depends on a hosted endpoint.
Air-gapped intelligence
- Platform
- Data
- Retrieval
- Models
- Inference
No outbound runtime dependency
Everything that matters staysinside the perimeter.
Operational modules, shared context, orchestration, models and inference can all run inside the same operator-controlled boundary.
Sovereign AI
The platform stays inside.The intelligence does too.
Sovereignty is not only about where the application runs. Models, weights, retrieval context and inference can remain inside the environment you control.
- Local inference
- Inference runs on infrastructure you control.
- Weights inside
- Models do not need to be fetched from a vendor endpoint.
- Local grounding
- Retrieval works against topology, inventory, incident history, MOPs and operational documentation inside the boundary.
- Model choice
- Run operator-approved local models rather than depending on one public API.
On-premises is a location.Sovereignty is an operating model.
Platform on-prem
- Modules local
- Hosted model dependency possible
- Outbound runtime path may remain
Sovereign on-prem
- Platform local
- Models, inference and retrieval local
- Controlled update path
Air-gapped
- Everything local
- No outbound runtime dependency
- Offline controlled update process
Updates cross the boundary.Runtime does not.
Platform and model updates move through your security and change process rather than being silently pulled by production systems.
Controlled artifact import
- 01
Signed artifact
- 02
Security validation
- 03
Non-production staging
- 04
Change approval
- 05
Import
Approved artifact crosses the perimeter once it passes your controls.
Runtime traffic stays inside; production does not call out.
Sovereignty changesthe operating model.
Updates arrive on your cadence
You choose when new model and platform packages enter the environment.
Local capacity matters
GPU and infrastructure sizing become part of the deployment plan.
Your corpus needs curation
Local intelligence improves with usable operational history and documentation.
Support needs a controlled path
Diagnostics leave only through the procedure your organisation defines.
Seen in production
Proved where the datacould not leave.
Service Assurance · India
AI-Powered RAN Fault Management, Delivered Fully On-Premises
Tier-1 mobile operator, India · 100% On-Premises
- ~60%
- Less alarm noise
- ~50%
- Faster MTTR
Indicative expected outcomes; see study for scope and qualifications.
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AI-Powered Network Change Management, Simulation-Led and Governed
Tier-1 mobile operator, India · 100% On-Premises
- ~30%
- Faster MOP cycle
- ~20%
- First-time-right improvement
Expected outcomes; see study for scope and qualifications.
Bring your deploymentconstraints first.
Tell us what cannot leave, where inference must run, how updates are approved and what your security team needs to inspect. We’ll map the architecture around those boundaries.