Artificial Intelligence

AI that ships to production โ€” and shows up on your P&L.

Most AI dies in the gap between a slick demo and a system you can trust. Our engineering practice closes it โ€” evaluation-first delivery, retrieval grounding, MLOps and monitoring, across generative AI, data science, NLP and vision.

  • Evaluation on every model
  • Grounded, not guessing
  • You own the weights

How we engineer AI that lasts

Applications

products users trust

Models

tuned, evaluated, grounded

Data

clean, governed, fresh

MLOps ยท Eval
Eval-first

every model held to a benchmark

RAG

grounding to kill hallucinations

24/7

monitoring & drift detection

100%

code & IP owned by you

How we engineer AI that lasts

The disciplines that separate a product from a science project

Anyone can call an API. Making AI reliable, affordable, and safe to put your name on is the actual work โ€” here's how we do it.

Evaluation-first

We define how 'good' is measured before we build, then hold every model to that benchmark. No shipping on vibes.

Grounded & guardrailed

Retrieval grounding, output validation, and human-in-the-loop where it matters โ€” so the system is trustworthy, not just impressive.

MLOps & monitoring

Versioning, observability, and drift detection baked in. A model that was accurate at launch and silently rots is a liability we design out.

Owned & portable

Your repo, your weights, your data. No black boxes and no lock-in โ€” documented code your team can run without us.

One practice, the full span

From raw data to a deployed prediction

The same senior team owns the model, the pipeline that feeds it, and the application around it โ€” so nothing falls through the cracks between vendors.

  • Feasibility and data-maturity assessment before you commit budget
  • Benchmarks and acceptance criteria agreed up front, in writing
  • Secure deployment inside your environment โ€” your data stays yours
  • Monitoring, retraining and cost tuning after launch, not just at it

Generative AI & LLMs

Fine-tuning, RAG, prompt engineering, chatbots and OpenAI integration โ€” grounded and safe to ship.

Data science & ML

Predictive models, NLP, computer vision, and the data pipelines that feed them โ€” from raw data to a deployed prediction.

Applied AI engineering

The unglamorous 80%: serving, scaling, security, and integration that turns a notebook into a product.

The practice, in production

Northstar: deal sourcing, re-engineered

A real-estate investment firm whose growth was capped by analysts manually trawling listings and county records. We built an AI sourcing engine โ€” aggregate, comp, score, rank โ€” and let analysts decide instead of hunt.

Northstar Realty Partners

Scaling real-estate investment firm ยท USA

PropTech ยท Real Estate Investment
Time to source a deal3 days โ†’ 11 min
Before
3 days
After
11 min
Market coverage per team4ร— without 4ร— headcount
Before
1ร— ยท hire per market
After
4ร—
Deals closed+19% close rate
Before
manual baseline
After
+19%
11 min

To source a deal (was 3 days)

4ร—

Markets covered

2.3ร—

Deals reviewed

+19%

Deals closed

โ€œOur edge was always speed, and we'd hit the ceiling of doing it by hand. Now an analyst opens a ranked, comped feed every morning. We move into new markets in days. We're closing deals we never used to even see.โ€
โ€” Managing Partner, Northstar Realty Partners
PythonPlaywrightPostgreSQL + PostGISVector searchSnowflakeAWSRead the full case study

Straight answers

About our AI practice

What's the difference between this and 'AI development services'?

AI Development Services is the offer โ€” what you can buy. This page is the practice behind it: how we engineer AI so it survives production. Evaluation harnesses, retrieval grounding, MLOps, drift monitoring, and security are the disciplines that decide whether a model becomes a product or a science project.

Which areas of AI do you cover?

Generative AI and LLMs, data science and ML engineering, NLP and computer vision, predictive analytics, and workflow automation. The same senior practice spans all of them, so your model, your data pipeline, and your application are built by one accountable team.

How do you manage the risk that an AI project fails?

Every engagement starts with a feasibility check and explicit success criteria, then builds against an evaluation benchmark from the first sprint with iterative checkpoints. We catch the things that kill AI projects โ€” bad data, unrealistic accuracy targets, integration surprises โ€” early, while they're cheap to fix.

Can you integrate AI into our existing systems?

Yes โ€” via REST APIs, event-driven pipelines, or embedded SDKs. Integration into your real stack is the part most teams underestimate; for us it's a core competency, not an afterthought.

Do you operate models after launch, or just build them?

Both. We hand over documented, owned code โ€” and most clients keep us on a managed retainer for monitoring, retraining on drift, and cost optimisation, so accuracy stays up and inference spend stays down.

Put senior AI engineers on your hardest problem.

Tell us the outcome and the constraints. We'll come back within 24 hours with a feasibility read and a clear, benchmarked plan.

2000+ vetted engineers ยท 3 global hubs ยท 98% client retention

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2000+
Talents Vetted
3+
International Offices
100+
Project Delivered
50%-70%
Average Cost Saving

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