Generative AI Implementation

Generative AI is easy to prototype and hard to operate. We implement LLM applications and retrieval systems that stay accurate, grounded, and affordable once real users and real data arrive.

From prototype to production

A generative AI prototype is a weekend. A generative AI system your business depends on is a different commitment: it has to stay grounded in your data, handle edge cases, control cost, and degrade gracefully when it is uncertain.

We implement generative AI on top of your own knowledge and systems — retrieval-augmented generation, document intelligence, and LLM applications wired into the workflows where they create value.

What we implement

  • Retrieval-augmented generation (RAG) grounded in your documents and data.
  • LLM applications integrated with your internal tools and processes.
  • Document intelligence — extraction, classification, and summarisation at scale.
  • Prompt and context architecture engineered for accuracy and cost control.
  • Evaluation pipelines that measure faithfulness, relevance, and regression.

Keeping it accurate

Hallucination is an engineering problem, not an inevitability. We address it with grounded retrieval, careful context design, and evaluation that measures whether answers are faithful to your sources — so you can ship something users trust.

What you get

Deliverables

Production RAG or LLM application on your data
Retrieval, prompt, and context architecture
Faithfulness and quality evaluation pipeline
Cost and latency optimisation

FAQ

Generative AI Implementation: common questions

What is generative AI implementation?

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It is the work of taking generative AI from concept to a production system — grounding it in your data, integrating it into workflows, and adding the evaluation and monitoring needed to keep it accurate and cost-effective.

What is retrieval-augmented generation (RAG)?

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RAG retrieves relevant information from your own data and supplies it to the model as context, so answers are grounded in your sources rather than the model’s general training. It is the most reliable way to make an LLM accurate about your specific domain.

How do you prevent hallucinations?

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Through grounded retrieval, context design that keeps the model on-source, constraints on when the system should decline to answer, and evaluation that continuously measures faithfulness to your data.

Have a problem worth solving?

Schedule a discovery session