How we work
From one workflowto a system you run.
Three stages. Each ends with something you can use, verify and own, and each is a decision point: continue, adjust or stop.
Stages
Stage 01 / 03
Blueprint
One workflow, decided and architected.
- What happens
- We understand the work, bound the authority and design the architecture with your team.
- You get
- A decision record, the target architecture and an evaluation plan.
- Indicative length
- About three weeks
- Ends with
- A decision: build, adjust or stop.
Decision point — continue, adjust or stop
Stage 02 / 03
Build
The workflow, engineered into operation.
- What happens
- Models, agents, tools and your systems assembled into one workflow, built together with your engineers.
- You get
- A working system in your environment, with tests and an evidence trail.
- Indicative length
- About six weeks
- Ends with
- A verified system, released by you.
Decision point — continue, adjust or stop
Stage 03 / 03
Handover
Built to be run by your team.
- What happens
- Hardening, observability, runbooks and hand-over, until your team runs and verifies it.
- You get
- Control of what we delivered: the implementation, its documentation and evidence, and the knowledge to change it. Third-party models, libraries and services remain under their own licences.
- Indicative length
- Agreed per system
- Ends with
- A verified hand-over. Your team runs it; we do not.
All durations are indicative. Each engagement is scoped and agreed in writing.
Disciplines
- 01
Architecture
Boundaries, context, interfaces and orchestration, designed before anything is built.
- 02
Engineering
Models, agents, tools and existing systems assembled into working operation. Model-independent.
- 03
Evidence
Evaluation, verification and observability that show what the system actually does, with limits named.
Through all threeGovernance is not a fourth discipline. Permissions, release controls and human authority are built into the architecture, the engineering and the evidence.
Scope
Industry first, not industry only. We begin where consequential systems already exist.
- 01Engineering workflows
- 02Requirements and specifications
- 03Systems engineering
- 04Technical documentation
- 05Verification and test
- 06Operations
- 07AI in software delivery