DevOps is more than just collaboration between developer and operations teams. Data security must be incorporated into the entire life cycle of your applications to fully benefit from the flexibility and efficiency of a DevOps approach.

Security is a joint obligation that needs to be integrated into a DevOps collaborative environment from beginning to end. This philosophy of the security-enabled “DevOps” process is known as DevSecOps or security DevOps.

The industry is projected to rise at a 31.2 percent CAGR from $1.5 billion in 2018 to $ 5.9 billion by 2023, proving its significance.

What Is DevSecOps?

The ideology of security DevOps is to integrate security procedures into the DevOps framework. DevSecOps entails encouraging an environment with continuous, versatile cooperation between coders and cybersecurity experts.

Similar to DevOps, DevSecOps aims to develop innovative methods for complicated software engineering processes through an adaptive system. DevSecOps is a pivotal solution to eliminate slowdowns caused by traditional security models. The aim is to understand the connection between Information Technology and security while ensuring the code is delivered quickly and safely.

Why Do You Need Devsecops?

Over the last few years, the IT development industry has changed dramatically. Organizations aiming to prosper and expand through innovative software and services have reaped significant gains from the transition to agile cloud computing systems, shared storage and data, and dynamic applications.

Although DevOps applications have made significant progress in speed, size, and functionality, they frequently lack robust protection and compliance. As a result, DevSecOps is integrated into the software development lifecycle to bring together development, operations, and security under one roof.

Difference between DevOps and DevSecOps

Automation and continuous processes for creating collaborative development cycles are standard features of both DevOps and DevSecOps methodologies. Unlike DevOps, which prioritizes delivery speed, DevSecOps prioritizes security.

Security DevOps practices may increase development time at first, but they will ensure that the codebase is safe from the start. Teams will benefit from increased writing and delivery speed for safe codebases after some practice and until protection is completely integrated into the development process.

How DevSecOps Works?

Plan and Develop: It all begins with preparation. The strategy must be logical and succinct to be implemented successfully. Acceptance test standards, user interfaces, and threat models must all be developed by professionals.

The next stage is development, and teams can begin by assessing the maturity of their current activities. To provide guidance, it’s always a good idea to collect information from various sources. Establishing a code review framework can also be beneficial because it promotes uniformity, which is a DevSecOps feature.

Build and Test

After planning, come to the task of building. This is handled by automated build software. The source code is compiled into machine code in such tools through a build script. Build automation software has several useful features. They have an extensive library of plugins and a variety of UIs to choose from.

Some of the build automation software can also identify and update any old or problematic libraries with the latest ones. The next stage is research, where the pipeline is instilled with sound testing practices thanks to the robust automated testing process.

Deploy and Operate

IaC tools are often used for deployment because they simplify the process and speed up software development. Another critical phase is management, and operations teams are responsible for routine maintenance. Zero-day attacks are a nightmare. As a result, service teams should keep an eye on them. Security DevOps may use IaC software to protect the organization’s infrastructure rapidly and effectively, preventing human error.

Grow and Monitor: 

Using efficient, continuous monitoring tools is also an essential part of the DevSecOps process. They make sure the security systems are working properly.

Scaling plays a vital role as well. Because of the emergence of virtualization, businesses no longer have to spend money maintaining vast data centers. Instead, they can develop the IT infrastructure to handle any threats that arise.

These are some of the fundamental measures in implementing security DevOps. Your road map may involve some additional special measures, depending on the requirements and complexity of the task.

Final Thoughts

Safety must be integrated into DevOps pipelines for organizations that want to bring IT operations, security teams, and application developers together. Rather than retrofitting protection later in the cycle, the aim is to make it a core component of the software development workflow. 

Although there is still some disagreement about what security DevOps means for enterprise, utility in an environment of rapid release cycles, emerging security threats, and continuous integration is clear.