We design and tune RAG pipelines that ground LLM answers in your own data — from chunking strategy and embeddings to hybrid search, reranking, and evaluation — so answers cite sources instead of guessing.
RAG is not a single trick — it's a stack of design choices, each one measurable and tunable against your data.
Semantic, structural, and window-based chunking tuned to your document types — the single biggest quality lever.
Pick embedding models on quality vs cost, plan versioning, and re-embed cleanly as content or models change.
Pinecone, Weaviate, pgvector, or Elastic — chosen on scale, filtering needs, and how much infrastructure you want to run.
Combine keyword and vector retrieval so exact terms, acronyms, and semantic paraphrases all win the right chunks.
Cross-encoder rerankers and score thresholds cut noise and keep low-quality retrievals out of the final prompt.
Answers cite the retrieved chunks, and prompts refuse to invent when retrieval comes up empty.
A four-phase engagement that treats retrieval as an engineering problem, not a black box.
We inventory your sources, their structure, freshness, and access rules — the foundation every choice downstream rests on.
Chunking, embeddings, metadata schema, and vector store selected against your query shapes and data volumes.
A retrieval eval set drives iteration on hybrid weights, reranking, and query rewrites until top-k is right.
End-to-end answer evaluation, citation checks, and staged rollout behind flags with monitoring for drift.
Frameworks and stores chosen for retrieval quality, operational maturity, and cost at your scale.
Retrieval-first architectures shine when answers must cite your data, not a model's pre-training.
A grounded assistant over your docs, changelogs, and API references — cited answers that stay in sync with releases.
Reps ask natural questions across decks, battlecards, and call notes and get the exact slide or paragraph.
Query clauses across a contract library with the source clause and section number returned alongside the answer.
Agents and end-users get grounded answers over KB articles, past tickets, and product docs, with citations.
Policy assistants that quote the exact clause and version, so answers pass an internal audit.
A search-and-ask layer over Confluence, Notion, or Google Drive that respects existing access controls.
A well-tuned retrieval layer changes what an LLM feature can safely be used for.
Responses cite your own documents, so the LLM stops speaking on topics outside your knowledge base.
Retrieval, reranking, and refusal-when-empty push hallucination down to a rate you can measure and improve.
Every answer links back to the source chunks, so reviewers and end-users can verify without guesswork.
Retrieval keeps prompts compact, so per-query cost stays flat as your knowledge base grows.
A retrieval pipeline built and tuned against real support content.
AI • RAG
A retrieval-augmented support copilot that grounds answers in a company's own knowledge base.
Read Case Study →Retrieval-first engineers who've tuned real pipelines against messy, mixed-format data.
Learn more about us →Most quality wins come from chunking, hybrid weights, and reranking. That's where we spend our time.
A retrieval eval set lets us tell whether top-k is actually right before we touch the answer prompt.
From ingestion to serving to monitoring, one team stays with the pipeline through the operational tail.
Indexes, embeddings, and eval sets live in your accounts. Swap vector stores or embedding providers without a rewrite.
Practical answers on the design choices that decide whether a RAG system works.
Bring your content and a target use case. We'll come back with an index design and a retrieval evaluation plan.
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