Local & Private LLMs

For organizations that cannot send proprietary or personal data to a third-party API, we design, fine-tune, and operate large language models on infrastructure you control — on-premise, in a private cloud, or air-gapped.

Overview

Public LLM APIs are fast to adopt but come with data-residency, confidentiality, and cost trade-offs that many regulated organizations cannot accept. We build the alternative: open-weight models selected, fine-tuned, and optimized for your specific use case, running on hardware you own or lease, with full visibility into every input and output.

Common challenges we address

  • Contractual or regulatory restrictions on sending data to external AI providers
  • Unpredictable per-token costs at production scale
  • Latency requirements that a shared public API cannot guarantee
  • Need for a model fine-tuned on internal terminology, documents, or processes

What we deliver

  1. 01

    Model selection & benchmarking

    We evaluate open-weight model families against your accuracy, latency, and hardware-cost requirements before committing to an architecture.

  2. 02

    Fine-tuning & retrieval pipelines

    We adapt base models to your domain using fine-tuning, retrieval-augmented generation, or both, depending on how your data changes over time.

  3. 03

    Inference infrastructure

    We size and configure the GPU or accelerator infrastructure needed to serve your expected load, on-premise or in a private cloud.

  4. 04

    Monitoring & guardrails

    We put logging, evaluation, and output-filtering in place so the system stays observable and safe after we hand it over.

Outcomes

  • Sensitive data never leaves your network boundary
  • Predictable infrastructure cost instead of variable per-token billing
  • A model tuned to your terminology, not a generic public assistant
  • Full audit trail over every prompt and response

Considering a private LLM deployment?

We can review your data constraints and current stack, then tell you honestly whether a local deployment makes sense for your case.