Delivery risk review
A map of the current build, configuration, testing, deployment, and recovery process.
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Release Reliability Sprint
Turn deployment into a routine.
Give one application a repeatable path from commit to release. Make the checks, deployment steps, rollback, and ownership explicit.
Engineering teams with manual or risky releases
Sound familiar?
Only one person knows how a release actually works.
Manual steps lead to drift between environments.
A failed deployment means a long, uncertain recovery.
What you take away
Deliverables you
can actually use.
The starting package covers one application and one deployment pipeline. We confirm the exact boundary together.
Repeatable pipeline
An agreed CI/CD flow with build artifacts, automated checks, and environment-specific configuration.
Release and rollback checks
A deployment verification checklist and a rehearsed recovery path in the agreed environment.
Team runbook
Clear ownership, operating steps, and a handover session for the people running releases.
A practical guide
Make the next release a repeatable operation.
A reliable release process lets your team answer three questions: what are we deploying, how will we know it works, and how will we recover? Begin with one application and turn the current release into a process another team member can follow.
How to do it yourself
Start by writing down what actually happens during a release. Include local commands, manual configuration, secret handling, database changes, and verification. Identify the steps that depend on one person’s memory. Trace a recent release back to the exact source revision and build output.
Next, create a repeatable build from a clean checkout. Produce a versioned artifact and keep its configuration separate. Promote the same artifact between environments where practical. This reduces uncertainty about whether the tested version is the version that reaches production.
Define a small set of release checks. Include build and automated tests, but also a meaningful application health check and a critical user journey. Agree who can approve a production change and what evidence they need. A running process alone does not prove the application can do its job.
Rehearse deployment and recovery in the agreed test environment. Keep the previous artifact and identify what would make a rollback unsafe, especially after a data change. For changes that cannot be reversed by replacing the application, write a separate recovery procedure.
Finish by running the documented process with someone who did not create it. Record the deployed version, the outcome of the checks, and any intervention required. Improve the steps that remain ambiguous so the next release depends less on improvisation.
How we approach the work
Our plan comes from building and operating .NET applications, container deployments, and integrations with real configuration and database dependencies. We examine the application’s behavior as well as the pipeline. Recovery and maintainability matter because the team must continue using this process after the sprint.
We establish the current release baseline, implement the agreed automation, and rehearse the verification and recovery paths. The handover identifies responsibilities and explains how to diagnose a failed deployment. Changes to the process remain small enough to review and repeat.
The tools behind the work
GitHub Actions or the existing Azure DevOps pipeline can coordinate builds, checks, and deployment. The .NET SDK creates the application output; Docker packages it when containers fit the hosting model. Playwright can verify a critical browser journey after deployment, alongside application and database health checks.
In SDD, Specs Driven Development, release requirements connect to implementation tasks, acceptance checks, and execution evidence. We use that record to explain which behavior the release was expected to preserve and what was actually verified before handover.
Explore the tools
Ready to begin
What we need
from your team.
- Repository, build, and pipeline access
- An agreed non-production environment
- A technical owner and defined release constraints
A few useful answers
Before we start.
Will you replace our CI/CD tools?
Only if there is a clear reason. We work with the existing setup where practical, including GitHub Actions, Azure DevOps, and container-based deployments.
How is the engagement priced?
The indicative estimate starts at €5,000, excluding VAT, for the stated package boundary. After a fit conversation, you receive a fixed quote with the exact deliverables, fee, and schedule. Work starts after acceptance; changes are quoted separately.
What happens after delivery?
You receive the working files, findings, and a handover session. Your team can take the next steps, or we can scope a follow-on engagement together.
Let’s talk about Release Reliability Sprint
Your next step
starts here.
Tell us what needs to change.
We’ll review your request and come back with a practical next step. No commitment required.
Prefer email? dev@roggemans.com ↗Discuss this package
A little context helps us make the conversation useful.
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