LLM & generative AI

RAG & knowledge systems

Answers grounded in your own documents, with the source cited and a clean refusal when the answer genuinely is not there.

What is retrieval-augmented generation?

Retrieval-augmented generation, or RAG, finds the relevant passages in your own documents and gives them to a language model as context before it answers. This grounds responses in your actual content, allows every answer to cite its source, and lets the system refuse when the information is not present.

Retrieval quality is the whole game

Almost every disappointing RAG deployment fails at retrieval, not generation. If the right passage never reaches the model, no amount of prompt engineering saves the answer. So the work concentrates on chunking strategy, embedding choice, hybrid keyword-and-vector search, and reranking — unglamorous engineering that determines whether the system is trusted or abandoned.

The second determinant is refusal. A system that says 'that is not covered in the documents I have' builds trust; one that invents a plausible answer destroys it permanently the first time someone checks.

Process

How we deliver it

1Assess the corpusFormats, volume, quality,duplication and how often itchanges.2Build the pipelineIngestion, chunking,embedding and indexing witha refresh schedule.3Tune retrievalHybrid search and reranking,measured against realquestions.4Add citation and refusalEvery answer sourced; out-of-scope questions declined.5Deploy with accesscontrolPermissions inherited fromyour existing systems.
Process flow for RAG & knowledge systems
  1. 01

    Assess the corpus

    Formats, volume, quality, duplication and how often it changes.

  2. 02

    Build the pipeline

    Ingestion, chunking, embedding and indexing with a refresh schedule.

  3. 03

    Tune retrieval

    Hybrid search and reranking, measured against real questions.

  4. 04

    Add citation and refusal

    Every answer sourced; out-of-scope questions declined.

  5. 05

    Deploy with access control

    Permissions inherited from your existing systems.

Deliverables

What you receive

  • A production retrieval pipeline with scheduled re-indexing
  • Query interface on your chosen channel, with citations
  • Retrieval accuracy measured against a real question set
  • Access control mapped to your existing permissions
  • Runbook for adding new document sources

Engagement shape

Six to ten weeks for a first corpus. Additional document sources are incremental once the pipeline exists.

Tooling

What we typically build with

  • Vector databases
  • Anthropic API
  • OpenAI embeddings
  • Elasticsearch
  • Python
  • LlamaIndex
  • SharePoint and Drive connectors

Stack decisions follow the problem. This is where we usually start, not a fixed menu.

Frequently asked

Questions we get about this

Our documents are inconsistent and some are outdated. Will it work?

It will faithfully reproduce that inconsistency, which is the honest answer. Part of the project is identifying contradictions and stale documents — clients often find this audit as valuable as the search system. We can weight by recency and flag conflicts, but we cannot make a wrong document right.

How do we keep it current?

Scheduled re-indexing, plus event-driven updates where your systems can notify us of changes. We set the refresh cadence against how fast your content actually moves, and surface the last-indexed date so users know what they are looking at.

Talk it through before you commit

A discovery call is a working session on your constraint, not a sales pitch.

Quick inquiry

Tell us what you're trying to build

A short note is enough. You'll hear back from the team, not a bot — usually within one working day.

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