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Capabilities

What we are actually accountable for.

Nine practices under one delivery structure. Most engagements draw on three or four of them at once — which is the point, because handing a system between separate vendors is where most programmes lose their schedule.

01

Product Engineering

New products and platforms built so your own team can maintain them after handover. That means typed interfaces end to end, tests where they earn their keep, architecture decision records, and no framework only we understand.

  • Multi-tenant SaaS architecture
  • Role-based access & audit trails
  • Billing, subscriptions, usage metering
  • Real-time collaboration
  • Third-party & ERP integration
  • Internal tooling & admin consoles
TypeScriptNext.jsReactNodeLaravelPostgreSQL

02

Applied AI

We treat a model as one component in a system that has to be observable, bounded and reversible. Every AI feature we put into production ships with an evaluation suite of real cases, a defined failure behaviour, a cost ceiling and an audit trail.

  • Retrieval over private corpora, with citations
  • Tool-using agents with approval gates
  • Document extraction & classification
  • Fine-tuning & model distillation
  • Computer vision & inspection
  • Forecasting & recommendation
Claude APIPyTorchLangGraphpgvectorvLLM

03

Cloud & Platform

Everything defined in code, nothing configured by hand in a console at two in the morning. Reproducible environments, deployments that reverse in one command, and cost engineering treated as an ongoing discipline rather than an annual panic.

  • Terraform / Pulumi infrastructure as code
  • Kubernetes & serverless workloads
  • Blue-green & canary release pipelines
  • Observability, alerting, on-call runbooks
  • Disaster recovery & tested restores
  • FinOps & commitment planning
AWSGCPAzureCloudflareTerraformKubernetes

04

Legacy Modernisation

Replacing a system the business depends on, without a cutover weekend. We put a seam around the old application, move capabilities across one at a time, and run both in parallel until the numbers agree — so a rollback is always available.

  • Strangler-fig migration strategy
  • Dual-run output verification
  • Data migration & reconciliation
  • API layer over legacy cores
  • Framework & runtime upgrades
  • Documentation of undocumented systems
.NETJavaPHPOracleSQL Server

05

Mobile Applications

Applications that behave correctly on a bad connection, because that is where they are actually used. Offline-first data, conflict resolution that does not lose work, and release automation that pushes to both stores from a single tag.

  • Offline-first sync & conflict handling
  • On-device inference
  • Biometrics & secure storage
  • Background jobs & push delivery
  • Store submission & phased rollout
  • Crash reporting & release health
FlutterReact NativeSwiftKotlin

06

Data Engineering

Ingestion, modelling and a semantic layer with one agreed definition per metric. The test of success is boring and specific: two people in different departments ask the same question and get the same number.

  • Event pipelines & change data capture
  • Warehouse & lakehouse modelling
  • Data quality tests & lineage
  • Semantic layer & metric definitions
  • Self-serve reporting
  • Feature stores for machine learning
dbtAirflowKafkaBigQuerySnowflakeClickHouse

07

Quality & Test Automation

Quality is a gate in the pipeline, not a phase at the end. Regression suites that run on every merge, load tests against realistic traffic shapes, and security testing early enough that the findings are still cheap to fix.

  • End-to-end & integration suites
  • Load, soak & capacity testing
  • Accessibility audit to WCAG 2.2 AA
  • Static analysis & dependency scanning
  • Penetration testing & remediation
  • Release readiness reporting
PlaywrightVitestk6OWASP ZAP

08

Managed Support

Running the system, not just delivering it — against a written service level with response and resolution targets. We take on applications we built and applications you inherited, including ones nobody documented.

  • 24×7 monitoring & on-call rota
  • Security patching & dependency upgrades
  • Incident response & post-mortems
  • Performance & cost budgets
  • Model retraining & drift monitoring
  • Monthly improvement allowance
GrafanaPrometheusSentryPagerDuty

09

Dedicated Engineering Teams

Named senior engineers embedded in your organisation, reporting into your leads, for capacity you need for two quarters rather than two years. Your board, your ceremonies, your definition of done.

  • Four to eight specialists
  • Monthly rolling term
  • Scale up, hold flat or pause
  • Knowledge transfer built in
  • No junior bench padding
  • Direct access, no account manager
Your processYour toolingYour repo
Applied AI — how it runs

From question to evaluated pilot

An AI engagement with us is four stages long and each one can end it. That is deliberate: the cheapest AI project is the one you cancel in week three with evidence, not the one that reaches production and cannot be measured.

01

Frame the question and the baseline

Before any model, we write down what the system must decide, how often a human does it today, and how long that takes. That number is the baseline every later claim is measured against — without it, "the AI works" is an opinion.

02

Get the data and the retrieval right

Most disappointing AI projects are retrieval projects that were never done. We index your real corpus, fix the chunking and the permissions, and prove the right passage comes back before a model is asked to reason over it.

03

Build an evaluated pilot, not a demo

A pilot ships with a graded test set drawn from your own history, a scoring rubric your team agrees with, and results you can read. If it does not beat the baseline, we say so and you have lost weeks, not a year.

04

Put it in production, then watch it

Cost ceiling, drift alarm, prompt-injection boundary, fallback path and an audit log of every decision the model made. Somebody is on call for it, the same as for any other production service.

What ships with every model

The parts nobody demos

  • An evaluation suite built from your real cases, versioned with the code
  • A defined failure behaviour — what the system does when it does not know
  • A prompt-injection boundary between untrusted text and any tool call
  • PII handling agreed in writing, and a data path you can point to on a diagram
  • A monthly cost ceiling with an alert before it is reached
  • A drift alarm on input distribution and output quality, not just uptime
Where AI is the wrong answer

We will tell you before you pay for it

  • The rule is knowable — a lookup table beats a model that guesses it
  • The decision is legally reviewable and must be explained line by line
  • You have no labelled history, so there is nothing to evaluate against
  • Volume is low enough that a person does it faster than the review queue
  • The data is wrong at source — a model will only launder the error

When an enquiry ends here it still ends in something useful: a short written note explaining what to build instead.