What is a DevOps platform?

A DevOps platform combines the ability to develop, secure, and operate software in a single application. A DevOps platform empowers organizations to maximize the overall return on software development by delivering software faster and efficiently, while strengthening security and compliance. Every team in your organization can collaboratively plan, build, secure, and deploy software to drive business outcomes faster with complete transparency, consistency, and traceability.

On the surface, DevOps brings devs and ops together; the reality, however, is quite a bit more complex as security, testers, product managers, Product Designers, finance, the legal team, and even marketing all have a hand to play when it comes to creating and releasing software. A DevOps platform gives all of the players involved a single place to communicate, collaborate, gather data, and analyze results – there’s no more hunting around for information or being left out of the loop.

A DevOps platform also eliminates all the issues surrounding toolchain sprawl, maintenance, and integration. A platform provides a single source of truth, which streamlines the technical development process dramatically.

By moving to a unified DevOps platform, teams can see what is happening, what needs to happen, what is going wrong, and more importantly how and where to intervene.

A DevOps platform has 10 primary must-have features:

• Metrics/visibility: A complete DevOps platform allows teams to optimize software delivery by giving them visibility and supporting data around the entire value stream.
• Planning: No matter the methodology (from waterfall to Agile or Kanban), planning is key, a DevOps platform provides flexible portfolio planning tools.
• Distributed version control: The most efficient way to create software is through a single, distributed-version control system that can scale and iterate to support your business needs.
• Automated testing with integrated feedback: There is no such thing as too much testing, a DevOps platform supports automated testing and provides developers the ability to achieve maximum results within their workspace (IDE) of choice.
• Package management: Apps, their many dependencies, and containers require management as part of modern software development.
• Built-in security: Anything that can streamline security is critical in today’s breach-filled world. SAST and DAST scans, dependency and container scanning, are all essential.
• Automated CD: Teams want to get software out the door as quickly as possible, so a DevOps platform needs automated continuous delivery onboard and ready to go.
• Flexible infrastructure: DevOps often requires teams to pivot quickly, having a configurable infrastructure – preferably one seamlessly tied into Kubernetes – is a key requirement in a DevOps platform.
• Incident management: Problems arise regularly, a DevOps platform should offer complete visibility with fast and flexible incident management.
• Future-proofing: A DevOps platform needs to work seamlessly with cutting-edge technologies like containers, microservices, cloud-native solutions, and artificial intelligence or machine learning.

As the industry continues to evolve, integrating a platform approach into the DevOps lifecycle will equip organizations with the tools necessary to navigate future challenges and capitalize on new opportunities, ultimately leading to the delivery of superior software solutions.

Some of the primary benefits are as follows:

Ease of use

From code reviews to automated testing, incident management and monitoring, using a unified platform means every single part of DevOps is streamlined and, in some cases, actually doable for the first time.

Better collaboration

Business partners can actually see what’s going on with software development, release cycles, and customer feedback all in one place. Software teams will have fewer miscommunications, too.

Safer code

More testing, baked earlier into the process, means improved security, faster releases, and improved customer satisfaction.

Tighter feedback loops

Visibility and traceability are the hallmarks of a DevOps platform because everything is in one place. Troubleshooting has never been easier.

Performance monitoring

A DevOps platform allows teams to stop guessing at how software will work and actually see real world results.

Fewer compliance headaches

Move to a DevOps platform and suddenly all of those things that had to be tracked and recorded will be handled automatically.

Less technical debt

It's easy to get even non-developers on board with reducing technical debt when everyone can see the burden it imposes, thanks to a single DevOps platform.

Save time, save money

A DevOps platform saves teams time (fewer tools to integrate, update, and maintain) and money (fewer tools to purchase, period).

Want to make sure your team is ready to get the most out of a DevOps platform? Here are seven things to consider before you begin:

1. Do you really understand your team's workflow? You won't get the biggest benefit from a DevOps platform if you don't set it up to reflect the reality of how your team operates. There's no right or wrong here.
2. Culture matters and that's particularly true when it comes to rolling out a DevOps platform. Make sure your messaging about a new DevOps platform will resonate with your team and organizational culture.
3. It's all about deployments, so it makes sense to understand exactly how your team deploys now, what the hiccups are, and how you plan to address them before you add a DevOps platform to the mix.
4. Security is top of mind for many teams, and a DevOps platform can make that even easier. Make sure to assess where your team is today, and what the goals are, and set simple goals to achieve. A DevOps platform can streamline security but the best way to proceed is through what we call iteration or small changes.
5. A DevOps platform is a great opportunity to add in some advanced technology like machine learning or artificial intelligence. Take the time before rolling it out to consider what your team might like to experiment with.
6. A "minimum viable product" is a worthy goal (well, we think so at GitLab) and it means the product is ready for prime time, but just ready. Considering an "MVP" mindset makes sense as you also consider a DevOps platform - the platform will help teams get to an MVP sooner and the other bonus of an MVP is teams can continue to iterate on it until it's completely ideal.
7. Finally, a unified DevOps platform allows unique visibility and traceability through the entire software development lifecycle. Make sure your team and all other software development stakeholders take advantage of these features.

The consolidation of tools and processes into a single platform addresses the critical aspects of software development, from real-time monitoring and planning tools to efficient code management and deployment processes. It empowers development teams to break down silos and paves the way for a more integrated and efficient workflow.

Additionally, the platform's emphasis on security and operational performance ensures that software not only meets the highest standards of quality but is also delivered in a manner that aligns with the rapid pace of today's software delivery expectations.

DevOps platforms integrate development, security, and operational tools into a single application, enabling teams to collaborate more effectively and deliver software faster.

DevOps is a methodology that combines software development (Dev) and IT operations (Ops) to improve collaboration, increase efficiency, and enhance software delivery speed.

Jira is primarily a project management tool used in agile software development; while it supports DevOps practices, it is not a comprehensive DevOps platform.

DevOps is not being replaced by AI; instead, AI can enhance DevOps processes by automating tasks and improving decision-making within the development lifecycle.

Benefits include improved collaboration, faster software delivery, enhanced security, reduced technical debt, and streamlined compliance management.