Who Is a DevOps Engineer?

A DevOps engineer is vital to a company because they can help it become more efficient, reliable, and ultimately more successful. A DevOps engineer enables a company’s agility by automating and streamlining software releases. This is critical as companies must move quickly to remain relevant, especially in today’s fast-paced and competitive environment. That said, this role comes with a lot of responsibility. Let’s dive into the DevOps engineer’s role to see how their work helps companies release quality software.

What Is DevOps?

DevOps is a workflow strategy that emphasizes collaboration between development and operations at a company, usually related to software development. The goal is to create an all-inclusive approach to software development that encompasses both the coding and troubleshooting aspects. 

DevOps increases communication between developers and IT professionals to help improve efficiency across all aspects of software development. The concept of DevOps is related to agile methodology, focusing on optimizing success by integrating the work of software developers and IT professionals. Successful DevOps management has several key goals: 

  • Faster security updates and software patches
  • Reliable IT troubleshooting techniques
  • Improved automation
  • Reduced glitches and software failures

The DevOps Engineer’s Role in Software Development

The DevOps engineer is responsible for the release engineering process. They are responsible for ensuring that the software is tested and ready to be released. They also ensure that the release process is documented and all necessary steps are completed before a release. Additional duties include:

Continuous Integration: The engineer is responsible for continuous integration (CI) and continuous delivery (CD). CI involves building, testing, and releasing code frequently to ensure that bugs are fixed quickly. 

Continuous Delivery: A person in this role is responsible for automating the deployment of new code as soon as developers have successfully tested it. This involves automating testing, deployment, configuration management, monitoring, and other tasks.

Automation: The DevOps engineer must automate as much of the software development process as possible to reduce risk and increase efficiency. 

Configuration Management: A DevOps professional must be familiar with configuration management tools so they can automate configuration management tasks such as deploying new code or configuring servers. 

Monitoring: A DevOps engineer must be familiar with monitoring tools so they can monitor the health of their infrastructure. They must also be familiar with tools like Prometheus or Grafana to monitor application performance.

Infrastructure Provisioning: Engineers must be familiar with tools to automate tasks such as provisioning servers or managing infrastructure components like load balancers or firewalls.

Performance Testing and Benchmarking: The DevOps engineer uses monitoring tools to evaluate application performance. They also use tools to perform performance testing.

Optimizing Release Cycles: It’s a common misconception that DevOps engineers work on automating everything from the beginning. In reality, they start with the things that cause the most pain and then go from there. The main goal is to optimize release cycles, which means reducing the time it takes to get new features from development to production.

Collecting and Analyzing Metrics: A metrics dashboard helps teams monitor and troubleshoot the application delivery process. The metrics dashboard shows the status of each stage in the delivery process, the duration of each stage, the average and maximum response times, and the volume of requests. 

Security: Software security is an important responsibility of the DevOps engineer. They must also work with the development team to implement security during the development. 

DevOps engineers have a valuable role. These team members enable a company’s agility by automating and streamlining software releases. They are responsible for ensuring that the software is tested and ready to be released. This includes automated testing, deployment, configuration management, monitoring, and other tasks. The goal is to create an all-inclusive approach to software development that also provides delivery and monitoring.

About Cloudshape

The team at Cloudshape™ is leading the industry in Dev(Sec)Ops and SRE Architecture and Modernization. Our “no B.S.” philosophy means we get down to business right away and we won’t leave you in the dark wondering how things are going. You’ll get bi-weekly, in-depth demos to update you on progress. Always Honest. No BS. Deliver Value. That’s what you get with Cloudshape™ on your side. Reach out today to see how we can help with your application modernization efforts.