What is DevOps?
DevOps is a combination of software development and information technology that allows companies to deploy applications faster. It brings the development and operations teams together so that the software development process is less redundant.
DevOps: What is the CALMS Model?
The CALMS model is the framework for DevOps and was developed in 2010 by Damon Edwards and John Willis, the authors of the DevOps Cafe podcast. CALMS is an abbreviation for Culture, Automation, Lean, Measurement, and Sharing.
Culture: focuses on people and welcomes change and experimentation.
Automation: It’s continuous delivery with infrastructure as code.
Lean: Focuses on creating end-user value with small batches.
Measure: Measure and show improvements at the same time.
Share: Open information exchange through collaboration and communication.
Are you familiar with the new culture of the software world that unites and blends operations and development practices?
With the advent of the new culture that automates Dev, QA, Prod, Ops, and Monitoring tasks to solve traditional problems. The culture is called DevOps.
DevOps Lifecycle Management automates tasks such as planning, scheduling, building, testing, releasing, deploying, operating, and monitoring.
What the future of DevOps looks like – based on statistics
- Industry expert predicts that the global DevOps market will grow to $9.40 billion by 2023, with a CAGR of 18.7% from 2017 to 2023.
- In 2019-2020, DevOps largely evolved from what we thought was just a catchphrase a few years ago.
- Many companies use DevOps and, according to Statista, there was an increase of up to 17% in 2018 versus 10% in 2017.
The 6 Most Important Trends Shaping the Future of DevOps in the IT Industry
1. AI and ML – These two technologies are gaining traction and trends show that they will improve and drive DevOps growth well into the future. Problems and issues due to large infrastructure and other processing of a large amount of information can help DevOps solve automation problems and issues.
2. Microservices architecture – DevOps and microservices architecture go hand in hand. The microservices architecture helps organizations easily deploy and add new functions, they are independent entities and do not interfere with other functions.
3. DevOps Assembly Lines – DevOps enables faster and more automated software delivery for enterprises. With pipelines, you can view the complete view of your app, from source code to production. It’s not just about seamless integration and deployment, it’s also about seamless delivery.
4. Automation is a key – it’s about getting contactless automation wherever possible in DevOps lifecycle management. This does not mean that everything should be automated, but that it should be done as much as possible. You can learn more about automation in the future by apply online DevOps certification training at the StarAgile Institute.
5. Test professionals to learn the code – testing is manual or tools are used. If you want to do this manually, you need to know the script and coding. Yes, testers need to learn to code to continually improve and improve the testing experience.
6. DevSecOps – Integrates security into application development and other areas of application delivery and operations. This reduces vulnerabilities when the application is terminated and submitted. It also brings IT and corporate security closer together.
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The benefits of DevOps are as follows:
- DevOps Lifecycle Management has dramatically reduced the number of iterations for applications, from development to operations and monitoring.
- Bug fixes and updates are a one-time activity
- Creates synergy between the company and the development team
- Monitoring is made easy with a continuous monitoring pipeline
- Make the system administrator’s job easier by automating the process
- Better management and control of DevOps infrastructures
- Faster software delivery
- Improved service resiliency
- The DevOps engineer has the responsibility and reliability to deliver early and professionally.
- Automation of important tasks such as operations and monitoring
- CI / CD pipeline automation
- Automation contributed to fewer errors throughout the lifecycle due to less human intervention
- Address issues and issues at the beginning of each lifecycle management phase
Future Reach of the DevOps Engineer
As you’ve seen, future DevOps trends in many companies that make software and applications will use DevOps professionally. These professionals will be in high demand across the industry in 2021 and beyond. Some of the profitable positions in the sector in 2021 are as follows
- Software tester
- Software developer
- Security engineer
- Integration Specialist
- DevOps Engineer
- DevOps Architect
- Automation technician
To benefit from strong growth, high requirements, and future DevOps trends, you need to be competent, experienced, knowledgeable, and trained in DevOps.
DevOps Scope and the Future of DevOps Engineer
The learning curve and career path for DevOps professionals and the top 7 areas of future DevOps reach are as follows.
- Learn DevOps tools, at least some tools at each stage of the DevOps lifecycle management
- Learn complete DevOps pipelines
- Learning Terminal and Prompt
- Learn the basics of security and networking
- Learning operating systems like Linux, Unix, and Windows
- The learning infrastructure is code.
Conclusion – What’s Ahead – Future DevOps 2021
As we’ve seen, the DevOps culture offers a paradigm shift from traditional SDLC to DevOps lifecycle management, and future DevOps brings great benefits to businesses. By 2021, many companies have already adopted DevOps and it has a bright future. To get trained by experts and for more information visit us DevOps Training in Pune.