Most AI projects stall between the pilot and production. We build the part that lasts — data pipelines, model training, evaluation and monitoring — so predictions hold up against real traffic. Our teams ship production ML on PyTorch and scikit-learn, wrap it in FastAPI services your engineers can own, and instrument every model so accuracy drift is caught before your customers notice it.
The problem
The modelling is rarely what stops them. Projects stall because the data was never pipelined, nobody owned the model after the demo, and no one agreed up front what “working” would mean. We build for the part after the pilot.
Turning pilotsinto real impact
Engineeringthat lasts
Outcomes overactivity
Built for production.Backed by engineering.
~80%
of pilots never ship
Industry surveys put the share of AI proofs-of-concept that never reach production at roughly four in five. Almost all of them demo well.
The gap
is engineering, not research
A notebook that scores well on a static extract is perhaps a fifth of the work. Pipelines, serving, evaluation and monitoring are the rest.
Our fix
production shape from day one
We agree the success metric before writing code, build the pipeline alongside the model, and hand over something your engineers already know how to run.
HOW WE DO
How we work
Most AI programmes don't fail on the modelling — they fail because the shape of the engagement never matched how much was actually known up front. Pick the one that fits what you know today; moving between them mid-programme is normal.