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Secure On-Premise AI

Private AI deployment in your cloud or on-prem infrastructure when data privacy, compliance or latency makes public APIs unsuitable.

What it is

Self-hosted AI infrastructure — models, retrieval and orchestration inside your boundary, with no data leaving your environment.

Best for

  • Regulated industries (finance, healthcare, legal, government)

  • Sensitive internal data

  • Latency-critical workloads

  • Air-gapped environments

  • Sovereignty and data-residency requirements

Outputs

  • Private LLM deployment (open or licensed models)

  • VPC / on-prem architecture

  • Access control and audit layer

  • Performance-tuned inference stack

  • Compliance-aware operations runbook

What We Build

Private model deployment

Open-source or licensed models hosted in your cloud or on-prem — no third-party APIs.

Isolated architecture

VPC-isolated or air-gapped, with data never leaving your boundary.

Access and audit

Role-based access control and per-request audit logs for compliance and forensics.

Performance tuning

Inference stack tuned for predictable latency, throughput and cost on your hardware.

How It Works

  1. Step 01

    Discovery

    Assess data-control, compliance, latency and throughput requirements.

  2. Step 02

    Architecture

    Choose models, hardware, isolation model and access / audit approach.

  3. Step 03

    Prototype

    Deploy in a controlled environment, validate performance and compliance posture.

  4. Step 04

    Production

    Roll out inside your boundary, operate and tune, extend to more workloads.

FAQ

Which models do you use?

Open-source models (Llama, Mistral, Qwen, Gemma and their fine-tunes) or licensed models that support private deployment. Choice depends on the task, latency budget and licensing constraints.

Can you deploy fully air-gapped?

Yes. We've deployed inside networks with no external connectivity, including model updates through controlled offline pipelines.

What about GPU cost?

We size hardware to actual workload, tune inference (quantization, batching, KV cache) and, where relevant, blend smaller specialized models with a larger fallback to control cost.

Do we get the same quality as frontier APIs?

For many enterprise tasks — retrieval-grounded Q&A, extraction, classification, structured agents — a well-deployed open model reaches quality comparable to frontier APIs. We measure it on your data, not on generic benchmarks.

Have a workflow this service could improve?

Book a technical call. We'll review your workflow, data, integrations and constraints, then recommend what is worth prototyping.