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Stratgik — technology strategy and business systems engineering.
Delivery across the USA, UK, UAE and India.

Talk about a problem

DevOps & CI/CD

Shipping should be boring

If a release is an event — a window, a checklist, someone staying late — the deployment process has become a constraint on the business rather than a detail of it.

In short

CI/CD is the practice of making a change reach production automatically, safely and often enough to be unremarkable. Continuous integration means every change is built and tested on merge; continuous delivery means a passing build can be released without manual assembly. The measure that matters is not deployment frequency for its own sake — it is how long it takes to ship a one-line fix, and whether anyone is nervous when it happens.

When it applies

Signals this is the work

If more than one of these is true today, the problem is usually further along than it looks from the outside.

Releases need a window

Deployment is scheduled out of hours because it is risky, which makes it rarer, which makes it riskier.

Someone deploys by hand

Steps are performed in order from a document, and the document is slightly out of date.

Rollback is theoretical

There is a plan. It has never been executed under pressure.

"Works on staging"

Environments differ in ways nobody has catalogued, so staging proves less than it appears to.

Small fixes wait for the batch

A trivial change sits for a week because shipping is expensive, and ships with nine other changes that complicate diagnosis.

How we do it

The sequence

  1. 01

    Make the build reproducible

    Same inputs, same artifact, no machine-specific steps. Everything else depends on this.

  2. 02

    Automate the tests that matter

    Enough coverage to trust a green build. Not a coverage target — the specific tests that would have caught the last three incidents.

  3. 03

    One pipeline to every environment

    The same process promotes to staging and production. Divergent paths are how staging stops predicting anything.

  4. 04

    Make rollback routine

    Tested, fast, and rehearsed. A rollback nobody has performed is a hope.

  5. 05

    Infrastructure as code

    Environments described in version control, so parity is verifiable and rebuilding is possible.

  6. 06

    Measure lead time

    How long from merge to production. It is the number that tells you whether any of this is working.

What we will not do

The refusals

  • Introduce Kubernetes to solve a deployment problem that is about process.
  • Chase a coverage percentage instead of testing what actually breaks.
  • Automate a deployment that has no rollback path.
  • Build a pipeline more complex than the team that has to maintain it.

Questions

Before you ask

A basic reliable pipeline for a reasonably structured application is a short piece of work. The time goes into what surrounds it: tests worth trusting, environment parity, and the configuration and secrets handling that usually turn out to be the real blocker. The assessment tells you which of those you are facing.
Usually not. It solves genuine problems at genuine scale and adds substantial operational burden below that. Most businesses ship perfectly well on managed application platforms or straightforward container hosting. If the honest answer is that you do not need it, we will say so.
This is where most deployment automation stops being simple. Schema changes need to be backward compatible so a rollback does not strand data, applied as versioned migrations, and tested against a realistic copy. It is the part that deserves the most care and usually receives the least.
Yes, and improving what exists is usually cheaper than replacing it. Most pipelines are not wrong so much as partial — missing rollback, missing environment parity, or missing the one test that would have caught the recurring failure.

Tell us what isn't working.

One process, one system, one decision you are stuck on. We will come back with how we would approach it, what it would take, and whether it needs building at all.

The Stratgik model

Strategy first. Technology that follows through.

Four stages, in order. Most businesses need them one at a time.