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AI & Machine Learning

Generative AI Solutions

We build production-grade generative AI systems tailored to your domain. From fine-tuned large language models and retrieval-augmented generation pipelines to autonomous AI agents, we turn cutting-edge research into enterprise-ready products. Our team implements guardrails, hallucination detection, and human-in-the-loop workflows to ensure reliability at scale.

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What is Generative AI Solutions?

Generative AI solutions build custom LLM-powered applications using fine-tuning, RAG architectures, and multi-agent orchestration. Services include domain-specific model training with LoRA and QLoRA techniques, hybrid retrieval systems combining semantic search with knowledge graphs, and autonomous AI agent development that plans, reasons, and executes complex multi-step enterprise tasks.

Engineering Targets

Figures below are the benchmarks we design and test against on this type of build. They are targets, not a warranty — what your platform actually achieves depends on your data, scale and integration surface, and we agree the numbers that matter with you before work starts.

Scored
Evaluation Harness
RAG
Grounded Retrieval
2 wks
To First Prototype

Why This Matters

Generative AI is transforming every industry — but off-the-shelf solutions don't understand your business. Systems trained and grounded on your own data answer in your domain language and cite your own sources, which is what makes the output usable rather than merely plausible.

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FEATURES

What You Get

Capabilities

Custom LLM Fine-Tuning

Domain-specific model training on your proprietary data using LoRA, QLoRA, and full fine-tuning techniques for maximum accuracy.

RAG Architecture

Hybrid retrieval systems combining semantic search with knowledge graphs for context-aware AI responses.

AI Agent Orchestration

Multi-agent systems that plan, reason, and execute complex multi-step tasks autonomously.

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PROCESS

Our Approach

How We Deliver

01

Use Case Triage

We rank candidate use cases by data readiness, business value and review burden.

02

Grounded Prototype

A working prototype on your real documents, evaluated against a scored test set.

03

Hardening

We add guardrails, fallbacks, cost limits and logging before any external exposure.

04

Release and Measure

Staged rollout with quality tracking, so regressions are caught after each model change.

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Real-World Applications

Use Cases

Legal document analysis and contract review

Medical report generation from clinical data

Automated customer support with context awareness

Code generation and developer productivity tools

Content creation pipelines for marketing teams

Technology Stack

PythonPythonLangChainLangChainHugging FaceHugging FaceOAOpenAIAWSAWSPIPineconeCDChromaDBDockerDocker

Common Questions

Frequently Asked Questions

How do you stop a generative AI system from hallucinating?

Grounding comes first: responses are retrieved from your own documents through a RAG pipeline with citations back to source passages, so any answer can be checked. On top of that we add output validation against schemas, confidence thresholds, refusal behaviour for out-of-scope questions, and human review on high-risk actions. Every generation is logged, so a failure can be traced and the retrieval or prompt corrected.

Should we fine-tune a model or use retrieval-augmented generation?

RAG is usually the right starting point when the problem is access to knowledge that changes — policies, contracts, product documentation — because you update the index rather than retrain. Fine-tuning with LoRA or QLoRA suits fixed tasks where tone, output format or a specialised vocabulary matter more than freshness. Many production systems use both, and we test the options against a scored evaluation set before committing.

How much does a generative AI project cost?

Pricing is structured in stages rather than as a single figure. Discovery and use-case triage is fixed price; the grounded prototype is scoped against a defined dataset and evaluation set; production hardening is quoted once the architecture is settled. Running costs — inference tokens, vector storage and embedding refreshes — are modelled separately, so you can see the ongoing bill before committing to a build.

Can you run generative AI on our own infrastructure instead of a public API?

Yes. We deploy open-weight models into your own cloud tenancy or on-premise hardware where data residency, confidentiality or regulator expectations rule out third-party inference endpoints. The application layer is written against an abstraction, so the model provider can be changed later without rewriting the product. Deployment scripts, the evaluation harness and the prompt assets are handed over with the codebase.

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Ready to get started?

Let's Build Together

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