Maturity Metrics - Charting Your DevOps Progress
December 09, 2015

Aruna Ravichandran
CA Technologies

The application of maturity metrics to everything that we do in today's business environment frequently creates the requirement to perform difficult, far-reaching calculations.

It's not necessarily those measurements that span huge sets of complex data that present the most challenging prospects. Often, it's a compilation of those metrics that attempt to analyze the advancement of fuzzier, process-oriented initiatives that can leave one grasping for just the right analysis methods.

Attempting to weigh the current level of DevOps maturity within your organization is precisely one of those daunting propositions that can leave today's business and technology pros searching for meaningful answers.

Sure, there are some well-established metrics(link is external) that can serve as inherent measurements of overall DevOps success, including deployment frequency rates, average lead times, meant time to recovery (MTTR), and of course, any figures resulting from dedicated Application Performance Monitoring (APM).

Yet, perhaps even more valuable than some of these numbers, or of greater import to practitioners for purposes of self-assessment, are metrics that help analyze precisely how ongoing DevOps adoption compares to similar efforts among peers.

At the end of the day, widely touted unicorns can publicize stunning evidence of their agile transformations, driven by DevOps methodologies; yet, for most organizations this is a long-term, iterative process aided greatly by some understanding of how they compare to less revolutionary examples.

After all, getting a feel for where you're ahead of the curve or behind the 8-ball might be just the thing to help DevOps-oriented teams offer evidence of progress, or the need for increased investment, the next time management comes looking for answers.

For instance, related to development(link is external), perhaps your teams are already actively tracking feature request lead times; but is there an agreement between business, dev and ops regarding the performance of critical services (transaction counts, performance, uptime, etc.) necessary to meet pre-defined business goals?

In the deployment arena, you likely have systems in place to note changes in frequency; however, does your organizational structure and tooling support cross-functional teams that put greater emphasis on the processes associated with releasing new capabilities, rather than supporting individual roles?

As far as management is concerned, you're probably employing APM to ensure improved visibility, response, uptime and availability. That said, is your monitoring able to distinguish the most critical and recurrent problems, and how they impact business services – without necessitating lengthy configuration and base-lining?

Aruna Ravichandran is VP, Product & Solutions Marketing, DevOps, CA Technologies
Share this

Industry News

March 27, 2025

webAI and MacStadium(link is external) announced a strategic partnership that will revolutionize the deployment of large-scale artificial intelligence models using Apple's cutting-edge silicon technology.

March 27, 2025

Development work on the Linux kernel — the core software that underpins the open source Linux operating system — has a new infrastructure partner in Akamai. The company's cloud computing service and content delivery network (CDN) will support kernel.org, the main distribution system for Linux kernel source code and the primary coordination vehicle for its global developer network.

March 27, 2025

Komodor announced a new approach to full-cycle drift management for Kubernetes, with new capabilities to automate the detection, investigation, and remediation of configuration drift—the gradual divergence of Kubernetes clusters from their intended state—helping organizations enforce consistency across large-scale, multi-cluster environments.

March 26, 2025

Red Hat announced the latest updates to Red Hat AI, its portfolio of products and services designed to help accelerate the development and deployment of AI solutions across the hybrid cloud.

March 26, 2025

CloudCasa by Catalogic announced the availability of the latest version of its CloudCasa software.

March 26, 2025

BrowserStack announced the launch of Private Devices, expanding its enterprise portfolio to address the specialized testing needs of organizations with stringent security requirements.

March 25, 2025

Chainguard announced Chainguard Libraries, a catalog of guarded language libraries for Java built securely from source on SLSA L2 infrastructure.

March 25, 2025

Cloudelligent attained Amazon Web Services (AWS) DevOps Competency status.

March 25, 2025

Platform9 formally launched the Platform9 Partner Program.

March 24, 2025

Cosmonic announced the launch of Cosmonic Control, a control plane for managing distributed applications across any cloud, any Kubernetes, any edge, or on premise and self-hosted deployment.

March 20, 2025

Oracle announced the general availability of Oracle Exadata Database Service on Exascale Infrastructure on Oracle Database@Azure(link sends e-mail).

March 20, 2025

Perforce Software announced its acquisition of Snowtrack.

March 19, 2025

Mirantis and Gcore announced an agreement to facilitate the deployment of artificial intelligence (AI) workloads.

March 19, 2025

Amplitude announced the rollout of Session Replay Everywhere.

March 18, 2025

Oracle announced the availability of Java 24, the latest version of the programming language and development platform. Java 24 (Oracle JDK 24) delivers thousands of improvements to help developers maximize productivity and drive innovation. In addition, enhancements to the platform's performance, stability, and security help organizations accelerate their business growth ...