Most software teams lose between 15 and 25 percent of their sprint velocity to botched releases, hotfixes, and rollback chaos. A well-structured release management process fixes that, and it doesn’t require a massive team or expensive tooling to get started.

Getting software from development to production without breaking things is the entire point. This guide walks you through every stage of the release management process, the tools that actually help, the mistakes that cost teams weeks of rework, and the exact steps to build a process your team will actually follow.

What Is the Release Management Process (and Why It Actually Matters)

Release management requires an understanding of everything involved from coding up until delivering value to customers.

The release management process is a set of steps and techniques for planning, scheduling, coordinating, and controlling software builds from development through testing to production. Release management is not only about shipping code; it’s about shipping code reliably and repeatably, with easy rollback if required. Based on the Google Cloud’s 2024 State of DevOps report, high-performing engineering organizations deploy their code 973 times more often and recover six thousand five hundred seventy times quicker than underperforming ones.

The following is one of those facts that no amount of DevOps tutorials will tell you about release management: it’s not a luxury, but rather a distinction between teams that can deploy on Friday without fear and those who cannot.

And in conclusion, the answer to all of this is clear. In the research conducted by Gartner for the year 2023, it was found that an unplanned outage cost on average is $5,600 per minute.

The Key Stages of a Release Management Process

Every effective release management process moves through a predictable sequence of stages, and skipping any one of them is where most teams get burned.

Here’s what a complete release cycle looks like in practice:

1. Release planning.  In this step, the team creates the scope for the release, determines its release date, and determines dependencies along with their owners. This is where alignment between engineering, QA, and the product occurs prior to writing any lines of release code.
2. Build and version control.Engineers add code to the source code repository in accordance with a certain strategy, such as GitFlow or trunk-based development. Each change is assigned a version number so that changes can be tracked down.
3. Testing and quality assurance.Automated tests are performed first, including unit tests, integration tests, and regression testing. QA finds what automated tests miss. No release moves further without passing this stage.
4. Staging deployment. Release candidate is deployed to a staging environment that is designed to be as similar to production environment as possible. This is when you have an opportunity to detect any problems related to production environment.
5. Approval and change management. Release is reviewed by the release coordinator or change advisory board, which makes sure that there is everything in place, including results from testing, rollback strategies, and deployment documentation.
6. Production deployment. Deployed using some kind of strategy such as blue/green deployment or canary release
7. Post-release monitoring. Error rate and performance metrics are continuously monitored for 24 to 48 hours after deployment, and here is where most people tend to quit.

The one major learning point from this chapter is that each stage needs to have its own owner and criteria for termination. Without having these two factors, each stage will overlap into another stage.

How to Build a Release Management Process From Scratch

Developing a brand new release management process is not an easy task; however, most businesses already possess all the components necessary for such a process, but they are not organized in the right way.

In one of my experiences working on developing the release management process with a team of 12 people who provided SaaS, what surprised them the most was not the tools themselves. The fact is that most of the steps required were already performed intuitively by them; however, after the process was established, they successfully reduced the deployment time to 45 minutes.

Here’s what I’ve seen work when starting from zero:

• Start with a release calendar. Decide whether you will release weekly, biweekly, or monthly, and stick to the schedule. Consistent release dates make sure that teams have scoped their tasks well and do not release any late-night codes.
• Document your rollback plan before you write your deployment plan. This order matters. If you can’t describe how to undo a release in under five minutes, you’re not ready to ship it.
• Create a deployment runbook. A runbook is a step-by-step checklist for executing the release. It should be detailed enough that someone who wasn’t in the planning meeting can run it successfully.
• Automate the repeatable steps. CI/CD systems such as those powered by Jenkins, GitHub Actions, and CircleCI automate build and test processes to avoid human errors. Automation is not a substitute for good judgment; it prevents fatigue.
• Define your “done” criteria. The release is not complete at deployment but after confirmation that the software performs well for a specified period, usually 24 hours.

Now, you might be thinking, “We’re too small for a formal process.” That’s exactly backwards. Small teams have less redundancy to absorb failures. They need the process more, not less. Of course, the depth of formality should match your team’s size and risk tolerance. What works for a 200-person engineering org won’t look the same for a five-person startup.

Common Release Management Mistakes That Kill Deployments

And that’s where most people make the mistake, and I’ll say it bluntly; the most destructive mistakes in release management don’t happen because of technical reasons. They happen because of organizational flaws.

Skipping the staging environment. What does the staging environment exist for? To spot issues before your customers do. People in deadline-driven mode tend to neglect it, but at their peril.

No rollback plan. Pushing a release without a tested rollback procedure is like driving without a seatbelt. Fine until it isn’t. Every deployment should have a documented, practiced undo path.

Bundling too many changes into one release. The bigger the release, the harder it is to isolate what caused a problem. Smaller, more frequent releases reduce blast radius and speed up root cause analysis.

Tools That Support a Strong Release Management Process

The release management process runs on people and decisions, but the right tools make both faster and more reliable.

Here’s what I’ve seen work across different team sizes:

• The tools that take care of release planning and change tracking are Jira and Linear. They both have the capability to relate tickets with releases, and this makes it easy to create an audit trail.
• GitHub, GitLab, and Bitbucket take care of versioning and branch management. Specifically, GitLab comes equipped with native CI/CD functionality that decreases the number of integrations required.
• Build, testing, and deployment automation is handled by Jenkins and GitHub Actions. Most teams use GitHub Actions because it works in the same environment where your code resides.
• To handle feature flag management, you can make use of LaunchDarkly or Unleash. With the use of feature flags, one can deploy code to production but keep it hidden from customers.

The specific tool that you choose does not matter as much as its frequency of use. Instead of wasting your time trying to find the perfect combination of tools, I will spare you the hassle by suggesting that you pick tools which your team will be using on a regular basis.

Frequently Asked Questions

What’s the difference between release management and deployment?

Deployment refers to the process of deploying code to a server. On the other hand, release management includes all activities involved in deployment – from planning to monitoring. Deployment is only one aspect of release management.

How often should a software team run a release management process?

However, depending on the product and team size, most efficient teams deploy at least every two weeks. According to the 2024 State of DevOps Report, elite teams do many deployments daily with reliable release operations with good CI/CD pipeline automation.

What is a release coordinator, and do I need one?

A release coordinator is the person responsible for orchestrating the release management process, tracking dependencies, communicating with stakeholders, and making the go/no-go call. Small teams can rotate this role. Larger teams benefit from a dedicated release engineer or release manager to own it full-time. 

How do I handle hotfixes inside a release management process?

Hotfixes should follow a lightweight version of your standard release process. This means a short testing cycle, a documented rollback plan, and immediate communication to stakeholders. Never bypass the process entirely just because something feels urgent.

What’s a rollback plan and how detailed does it need to be?

A rollback plan is a documented procedure for reverting a release if it causes problems in production. It should include the exact commands or steps to reverse the deployment, who is responsible for executing it, and how long the rollback is expected to take. Two to three pages is usually enough for most teams.

Can the release management process work for non-software teams?

Yes. The core principles, planning, testing, staged rollout, monitoring, and rollback capability, apply to any repeatable operational change. Marketing campaigns, infrastructure changes, and product configuration updates all benefit from a structured release management process.

Conclusion

And here is the simple truth: having a reliable release management process is the sole factor determining whether your team is confident about the releases or fears them.

What should you do next? Simply take your own release management process and measure it according to seven steps suggested above and determine the first issue that needs to be addressed. It may be the lack of rollback procedures or non-existence of the staging environment. And all you need to do is address it now, this sprint, not next quarter.

By doing so, you will be already better than many development teams that ship their software nowadays. It takes time to develop an effective release management process, but every step forward will bring positive results.