6 DevOps Practices for Building a Successful DevOps Team

Building an efficient DevOps team is crucial for organizations seeking growth and success in today’s fast-paced and competitive business landscape. By adopting the proper practices and fostering a collaborative culture, businesses can streamline their workflows, deliver high-quality products faster, and stay ahead of the competition.

This blog explores six must-follow DevOps practices that can significantly improve efficiency. From protecting your team and automating processes to shifting left in testing and examining your DevOps toolchain, these practices empower organizations to optimize their development lifecycle and enhance productivity. By implementing these practices, businesses can leverage the core advantages of DevOps, including faster time-to-market, improved collaboration, enhanced software quality, and increased customer satisfaction.

Related Read: Step By Step Software Testing Process To Achieve Top Product Quality

What are DevOps Best Practices?

DevOps best practices involve continual integration and deployment, frequent testing, team collaboration, and cultural transformation in your organization. If you adhere to these guidelines, this will lead to higher efficiency during deployment, as well as, over time, more secure solutions.

While DevOps has transformed the software development process by bringing together cross-functional teams, most organizations still have inefficiencies that limit their ability to function at peak performance.

6 DevOps Practices to Create an Efficient Team

DevOps Best Practices

Adopting DevOps best practices for building a high-performing DevOps team streamlines your software development process and help achieve seamless collaboration. Here are six essential DevOps practices to build an efficient team:

1. Protect Your Team

We’re in the middle of a global talent shortage. Nothing can derail your DevOps strategy more quickly than losing key individuals. Yet, if you have a good team, there’s a strong possibility that competitors will be looking at poaching them.

A third of employers say they are trying to hire more than 50 engineers by the end of this year. 15% of companies surveyed said they need 200 or more software engineers. If you haven’t done a competitive salary and compensation review recently, it’s time.

Make sure you stay close to your team and build strong relationships. At the same time, you must constantly identify skills gaps and recruit new team members in case an opening occurs.

Related Read: How to Effectively Hire and Manage a Remote Team of Developers

2. Automate Everything You Can

A study of more than 36,000 tech workers revealed some shocking numbers:

  • 42% of tech workers say they face high levels of burnout and are considering quitting within the next six months
  • 62% of IT professionals, engineers, and data scientists say they are physically and emotionally drained.

Statistics like these only exacerbate the talent shortage problem. At the same time, with increasing pressure to move products through the development lifecycle faster than ever, teams are often forced to take shortcuts that can impact quality.

Related Read: Top DevOps Trends And Statistics You Need To Know In 2023

While not every process can be automated, many can. The more you can automate, the more you reduce the manual, repetitive work on your team. This helps reduce workloads and avoid burnout, a serious problem among DevOps teams.

Unit tests, API tests, and UI tests can be automated as part of a testing strategy. Automation can handle these at different stages of the CI/CD lifecycle more quickly and efficiently than human testers.

You can reserve manual tests for the issues that automation might miss, but human testers may reveal, such as usability, exploratory, and localization testing.

Related Read: How To Ensure Quality With Automation

3. Shift Left Even Sooner

Efficient DevOps teams are shifting left by moving testing and quality evaluations earlier in the development process, often before code is written.

Pre-production testing helps teams anticipate changes during development that can affect performance. It starts with verifying APIs, containers, and microservices transactions, configurations, and integrations. This proactively finds potential problems at the beginning of the process.

This is especially important in today’s accelerated delivery, helping speed up time-to-market while reducing potential roadblocks. Shifting left also means bringing the automated testing cycle into the earliest stages of the DevOps lifecycle to catch potential errors earlier.

Improve The Reliability Of Your Software With Our DevOps Services

4. Examine Your DevOps Toolchain

Many toolchains have been built over time, adding new tools to legacy systems as needed. This can lead to ad hoc situations, where certain tools work in isolation. Often, this means more work for DevOps teams, which may include adjusting file formats during handoffs or an overall lack of transparency in the DevOps lifecycle.

Over time, this can slow down production cycles and increase error rates. This is especially common in organizations that moved to the cloud but failed to re-architect to leverage the benefits and tools within the cloud environment.

Yet, many teams have been accustomed to the process and simply apply workarounds to get the desired results. Take the time to examine your toolchain for bottlenecks, disconnections, and poorly executed integrations. Then, develop an end-to-end toolchain that provides more seamless handoffs and efficient processes.

Focus on developing reusable tools and tests that can be used for multiple applications as part of your foundational processes.

5. Manage Your Pipeline Efficiently

In today’s accelerated development cycles, it can be easy to have start and stop points that hurt efficiency. CI/CD pipelines should automate developer builds and deployments, so engineers can spend less time managing routine processes and more time producing creative solutions.

Pipeline runtime is impacted greatly by the following:

  • Repository sizes
  • Number of stages and jobs
  • Dependencies between jobs
  • The critical path (minimum and maximum pipeline duration)

As such, keeping a close eye on the key drivers of pipeline health is crucial. Automated monitoring and measurement tools can help ensure efficiency.

6. Accelerating DevOps Lifecycles

Organizations will have a slightly different approach to the DevOps process, systems, and requirements. Building an efficient lifecycle for CI/CD requires a strategic and proactive approach. If you’re new to DevOps, you can build your team and systems to optimize efficiency from the ground up.

3 Benefits of DevOps Fundamental Practices

Benefits of DevOps

DevOps fundamental practices can benefit organizations in many ways, from faster time-to-market and improved quality and reliability to increased collaboration and communication, greater efficiency and productivity, and reduced costs and risk.

1. Faster Time- to-Market for New Features

By automating many of the repetitive and time-consuming tasks involved in software development and deployment, such as testing, deployment, and infrastructure management, DevOps practices can enable teams to release new features and updates to production more quickly and frequently. This can give organizations a competitive advantage in rapidly evolving markets where speed and agility are critical to success.

2. Improve Quality and Reliability

By automating testing, deployment, and other processes, DevOps practices can improve the consistency and reliability of software releases, reduce the risk of errors and failures, and enhance the overall quality of software systems. This can build trust with customers and users, improve user satisfaction, and reduce the risk of negative business impact due to software issues.

DevOps fundamental practices can also promote a culture of collaboration and shared responsibility between development, operations, and other stakeholders. By breaking down silos, reducing handoffs and conflicts, and improving communication and knowledge sharing, DevOps practices can help increase collaboration and communication across teams, which can lead to better outcomes and greater innovation. This can also foster a sense of ownership and accountability among team members, improving motivation and engagement.

3. Increase Efficiency and Productivity

By streamlining and automating repetitive and time-consuming tasks, DevOps practices can free up resources and increase productivity, allowing teams to focus on more valuable activities such as innovation, experimentation, and problem-solving. This can also reduce the risk of burnout and fatigue among team members, as well as improve job satisfaction and retention.

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Conclusion

If you are using legacy systems and processes, it’s time to reevaluate what you’re doing and streamline wherever possible. Leveraging automation, shifting left sooner, examining your DevOps toolchain, and improving pipeline efficiency can all introduce efficiencies to make your process run more smoothly.

At the same time, you need to ensure you have the right team in place and provide a culture and project environment that helps retain top talent and allows them to work efficiently.

Mindbowser can help. We are a team of experts with a proven track record for building tech products, augmenting teams, and delivering impactful results. Whether you need software product engineering, staff augmentation, or offshore development, we can help streamline and accelerate your DevOps cycles.

Contact Mindbowser today and let us show you what we can do.

Frequently Asked Questions

Which are best practices to implementing DevOps?

Some of the best practices for implementing DevOps include adopting continuous integration and delivery (CI/CD), automating processes, fostering collaboration and ownership, emphasizing monitoring and feedback loops, and promoting a culture of continuous learning and improvement.

Why is automation important in DevOps practices?

Automation is crucial in DevOps practices as it helps eliminate manual, repetitive tasks, reduces errors, and increases efficiency. By automating building, testing, and deployment processes, teams can achieve faster delivery, improved quality, and better resource utilization.

How do DevOps best practices promote collaboration?

DevOps best practices promote collaboration by breaking down silos between development, operations, and other teams involved in the software delivery lifecycle. By fostering open communication, shared responsibility, and cross-functional teamwork, DevOps practices encourage collaboration, knowledge sharing, and a collective focus on delivering value to customers.

How can monitoring and feedback loops improve DevOps practices?

Monitoring and feedback loops in DevOps practices provide valuable insights into the performance and health of software systems. By monitoring metrics, logs, and user feedback, teams can proactively identify and address issues, optimize system performance, and ensure a reliable user experience. Feedback loops enable continuous learning, improvement, and iterative development cycles.

How can organizations foster a culture of continuous learning in DevOps practices?

Organizations can foster a culture of continuous learning in DevOps practices by providing opportunities for professional growth, such as attending conferences, workshops, and training programs. Encouraging knowledge sharing, setting up mentorship programs, and promoting experimentation and innovation within the team can also contribute to a continuous learning and improvement culture.

Content Team

This blog is from Mindbowser‘s content team – a group of individuals coming together to create pieces that you may like. If you have feedback, please drop us a message on contact@mindbowser.com

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