Climb The Five Steps Of A Continuous Delivery Maturity Model

Please join our GitHub Demo Day livestream and stay tuned for future blog posts on DevSecOps. Start small with tool implementation and knowledge transfer to the broader engineering teams. It is critical that those teams have the expertise to run the tooling and analyze the results.

DevOps Maturity is a pattern that establishes the position of an organization in the DevOps process, and by extension, also determines what more needs to be done to achieve certain pre-defined, aspired outcomes. Embracing DevOps as a continuous journey and not a destination is crucial to attaining DevOps maturity. DevOps has transformed the way the IT industry operates by redefining the paradigms of workflow and method chain. As DevOps enters its second decade, the scope and focus of its application are expanding well beyond product delivery. One of the major impediments in any organization’s DevOps transition is the outlook of using it as a goal or a destination. Selecting the right DevOps services can make all the difference in this area, and that’s where the DevOps Maturity Model comes into play. As mentioned, a hosted solution doesn’t require maintenance of the servers on your side, which leaves more time for you to work / code on your product.

ci/cd maturity model

At this level the work with modularization will evolve into identifying and breaking out modules into components that are self-contained and separately deployed. At this stage it will also be natural to start migrating scattered and ad-hoc managed application and runtime configuration into version control and treat it as part of the application just like any other code. It is the practice of integrating changes from different developers in the team into a mainline as early as possible, in best cases several times a day. This makes sure the code individual developers work on doesn’t divert too much. When you combine the process with automated testing, continuous integration can enable your code to be dependable.


Although testing is automated, many organizations are reluctant to cede control over the release to production, and, thus, might require a manual approval step before code gets promoted to the next stage of deployment. Testing illustrates the inherent overlap between continuous integration and continuous delivery; consistency demands that software passes acceptance tests before it is promoted to production.

ci/cd maturity model

Beginner level introduces frequent polling builds for faster feedback and build artifacts are archived for easier dependency management. Tagging and versioning of builds is structured but manual and the deployment process is gradually beginning to be more standardized with documentation, scripts and tools. A typical organization will have one or more legacy systems of monolithic nature in terms of development, build and release.

Delivering on this aspect of maturity requires extensive builds, tests, security scans, code coverage, and constant monitoring of the automated elements in the deployment pipeline. Ideally, teams at this level start development operations to involve compliance teams directly in the planning process. The operations team continues to work to fully automate their continuous integration pipeline, ironing out every need for manual intervention.

A Maturity Model For Continuous Delivery

While these 5 stages make a complete DevOps maturity model, it’s imperative for enterprises to keep checking their maturity at every step, and eventually identify focus areas and ways to evolve in the overall journey. A good CI setup speeds up your workflow and encourages the team to push every change without being afraid of breaking anything. There silverlight are more benefits to it than just working with a better software release process. Again, the heart of DevOps is continuously improving a team’s performance in a variety of ways. Instead of attempting to take a giant step, mature teams take many little ones. It’s likely that there are still some fights about what should go into a feature or release.

  • This level is where the hypothetical team that “does DevOps” by installing a Jenkins server lives.
  • Chaos Engineering – Chaos engineering is the practice of experimenting on a system to test it’s resiliency and is driven by the certainty that a system; at some point, will fail.
  • Releasing a code change in the application does not require full regression, nor represents the risk of global failure.
  • Therefore, start by defining a basic CD process and developing some simple scripts, but simultaneously research, learn and test more complicated processes and advanced tools.
  • The SAFe Continuous Delivery PipelineThe pipeline is a significant element of the Agile Product Delivery competency.
  • This includes addressing process time, as well as the quality of each step.

However, there’s no one architecture that works for all DevOps environments and infrastructure, so you’ll need to choose one that fits your requirements and aligns with your DevOps maturity goals. Parallel software deployment environments don’t require cloud services, but they are much easier to set up when infrastructure is delivered instantly as a service. Cloud services and CD automation simplify the task to create and manage redundant environments for production, beta and developer code.

Test automation tools include pipeline software like Jenkins; test automation systems like Selenium or Cypress; and cloud services, including AWS CodePipeline or Microsoft Azure DevTest Labs. Every company is unique and has its own specific challenges when it comes to changing the way things work, like implementing Continuous Delivery. This maturity model will give you a starting point and a base for planning the transformation of the company towards Continuous Delivery.

Giving freedom to developers has a dramatic impact on security, compliance, visibility, and reporting requirements — because the number of people now deploying could easily be 100X. With great freedom comes responsibility, ci/cd maturity model and organizations still need to retain a level of control. ~35% of customers are in phase 2 where a dedicated DevOps team exists and is primarily responsible for platform engineering, CI/CD, and automation.

Level 1: Little Control

Not directly it’s original intention, but I intend to use your model as a grading tool in a semester on DevOps at a University of Applied science in the Netherlands. Students will need to achieve at least ‘intermediate’ level for a sufficient score. The organization and it’s culture are probably the most important aspects to consider when aiming to create a sustainable Continuous Delivery environment that takes advantage of all the resulting effects. Sergey Fedorov discusses how to build the Internet latency map, using network protocols and edge infrastructure, and how to use a data-driven approach to evolve your client-server interactions. A lot of technological tools are utilized within a traditional CI/CD pipeline, but there are a few vulnerabilities that could open the door for cyber threats and malicious hackers.

ci/cd maturity model

Synopsys CI/CD MAP services provide consultation support to help you develop a maturity action plan according to the state of your organization’s DevSecOps readiness. This website uses cookies to improve your experience while you navigate through the website. Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website. We also use third-party cookies that help us analyze and understand how you use this website. But opting out of some of these cookies may have an effect on your browsing experience. Moreover, Security and DevOps teams can collaborate in applying security policies and frameworks to all the DevOps tools and resources. This is where the challenge of security starts becoming more serious and which is why DevOps maturity calls for reconsidering security practices.

2) DevOps Maturity by Data – Determines DevOps maturity by ability to clear path to automate changes to data and validate functionality regularly, through DataOps. By definition, DevOps Maturity is described as a model that determines an organization’s standing in DevOps journey along with deciding what more to be accomplished to achieve the desired results. DevOps has transformed the IT industry by changing how teams operate and collaborate in the process chain and workflow. The answer to these questions will give you a realistic idea of where you stand in your DevOps maturity journey. DevOps must be looked at as a cultural shift more than a technological one.

Reaching Dsomm Level 1

This deck presents a model for scoring yourself on the continuum and examples of how companies can decide what parts of CD to adopt first, later and not at all. Amplifying feedback can help you catch failures before they make it downstream, and accelerate your time to resolution. One easy way to speed up feedback is by automating notifications so that teams are alerted to incidents or bugs when they happen.

ci/cd maturity model

The New Context security team has been instrumental in developing the STIX and TAXII cyber threat intelligence standards as well as the OASIS Cyber Threat Intelligence Technical Committee. In level 2 you’re also starting to emphasize cross-team collaboration between dev and ops. At level 1, you’re in a traditional IT environment with Dev and Ops handled separately.

A Devops Maturity Model To Monitor Your Progress

Building, maintaining, and optimizing a continuous delivery pipeline requires specialized skills and tooling throughout the entire value stream. Because this type of delivery system calls for rapid delivery of complex solutions with very short learning loops and high degrees of cross-functional collaboration, DevOps methods are perfectly suited to enabling it. In other words, continuous delivery pipelines are best implemented with DevOps, as illustrated in Figure 8. Continuous Deployment takes the changes from the staging environment and deploys them to production.

When the code is successfully pushed to the code repository, it is not unusual for a fully-automated testing server to check the imported code as soon as it arrives. The testing server can then provide contributors and developers with important information about the code’s performance within the testing server. The testing server can output performance attributes, checks, and other important information, as well. Continuous Integration is the process where developers and contributors push code to a shared platform such as GitHub. These types of platforms are also sometimes recognized as code repositories. This process usually happens relatively often, sometimes as often as five or 20 times per day. Today, we’re excited to announce that GitHub Enterprise Server 3.2 is generally available.

Author: Romain Dillet

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