AI / Autonomous Systems
Production GenAI, autonomous agents and ML pipelines that survive real traffic, not demos.
PyTorch · LangChain · Vector DBs · Ray
Read moreEngineering sourcing & delivery
Senior engineers on the systems you cannot get wrong.
Payments, clearing, control planes, clinical data — the systems where an outage becomes a headline. We put our principal engineers on one of them and stay until it is carrying production traffic.
ScrollStart a conversation
What we are actually good at12
From infrastructure to product — one team that has carried each in production. Most engagements need two or three at once, which is why they are not separate companies.
Most firms sell you the senior team.
Then staff the work with the bench.
We do not keep a bench.
Here is what that buys you
From infrastructure to product — one team that has carried each in production.
Cloud Platform & Kubernetes
Cloud-native platforms on Kubernetes that scale, self-heal and stay observable.
Kubernetes · Terraform · AWS · GCP
Read moreZero-Trust Cybersecurity
Zero-trust architecture, identity and supply-chain controls on live systems that cannot be taken offline to be fixed.
SIEM · IAM · OWASP · Zero-Trust
Read moreHow the firm is structured
“The engineer who scopes the work is the engineer who ships it.”
There is no account layer between you and the people writing the code, and no handover once the contract is signed. The architect who tells you what it will take is on the pull requests, in the incident channel, and still there the week after cutover.
Measured in production
Numbers from systems currently carrying live traffic.
< 12msEdge latency, p99
99.995%Platform availability
1.5MMessages per second, peak
< 5msStream processing latency
How an engagement runs
Five weeks from the first call to production traffic.
IWeeks one and two
We map the problem
Two weeks inside your codebase alongside your engineers. You leave with the architecture, the risks and the estimate in writing — and that document is yours whether or not you continue with us.
IIWeeks three and four
We ship a working slice
A real vertical slice running in your staging environment by week four, with measured latency and a load test behind it. Not a prototype, and not a deck.
IIIWeek five onward
We hand it over properly
Production cutover, a fortnightly release rhythm, runbooks written for whoever is on call at three in the morning, and your own engineers driving it before we leave.
Selected engagements
Platform re-architecture
A tier-one European payments processor
Authorisation path re-architected around an idempotent write model. Peak throughput tripled without adding a node, and the reconciliation backlog that had run for months closed permanently.
EU · 14 weeks
Data platform
A university teaching hospital group
Clinical research platform rebuilt on FHIR with a reviewed de-identification pipeline. Cohort queries that had taken a week of manual extraction became self-service for the research team.
UK · 20 weeks
Reliability engineering
A multi-market online retailer
Checkout isolated from the rest of the estate ahead of peak trading, with degradation paths designed and load-tested against the real topology. The trading period completed without a checkout incident.
US · 9 weeks
Next step
Most of this starts with one honest conversation.
Tell us what is breaking.
A principal architect reads every brief and replies within one business day. If we are not the right firm for the work, we will say so in that reply and point you at someone who is.
Start a project