Platforms / AWS

AWS, built the way you'd build it if you had the time.

Multi-account from the start. Everything in Terraform. Least privilege that survives contact with a deadline. Alerts that fire before your customers notice, and a bill you can explain line by line.

Capabilities

What we actually do on AWS.

01

Landing zones & account structure

A multi-account foundation with organisational units, service control policies, centralised logging and a break-glass path that's rehearsed rather than theoretical.

  • Organizations, OUs & SCP guardrails
  • Centralised CloudTrail & log archive
  • Federated SSO, no IAM users
02

Serverless

Lambda, API Gateway, EventBridge, Step Functions and DynamoDB — with cold starts, concurrency limits and idempotency treated as design inputs, not surprises.

  • Event-driven decomposition
  • Step Functions for long workflows
  • Queue, retry & DLQ discipline
03

Containers

ECS Fargate or EKS depending on what you actually need to operate. We'll argue for the simpler one until the requirements out-argue us.

  • ECS Fargate & EKS
  • Blue/green and canary rollouts
  • Image supply-chain hygiene
04

Data & analytics

Aurora and RDS for transactional systems, S3-based lakes with Glue and Athena for analytics, and streaming with Kinesis or MSK when the data won't wait.

  • Aurora / RDS / DynamoDB modelling
  • S3 lake, Glue catalog, Athena
  • Streaming & CDC pipelines
05

Observability

OpenTelemetry instrumentation, CloudWatch and X-Ray where they fit, third-party backends where they're better — plus alerts tuned so on-call trusts them.

  • Metrics, logs & distributed tracing
  • SLOs and error budgets
  • Alert hygiene & runbooks
06

FinOps

Tagging you can enforce, per-team and per-tenant attribution, right-sizing, storage lifecycle rules, and a commitment strategy that doesn't lock you into last year's shape.

  • Cost allocation & showback
  • Savings Plans / RI strategy
  • Anomaly alerting
Well-Architected review

Six pillars, one honest report.

A fixed-scope engagement. We read the code and the console, interview your engineers, and hand back a document you can act on — or shop around with.

Operational excellence

How changes get made, how failures get noticed, and how much of it depends on one person being awake.

Security

Identity, network boundaries, secrets, encryption and the paths an attacker would actually take.

Reliability

Failure modes, recovery objectives, and whether your backups have ever been restored.

Performance efficiency

Right service for the right job, and where you're paying a latency tax for a decision made two years ago.

Cost optimisation

Where the money goes, what it buys, and the three changes with the best ratio of savings to risk.

Sustainability

Utilisation, region choice and data lifecycle — usually the same changes that cut the bill.

AWS

Send us the diagram. We'll send back the questions.

The useful ones — the failure mode nobody's tested, the cost line nobody owns, the IAM role that can do rather more than intended.

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