Applied AI · International

We build the systems
other people only demo.

An engineering studio for applied artificial intelligence — autonomous agent architectures, full-stack platforms and the infrastructure underneath them. We run models on your own hardware, wire them into real processes, and make every output traceable to its source.

Inference
on-premise
Every output
traceable
We design + run
in-house

What we do

From the model to the process it actually runs.

Most of the market sells pilots. We build the layer underneath — infrastructure, controls and evidence — so the thing survives contact with a real business.

01FIG.

Applied AI & agent systems

Autonomous agents that do process work end to end — read, extract, compare, draft — with permission gating, independent verification and a hash-chained record of every decision. Draft-only by design: nothing sends, signs or pays without a named human.

  • Multi-agent orchestration
  • Independent verification chain
  • Append-only audit ledger
02FIG.

Local & sovereign inference

Models running on your own hardware or your own cloud tenancy, so confidential data never leaves the perimeter. Residency by architecture rather than by contract — enforced in the runtime, not promised in a policy.

  • On-premise & EU-region deployment
  • Open-weight models, auditable licensing
  • Kernel-level egress control
03FIG.

Full-stack engineering

Production platforms built and operated end to end — application, data layer, deployment and the monitoring that tells you it's still working at three in the morning.

  • Next.js · Python · PostgreSQL
  • Infrastructure as code
  • Built to be handed over
04FIG.

Industrial technology integration

Technology implemented inside physical production — instrumentation of additive manufacturing processes, machine data captured and made useful, and AI applied where the process actually runs rather than where it's easy to demo.

  • Additive process instrumentation
  • Machine data capture & control
  • AI applied to production
05FIG.

Embedded systems

Complete custom systems from the board up: we design the electronics, then write everything that runs on them — firmware on the metal, embedded Linux underneath, applications above.

  • Custom PCB & electronics design
  • Firmware & embedded Linux
  • Sensor node to production platform
06FIG.

Governance & compliance

The part that decides whether any of it reaches production in a regulated company. Management systems, data-protection architecture and AI Act classification, designed in from the start rather than retrofitted.

  • ISO 9001 · 27001 · 42001
  • EU AI Act classification
  • GDPR by architecture

Selected work

Proof it runs, not proof it demos.

Systems in production, shown anonymized. Client names and live links are shared on request.

Applied AI · Enterprise

Autonomous operations layer

A multi-agent system running back-office process work for an organisation — document mapping, extraction and drafting, with every figure computed in code, every claim carrying a source, and a verification agent reviewing output before any human sees it.

Multi-agentLocal inferenceAuditable

Shown anonymized · details on request

Software · Full-stack

Digital-asset exchange

A complete trading platform built from the ground up — order matching, ledger, accounts and live market data, production-hardened on PostgreSQL. Proof the studio's software goes well beyond integrations.

Full-stackPostgreSQLReal-time

Shown anonymized · details on request

Embedded · Firmware

Audio-reactive control system

A bespoke real-time control system for live performance — custom board, from-scratch firmware, sub-frame audio response and field-tunable configuration. Built for a private client; details kept confidential.

Custom electronicsFirmwareReal-time DSP

Shown anonymized · details on request

Applied AI · Education

An education platform

A fully agentic authoring layer wired straight into Moodle — agents draft, structure and produce entire courses, then publish them into the client's LMS as native content. Nothing goes live without human sign-off. Shown anonymized at the client's request.

Agentic pipelineMoodle / LMSHuman sign-off

Shown anonymized · details on request

How a project works

One brief. One team. One system that runs.

Built for work that has to survive production. You talk to the people building it — not a sales desk.

01STEP

Map

We start with what exists — the process, the data, the systems and the constraints. Most of what matters is never written down, so we go and look.

02STEP

Prove

A bounded slice, on your real data, with the success and stop criteria written down before we start. Measured, not asserted.

03STEP

Build

The full system, with the controls in the runtime rather than in a document — access gating, independent verification, and a record you can audit afterwards.

04STEP

Hand over

Infrastructure as code, open-weight models, configuration handed across. You can end the engagement and keep a running system — that's a property of the design, not a promise.

Why us

One studio that designs it, builds it, runs it, and can prove what it did.

Software, infrastructure and governance under one roof — which is why the work that has to hold up under scrutiny ends up here.

01

Auditable, not just accurate

We didn't make the AI trustworthy by trusting it more. Every number is computed in code, every claim carries its source, and anything the system didn't know shows up as a gap instead of an invention.

02

Your data stays yours

Confidential work runs on infrastructure you control, enforced at the network layer. Not a policy commitment — a rule that a compromised process still cannot get around.

03

We take the hard ones

The work nobody else will quote: legacy estates, merged systems, processes that only exist in someone's head. If it can be mapped, we find the way.

04

Built to be handed over

No lock-in by construction. Open weights, infrastructure as code, documentation that assumes we won't be here. The measure of the work is that it survives us.

Start a project

Got a process worth automating?

Tell us what you're trying to do — a process that eats people's weeks, a system nobody can explain, or an AI project that stalled at the pilot. We'll come back with what's actually possible, how we'd prove it, and what it costs.