Skip to main content
Services

Engineering services for systems your team has to operate

Four connected practices for cloud platforms, delivery systems, production AI and software engineering. Each can run independently or combine when the work crosses boundaries.

What we do

Four practices, one accountable team

Each practice can run standalone or combine into a single programme with shared architecture decisions and one delivery cadence.

Engagement models

Three ways to work with us

The right model depends on how bounded the work is and who owns the outcome afterwards.

Dedicated engineering team

A cross-functional squad working to your roadmap, embedded in your boards and review process.

Best for

Multi-quarter programmes such as a migration, platform build or product workstream where continuity matters more than a fixed scope.

  • Named engineers with defined roles
  • Your ceremonies, repositories and standards
  • Roadmap-level planning with regular demos

Fixed-scope project

A defined outcome with agreed deliverables, acceptance criteria and a milestone plan.

Best for

Well-bounded work such as a landing zone, a CI/CD standardization effort, a migration wave or an AI evaluation harness.

  • Scope defined after a short discovery
  • Milestones with acceptance criteria
  • Documented handover at completion

Engineering extension

Individual specialists added to your existing team to cover a capability gap or delivery peak.

Best for

Teams that own the direction and need cloud, DevOps or AI depth alongside their own engineers.

  • Specialists working under your leads
  • Integration into your process and tooling
  • Flexible ramp up and ramp down
Delivery approach

Assess, design, implement, validate, operate

The same five stages on every engagement, sized to the work rather than stretched to fill a template.

1Stage 1 of 5

Assess

Inventory the current state, constraints and regulatory scope, and agree what a good outcome looks like.

2Stage 2 of 5

Design

Produce the target architecture and delivery plan with trade-offs and decision records written down.

3Stage 3 of 5

Implement

Build in reviewable increments as code, proving each piece against a real workload.

4Stage 4 of 5

Validate

Test the paths that matter: failover, restore, access boundaries, performance, cost and quality gates.

5Stage 5 of 5

Operate & optimize

Hand over with documentation and enablement, then iterate on measured findings.

Technology ecosystem

Platforms we engineer on

Tooling is selected against your constraints and your team's experience. We make no claim to formal partner status with any vendor.

Cloud platforms

AWSMicrosoft AzureGoogle CloudCloudflare

Infrastructure as code

TerraformTerragruntBicepAnsibleCrossplane

Containers and delivery

DockerKubernetesHelmArgoCDGitHub ActionsAzure DevOpsGitLab CIJenkins

Observability and security

OpenTelemetryPrometheusGrafanaLokiOPAHashiCorp VaultTrivy

AI and data

OpenAIAnthropicAzure OpenAIAWS BedrockLangGraphpgvectorPostgreSQLRedis

Application engineering

TypeScriptReactNext.jsNode.jsPythonFastAPI.NETGraphQL
FAQ

Questions we hear before an engagement starts

Talk to the engineers who would do the work

Bring your current architecture, constraints and the problem you are trying to solve. We will tell you what we would change first, what it depends on, and where we would start.