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Validate AI with confidence before you invest. We design and run enterprise AI experiments, model evaluations, architecture benchmarks, and feasibility assessments that replace assumptions with evidence, so you make faster, lower-risk AI decisions.
A dedicated experimentation capability you can call on when you need it, without hiring an internal research team.
Structured, controlled experiments that test a specific AI approach against your real data and constraints.
Evidence-backed recommendations on architecture, models, and feasibility before a single line of production code is written.
The problem is not the technology. It is the decision to build before anyone validated whether the technology would actually perform.
Difficulty turning AI ideas into a clear plan.
No dedicated team for AI research or experimentation.
Unclear choice between LLMs, SLMs, open, or proprietary models.
Uncertainty around on-prem, private, or cloud setups.
Compliance requirements limit safe experiments.
Wrong early choices lead to costly rework.
Hard to prove accuracy, performance, and value upfront.
GenAI Protos designs and runs structured AI experiments covering model evaluation, architecture benchmarking, use case feasibility testing, LLM evaluation, and proof-of-value validation, across private, edge, and cloud environments, depending on your requirements.
The output of every engagement is not a strategy document. It is tested, benchmarked evidence that tells you whether a specific AI capability works in your environment, on your data, within your operational constraints, before a single line of production code is written.

Structured experimentation and validation across every major AI decision point, from initial feasibility through to production readiness.
Define a practical, experiment-driven AI roadmap aligned to business goals and technical constraints.
Evaluate and compare on-prem, private, hybrid, and cloud AI architectures through real tests.
Benchmark and validate models (LLMs, SLMs, fine-tuned variants) to choose the best fit.
Run experiments to prove technical feasibility, performance, and integration viability.
Test data strategies including real, synthetic, and privacy-preserving approaches for training and testing.
Hands-on sessions that transfer findings and technical know-how directly to your team.
A fine-tuned Small Language Model that converts unstructured clinical visit notes into protocol-compliant summaries in under one minute, deployed securely on NVIDIA DGX Spark for complete data privacy.
A secure, on-premises enterprise search solution for medical documents, combining containerized AI models and vector databases for rapid, private searches without cloud dependency.
AI-powered platform generating realistic patient records with medical reports, demographics, images, and professional PDFs at scale for ML training and testing.
See how structured AI experimentation and rapid prototyping accelerated legal document review, cutting turnaround from days to minutes with verified deterministic citations.
Healthcare organisations validating AI for clinical documentation, medical record intelligence, diagnostic assistance, and operational workflow automation require experimentation in private environments where patient data never leaves controlled infrastructure.
Financial institutions evaluating AI for document processing, regulatory compliance, fraud detection, and customer service automation require AI experimentation environments where transaction and customer data remains governed.
Law firms and legal departments evaluating AI for contract review, legal research, e-discovery, and document intelligence require air-gapped experimentation environments where client-privileged data cannot leave controlled infrastructure.
Retail organisations evaluating AI for demand forecasting, personalisation, and fulfilment automation require experimentation against real transaction and customer data before committing to a full rollout.
Software engineering organisations evaluating AI for code generation, automated testing, documentation, and developer tooling require AI experimentation environments where proprietary codebase data cannot leave internal infrastructure.
Get evidence-backed answers on feasibility, architecture, and model choice before you commit budget or engineering time.
We translate your AI initiative question into a precise experimental specification, covering the hypothesis, evaluation metrics, and data environment.
We configure the lab environment appropriate for your experiment, private on-premise, controlled cloud, or edge hardware.
Experiments run under controlled conditions with systematic variation of the parameters under evaluation.
Raw results are analysed against your defined success criteria, and failure modes are documented, not hidden.
You receive a clear findings report and a recommendation on whether and how to proceed to full build.
Ready for production deployment?
Once your AI initiative is validated, our Full-Stack AI Engineering team takes it into hardened, full-scale production.
Everything you need to know about our On-Demand AI Labs & R&D services, timelines, pricing, and experimentation deliverables.
Reduce uncertainty before investing in AI development. Once your AI initiative is validated, our Full-Stack AI Engineering team takes it into production.
We'd love to hear from you.