4 Phases of AI and Automation Adoption into DevOps Organizations
March 08, 2023

Jori Ramakers
Tricentis

Today, DevOps teams and organizations are increasingly looking to implement tools that can streamline various processes to run more efficiently with less error. Of these tools rising in popularity, artificial intelligence (AI) and automation are two that continue to see implementation. In 2022, 95% of DevOps teams have already implemented, or have plans to implement AI into their DevOps while 97% of organizations believe that business process automation is crucial for digital transformation. It is easy to see why these numbers are so high - AI and automation can take on tasks that may be tedious and time consuming for humans. By implementing these tools into existing DevOps features, DevOps teams and organizations can effectively achieve more while operating with less, allowing employees to use their bandwidth in furthering strategic and innovative business goals. The implementation of these tools into DevOps processes is not quick or mindless but does feature a simple approach that is classified through four phases and three core principles. After all, when adopting these features into DevOps, you are not sprinting, you are running a marathon, so prepare and act accordingly.

Each of these four phases, discover, plan, execute and scale, marks an important step on the road to successful AI and automation adoption. While each DevOps team and organization is unique, the four phases lay a foundation that any team can use as benchmarks on this journey of digital transformation.

Phase 1: Discover Where You Stand

Prior to digging into the technical nit and grit of the AI and automation implementation into DevOps processes, DevOps teams and organizations must first understand the larger picture of their current process and technology standing.

Where are we today?

What are our goals?

Where in the organization has the highest potential for impact by implementing these features?

Analyzing these questions will help teams compile a baseline of the areas that can benefit the most from the AI and automation integration. These areas often include testing, monitoring, and deployment, which, by nature, are business-critical tasks that have traditionally been fulfilled manually, using up valuable time and resources. By identifying these areas, DevOps teams can focus their efforts and resources on the initiatives that will have the greatest overall impact.

Finally, teams should build a framework that defines how AI and automation can be implemented across projects, so processes do not have to be reinvented along the way.

Phase 2: Planning for Adoption

Once you have a clear understanding of the current state of your DevOps processes and goals for implementation, the next phase in AI and automation adoption is developing a plan to reach that goal. During this step, DevOps teams should determine aspects of the project, such as a designated timeframe and the personnel that will take part. Additionally, questions should be asked about what success will look like and what metrics or key performance indicators (KPI) will be in use. This step in the process is when executive buy-in should come so they can ensure the whole organization gets behind the plan.

Phase 3: Execute on Your Plan

Upon determining a path forward for adoption, teams can begin phase three: execution. Teams should identify and select the first high-potential project that will feature AI and automation integration, such as testing, for example. For many years, companies relied on employees to configure and run manual tests, a tedious and long-winded task. Naturally, AI and automation can greatly improve this process.

The next step of execution is to identify and create roles for the people working in the project. For example, manual testers' jobs may change to fit alongside automated testing. Once completed, it is time to start testing the new methods to see what works and what does not based on the plans initially created. It is important to keep in mind that this is a process of experimentation and iteration, meaning teams will likely encounter setbacks or challenges along the path to success.

Phase 4: Scale from Your Proven Model

After iterating the process and finding success with AI and automation adoption, the final step of scaling comes into play. DevOps organizations can now take this proven model and scale it to the rest of their processes, or where applicable within different departments. With the right team and operation in place, businesses should be able to replicate the process faster and easier.

3 Core Principles: Measure, Collaborate, Optimize

Throughout the entire process, it is important to abide by the three core principles of measuring, collaborating and optimizing. When the process begins, it is crucial to constantly measure what you do and learn from it as you go. That's the only way you can refine your plans and improve upon them.

Additionally, it is important to not operate in a silo. Involving others in your organization and making sure to communicate the progress, including your successes and failures, allows for easier optimization and understanding in the long run.

Adopting AI and automation into your DevOps processes is no small feat and should not be treated as such. Taking the time to evaluate and plan will set your teams up for success once implementation occurs. After all, it's a marathon, so act accordingly.

Jori Ramakers is Director of Customer Experience Strategy at Tricentis
Share this

Industry News

August 29, 2024

Progress announced the latest release of Progress® Semaphore™, its metadata management and semantic AI platform.

August 29, 2024

Elastic, the Search AI Company, announced the Elasticsearch Open Inference API now integrates with Anthropic, providing developers with seamless access to Anthropic’s Claude, including Claude 3.5 Sonnet, Claude 3 Haiku and Claude 3 Opus, directly from their Anthropic account.

August 28, 2024

Broadcom unveiled VMware Cloud Foundation (VCF) 9, the future of VCF that will accelerate customers’ transition from siloed IT architectures to a unified and integrated private cloud platform that lowers cost and risk.

August 27, 2024

Broadcom announced VMware Tanzu Platform 10, a cloud native application platform that accelerates software delivery, providing platform engineering teams enhanced governance and operational efficiency while reducing toil and complexity for development teams.

August 26, 2024

Red Hat announced the general availability of Red Hat OpenStack Services on OpenShift, the next major release of Red Hat OpenStack Platform.

August 26, 2024

Salesforce announced new innovations in Slack that make it easier for users to build automations, no matter their technical expertise.

August 26, 2024

GitLab announced the general availability of the GitLab Duo Enterprise add-on.

August 26, 2024

Tigera now delivers universal microsegmentation capabilities with Calico.

August 22, 2024

Tabnine announced a new platform partnership with Broadcom Inc., an integration with IBM, as well as continuing extensions of existing partnerships with Amazon Web Services (AWS), DigitalOcean, Google Cloud, and Oracle Cloud Infrastructure (OCI).

August 22, 2024

Wallarm released API Attack Surface Management (AASM), an agentless technology to help organizations identify, analyze, and secure their entire API attack surface.

August 21, 2024

LambdaTest launched KaneAI, an end-to-end software AI Test Agent.

August 20, 2024

Kubiya has closed its $12 million seed round with a $6 million extension of equity and debt financing and launched a paradigm-breaking new platform, AI Teammates, that enables true delegation of complex tasks to digital colleagues through organic, human-like conversations.

August 19, 2024

The Cloud Native Computing Foundation® (CNCF®), which builds sustainable ecosystems for cloud native software, announced the schedule for KubeCon + CloudNativeCon North America 2024, happening in Salt Lake City, Utah from November 12 – 15.

August 19, 2024

Diagrid announced the latest version of Dapr, a Cloud Native Computing Foundation incubating project maintained by Diagrid, Microsoft, Intel, Alibaba, and others, as well as an update to Conductor, a Software as a Service (SaaS) that helps manage, upgrade, and monitor Dapr on Kubernetes clusters.

August 15, 2024

Spectro Cloud announced two new formal recognitions of its strengthening position in the government technology space: the Government Software competency from AWS, and ‘Awardable’ status on the CDAO Tradewinds Solutions Marketplace for AI/ML solutions at the tactical edge.