Platform
engineering

The problem

Your developers are good. They could be shipping faster. But they're not, because half their week is spent fighting infrastructure.

Deployments are manual or semi-manual. Someone has to click through a Jenkins UI, or run a script that only one person understands, or open a ticket and wait for ops to do it. Setting up a new service means copying config from another service and hoping you changed all the right values. Secrets are in a shared password manager, or worse, hardcoded somewhere. Environments drift because nobody remembers what was changed in staging last Thursday.

None of this is because your team is bad. It's because nobody had time to build the infrastructure that makes everything else easier. There's always a feature to ship, a bug to fix, a deadline to hit. Platform work keeps getting pushed to "next quarter."

We're the team that builds next quarter's platform — now.

What we build

Developer platforms

A single place where your engineers can provision environments, deploy services, check logs, see what's running, and understand how things connect. Not a Kubernetes dashboard that nobody uses — a developer experience that's actually designed for what your team needs.

This can be as simple as a well-structured CLI and a set of templates, or as complete as a full internal portal built on Backstage. We figure out what your team actually wants (which is usually simpler than what you'd expect) and build that.

CI/CD pipelines

Automated build, test, and deploy pipelines that run on every pull request and every merge. Your developers push code, the pipeline handles the rest — linting, testing, building, deploying to the right environment. No manual steps, no "can you deploy this for me" messages in Slack.

We build these to be fast (nobody wants to wait 20 minutes for a pipeline), reliable (flaky tests get fixed, not ignored), and understandable (your team can debug a failed pipeline without calling us).

GitOps workflows

Your infrastructure and application configuration lives in Git. Changes go through pull requests. Deployments happen automatically when you merge. If something goes wrong, you can see exactly what changed and roll it back.

This isn't just a nice idea — it's the single most impactful thing you can do for deployment reliability. When the answer to "what changed?" is always "check the Git log," debugging gets dramatically easier.

We typically use ArgoCD for Kubernetes-based GitOps, but we'll adapt to your setup.

Secrets management

Secrets that are rotated automatically, scoped to the services that need them, and never stored in places where humans can accidentally leak them. No more shared ".env" files, no more secrets in Slack DMs, no more "I think the API key is in 1Password somewhere."

We set up proper secrets management (usually through a combination of Kubernetes-native secrets, external secret operators, and your cloud provider's vault) and make sure it's integrated into your deployment pipeline so developers don't have to think about it.

Environment management

Consistent, reproducible environments that work the same way in development, staging, and production. Spin up a new environment in minutes, tear it down when you're done. No more "it works on my machine" and no more staging environments that haven't been updated in six months.

How we approach it

We don't come in with a blueprint and install it. Every team is different — different size, different skills, different pain points, different tolerance for change. We start by understanding where you are and what's actually hurting.

Step 1: Understand the current state

We spend time with your engineers. Not just the lead — the people writing code every day. We watch how they deploy, how they debug, how they set up new services, where they get stuck. We look at your existing pipelines, your infrastructure, your monitoring, your incident history.

The goal is to find the bottlenecks that cost the most time. Not the ones that sound the most impressive to fix — the ones where your team is actually losing hours every week.

Step 2: Design the platform

Based on what we find, we design a target state that's realistic for your team's size and skills. We're not going to propose a Netflix-grade platform for a 10-person engineering team. We're going to propose the smallest set of changes that give you the biggest improvement.

We present this as a roadmap with clear phases. Phase one should be deliverable in weeks, not months, and it should make a noticeable difference immediately.

Step 3: Build iteratively

We build in phases, starting with the highest-impact items. Typically that's CI/CD and GitOps first, because those touch every developer on every deployment. Then secrets management, environment tooling, and developer portal features as the platform matures.

After each phase, we check in: is this actually making your team faster? Are they using it? What's still painful? The platform evolves based on real feedback, not assumptions.

Step 4: Hand over and enable

The platform is only useful if your team owns it. We document everything, we pair with your engineers, and we make sure at least two or three people on your team can maintain and extend what we built. We don't want you to need us forever — that's not a healthy relationship for either side.

Where teams usually are when they call us

We see a few patterns:

"We deploy via SSH and scripts."

You need the basics: containerized deployments, a CI pipeline, and a sane environment setup. This is usually a 4–6 week engagement, and the difference is night and day.

"We have CI/CD but it's fragile and slow."

The pipelines exist but they're flaky, slow, or nobody trusts them. Developers work around them instead of relying on them. We fix the foundations — caching, parallelization, test reliability, pipeline architecture — and make them something the team actually leans on.

"We have Kubernetes but developers don't touch it."

You invested in Kubernetes but the complexity ended up concentrated in one or two people. Everyone else is afraid to deploy. We build the abstraction layer — templates, pipelines, a portal — that makes Kubernetes useful for your whole team, not just the infrastructure experts.

"We want a golden path."

You've got a mature engineering org and you want an opinionated, self-service developer platform: create a new service from a template, deploy it to staging with one command, promote to production via a PR. We build the platform, the templates, and the documentation that makes this real.

No matter where you start, the goal is the same: your engineers spend their time building product, not wrestling with infrastructure.

The technical side

For the engineers reading this — here's what we typically work with:

Container orchestration: Kubernetes. We run it on managed services (AKS, EKS, GKE) or on bare metal with Talos Linux, depending on your requirements.

GitOps: ArgoCD for application delivery, with Kustomize or Helm for templating. Configuration lives in Git, deployments are declarative, drift gets reconciled automatically.

CI/CD: GitHub Actions for most projects. GitLab CI when that's what you're on. We keep pipelines modular and reusable — shared workflows, not copy-pasted YAML across 30 repos.

Secrets: External Secrets Operator connected to your cloud vault (Azure Key Vault, AWS Secrets Manager, HashiCorp Vault). Secrets get injected at runtime, never baked into images or config files.

Developer portal: Backstage when the team size justifies it (usually 20+ developers). For smaller teams, a well-documented set of templates, a CLI tool, and good README files often work better.

Monitoring & observability: We make sure your platform is observable from day one. Prometheus for metrics, Grafana for dashboards, structured logging with a central aggregation point. We don't build a monitoring system — we make sure your platform is ready for one.

If your stack looks different, that's fine. These are our defaults, not our requirements. We'll work with what you have and migrate toward something better where it makes sense.

Who this is for

This is a good fit when:

• Your developers are spending more time on deployment mechanics than on building features
• You've adopted Kubernetes but the developer experience around it is still rough
• Your CI/CD pipeline was built by someone who left, and nobody fully understands it
• You're growing from 5 engineers to 20 and the informal processes are starting to break
• You want to move faster without hiring a dedicated platform team

It's less of a fit when:

• You're a very early-stage team with one or two developers — you probably don't need a platform yet, just good defaults. We can help you set those up in a day or two.
• You need infrastructure management but not developer experience improvements — that's more traditional DevOps consulting, and while we can do it, it's not our sweet spot.