A local LLM and RAG on your corporate data
AI systems that answer from your internal documents, keep sensitive data inside the perimeter and give verifiable links to sources.
- What we build
- A RAG system on corporate documents: answers with citations, no hosted LLM in the loop.
- Who for
- Companies with a thousand or more internal documents, where confidentiality and verifiability matter.
- Stack
- Qdrant with bge embeddings, local LLMs (Mistral, Qwen), vLLM, Docker.
- Timeline
- Pilot in three to six weeks, production in two to four months.
- → You have a large body of documents, regulations, manuals or correspondence
- → You need answers with sources rather than free generation
- → The data cannot go to public AI APIs
- → You need access roles and an audit trail of queries
- → Document indexing, chunking, embeddings and vector search
- → A RAG pipeline with source citation and hallucination control
- → On-premise or private cloud deployment
- → An API for integration with your portal, CRM, bot or helpdesk
- 01 Data audit: formats, access rights, source quality
- 02 Pilot: two or three scenarios on a limited corpus
- 03 Production: monitoring, roles, index updates, documentation
Custom development earns its place where your processes matter.
Ready-made SaaS is good for standard scenarios. But once the business logic depends on specific roles, documents, integrations, security or data, the cost of the workarounds quickly exceeds the cost of a proper architecture.
We start with discovery, separating what genuinely has to be built from what is cheaper to cover with an existing service. That is why the project ends up smaller, clearer and easier to run.
Similar problems from the portfolio.
Common questions
Do we need our own GPU server?
Which documents can be indexed?
How does the knowledge base stay current?
What does a local LLM with RAG cost?
What are the timelines?
Which is more accurate, hosted or local?
How are hallucinations controlled?
Can the local model be fine-tuned for our domain?
Let us go through your problem.
We will show you a possible architecture, the risks, the order of the budget and what an MVP could prove.
Discuss a project