Kubernetes
Design Kubernetes workload boundaries, resource policies, networking and upgrade procedures. Start with the simplest cluster model the team can safely operate.
03 / DELIVERY
DevOps & Platform Engineering
Give product teams a paved road from commit to production with safer defaults and less operational friction.
WHO THIS IS FOR
Problems we help solve.
Engineering teams replacing manual deployments or creating a consistent path to production.
01
Delivery platforms
Reusable pipelines, environment templates and release controls that reduce one-off deployment work.
02
Container platforms
Practical Kubernetes or container architecture with scaling, secrets, networking and recovery designed in.
03
DevSecOps
Integrate code, dependency and infrastructure checks into delivery without turning security into a final gate.
HOW AN ENGAGEMENT MOVES
01Developer journey mapping
02Platform capability design
03Pilot with one product team
04Measure adoption and reliability
ILLUSTRATIVE SCENARIO
Internal delivery platform
- Situation
- Multiple teams ship through different manual processes and production knowledge is concentrated in a few people.
- System approach
- A self-service application template standardises CI/CD, environments, secrets, telemetry and rollback paths.
- What your team receives
- Golden paths, platform documentation, service ownership model and adoption backlog.
Specialist support, end to end.
Choose the area you need. We can deliver a focused engagement or connect several capabilities.
Docker
Create reproducible container builds with appropriate base images, dependency handling and runtime settings. Keep development and deployment workflows consistent without putting secrets in images.
Terraform
Organise Terraform modules, state and environments around clear ownership. Use reviewed plans, controlled applies and drift investigation for understandable infrastructure changes.
CI/CD
Build pipelines that test, package and release applications through explicit environments. Include deployment verification and rollback paths rather than treating a successful upload as a successful release.
GitHub Actions
Create reusable GitHub Actions workflows with scoped permissions, dependency checks and protected deployment environments. Keep credentials separate from source code and untrusted pull-request execution.
Platform engineering
Design self-service templates and documented golden paths with product teams. Prioritise common developer tasks and support an exception process instead of forcing every workload into one template.
DevSecOps
Integrate dependency, code, container and infrastructure checks into delivery. Route findings to an owner and define risk-based release decisions rather than producing unattended reports.
Observability
Connect application telemetry to delivery events and service objectives. Use OpenTelemetry-compatible instrumentation and actionable dashboards to support incident investigation.
What goes into the work.
We select the stack around your systems, delivery goals and the team that will maintain it.
Engineering skills
Release engineering, container operations, platform product design, infrastructure testing, incident readiness and software-supply-chain controls. Adoption and maintainability matter alongside deployment speed.
Tools & platforms
Kubernetes, Docker, Terraform, GitHub Actions, GitOps workflows and OpenTelemetry. The platform includes documentation, service ownership and operational runbooks, not only configuration files.
Languages & implementation
HCL for infrastructure, YAML for workflow and platform configuration, Python and shell for automation, and TypeScript where internal developer tools need application code. YAML and HCL are configuration languages, not substitutes for software testing.
Let’s define your project.
- A clear production architecture
- Lower operational risk
- Faster, repeatable delivery
- Systems your team can own