Docker containers make your application's environment part of the code — the same image runs identically on a developer laptop, a CI runner, and a production server. We design container strategies, write Dockerfiles, and migrate legacy applications to containerized architectures.
Environment inconsistency, slow onboarding, and fragile deployments are symptoms of applications that haven't been containerised.
Application works locally but fails in staging due to environment differences — missing packages, wrong Node version, different OS libraries. Every deploy is a debugging session.
Onboarding a new developer takes 2 days to set up their local environment. The wiki is out of date and the setup script stopped working three months ago.
Deploying means SSH-ing into a server, running git pull, and hoping nothing changed. Rollback means SSHing back in and hoping you remember what version was running.
No isolation between services — a memory leak in one process affects everything. One bad deploy can take down unrelated parts of your application.
Scaling requires duplicating the entire server setup manually. There is no documented process — just one engineer who's done it before and hopes to remember each step.
Application dependencies and OS packages documented in a wiki, not code. The wiki is wrong, outdated, and nobody trusts it. Environments drift apart silently.
We design container strategies and build the Dockerfile, registry, and CI pipeline infrastructure so your application runs identically everywhere — from a developer's laptop to a production cluster.
From a single optimised Dockerfile to a full microservices migration — scoped to where you are and where you need to go.
Optimised multi-stage builds, minimal base images, and layer caching strategies that cut build times and image sizes.
Local development environments matching production configuration — one command, full stack, every time.
ECR, GCR, Azure ACR, or Docker Hub setup and lifecycle policies — versioned, tagged images stored securely.
Wrapping monoliths into containers as a migration first step — validate the runtime before decomposing services.
Service boundary identification, inter-service communication patterns, and API gateway design for containerised stacks.
Non-root users, read-only filesystems, Trivy CVE scanning at build time, image signing with Cosign.
Docker networks, service discovery, overlay networks for multi-host setups, and DNS-based inter-container routing.
Automated image builds, tagging strategy, registry push, and vulnerability gates integrated into existing pipelines.
We assess, plan, build, and migrate — one service at a time, with rollback capability at every step.
Review existing application stack, identify containerisation blockers per service, and map dependency chains that need to be extracted.
Monolith vs microservices path, phasing plan, base image selection, registry choice, and environment variable extraction strategy.
Write and optimise Dockerfiles per service, build Docker Compose configuration for local development, and test image reproducibility.
Container registry provisioning, tag strategy (commit SHA, semver, latest), vulnerability scanning policies, and access control.
Automated builds on every commit, image scanning gate, push to registry, and environment promotion tagging in the CI pipeline.
Service-by-service production migration with rollback plan per step — old and new run in parallel until confidence is established.
The container ecosystem we work with — from runtime to registry to security scanning.
Container-based deployments benefit every team shipping software — regardless of industry.
Container work done wrong produces images that are slow, bloated, and insecure. We do it right.
Production images that are small, secure, and fast to pull — we've taken 890MB images to 142MB without losing anything the application needs.
No big-bang rewrite required. We containerise service by service, running old and new in parallel until confidence is fully established.
Not just the Dockerfile but the decisions behind it — why this base image, why this layer order, why this user configuration — so your team can own it.
Containers without CI integration are just files. We wire builds, scans, and pushes into your existing CI/CD so images are built and validated on every commit.
● Success Stories
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