5 key techniques to improve your DevSecOps framework

According to a study by Markets and Markets, the global DevOps market size will increase from USD 2.9 billion in 2017 to USD 10.31 billion in 2023, with a compound annual growth rate (CAGR) of 24.7% over the forecast period. There is growing interest in DevOps because it can not only compress the software delivery cycle, but also improve the speed and quality of delivery.

Verified Market Research also forecasts that the global DevSecOps market was valued at $2.18 billion in 2019 and is expected to reach $17.16 billion by 2027, growing at a CAGR of 30.76% from 2020 to 2027.

In the IT community, more and more projects are adopting the DevOps approach, and many organizations recognize the advantages of DevSecOps. As the name suggests, it means the security of the DevOps approach. Throughout the development process, less time is spent maintaining and maintaining development security. Secure code is an important part of advancing DevOps.

An important goal of DevSecOps is to integrate security into the entire software development lifecycle. This goal will be accomplished by the security and operations teams. This article will describe how to implement a DevSecOps approach and how to successfully automate the entire process from continuous integration to deployment.

1. Teams need to understand the new culture of DevSecOps

The DevSecOps team consists of three teams: the development team, the operations team, and the security team. The goal of the DevSecOps team is to enhance security protocols at the application and infrastructure level.
Modern development best practices force companies to consolidate development, operations, and security teams under one DevSecOps umbrella to build, release code faster by integrating security with a shift-left strategy.

It eases the burden, builds trust, and empowers the deployment process through frequent communication, engagement, collaboration, and team coordination.

2. Use agile development in DevSecOps

DevSecOps cannot replace agile methodologies. It's a compliment to agile, but it's not a substitute for moving from rapid development to delivering a product. Agile methods in DevSecOps help deliver code with faster and more frequent product releases.

Agile methodologies cover software testing, quality assurance, and production support, while DevSecOps provides the tools to facilitate agile adaptation. DevSecOps has begun to emphasize security testing at an early stage to improve software quality. DevSecOps is seen as an integral part of software continuous integration and continuous delivery.

3. Use automated testing

DevSecOps combines the advantages of DevOps and automated testing. Automated testing helps keep the DevOps model connected. It enables faster delivery and higher quality in the pipeline. It also provides a platform for software release and subsequent discovery of bugs.
Cyber-attacks are intensifying across industries, and DevSecOps is also playing a key role in dealing with cyber-attacks. The automated testing method provides a comprehensive security testing strategy to ensure the security of enterprise critical applications. Doing this as part of the release cycle can effectively address early common vulnerabilities and patches. So, it starts with an application or infrastructure that acts as an attacker so that such vulnerabilities can be overcome.

4. 24/7 continuous monitoring and scaling

24/7 continuous monitoring is a basic requirement of DevSecOps. This process includes a variety of continuous monitoring tools that ensure the safety system operates intelligently. Allows us to better track, audit and fully understand security.
Also, when maintaining large data centers, continuous monitoring and scaling helps to automate processes for scaling IT infrastructure and avoid wasting resources.

5. Ensure the security of the CI-CD pipeline

In recent years, the adoption of DevSecOps has helped many enterprises take responsibility and ownership of security in various areas such as product owners, product managers, development, testing, and CloudOps. Problems include massive gaps, abrupt resignations of executives and failures of executives to meet consumer demand. To address these issues, companies stress that DevSecOps requires joint security teams and partners to develop security automation solutions in the CI-CD pipeline.

Additionally, many teams also follow agile development processes, where DevSecOps plays the role of security auditing and penetration testing.

DevSecOps designers integrate with a continuous CI-CD delivery pipeline to ensure the security of product (software) delivery. This allows companies to respond quickly to security incidents with predictable timing and budget.