What are the Main DevSecOps Success Factors?


DevSecOps is a methodology for approaching IT security with the mentality that “everyone is responsible for security.” It entails incorporating security practices into a company’s DevOps process.

DevSecOps meaning development, security, and operations is an application development theory that encourages security acceptance in the software development lifecycle.

The aim is to integrate security into the software development process at any level. In contrast to previous development models, DevSecOps, meaning development, security, and operations, implies that protection isn’t saved until the end of the SDLC.

Why Is DevSecOps Necessary?

By making security protocols a primary component of the software lifecycle, teams can write safe code from the beginning rather than applying security “frosting” at the end. Companies can achieve the following benefits by incorporating protection early on:

  • Detect bugs and flaws early on and patch them for less money.
  • Using open-source packages with confidence, knowing that dangerous components can be tracked by an automated method.
  • Save money on resource management because you’re just searching for resources and methods that will help you create stable applications.
  • Prioritize protection for developers while also growing their security knowledge.

Key Success Factors for DevSecOps

Utilizing Security of Cloud Service Provider

Using the security mechanisms provided by your cloud service provider is another effective technique for incorporating security into your application delivery process.

Most of these resources are used in the DevOps phase during the deployment and post-deployment periods, representing more conventional security services.

However, they continue to play an essential role as part of the application’s outer defences. Since they are part of the cloud framework, they are generally easy to automate and standardize.

Make Use of an IAST Tool

Due to the lack of dedicated security experts in most software development teams, security protection would be enforced by non-specialists. AST tools allow developers to write safe code by including them in their toolchain.

To prevent the shortage of consistency and labour-work intensive evaluations of SAST data, use a more channel coding tool, such as Interactive application security testing (IAST). IAST tools do not require tuning or manual inspection, so they do not contain false positives.

You can eliminate slow code scanning activities with the aid of IAST tools and instead receive real-time updates on your security problems as you continue to write your code.

To Ensure Consistency, Define Metrics, and Milestones

Security problems can prevent deployment in the same way as code compilation errors do. These automated checkpoints, known as “security protocols,” ensure that the code pushed down in the CI/CD stream adheres to security requirements.

Create automated security checkpoints to enforce quality targets, and halt the flow if the amount of security bugs exceeds a predetermined threshold. Look for products that can work with your deployment system.

It’s essential to tailor the thresholds to the team’s security maturity level, beginning with a more versatile threshold and working your way up to rigorous milestones.

Runtime protection is another crucial security mechanism that should be applied via the CI/CD system as part of a DevSecOps strategy.

Runtime Security

Runtime security refers to safeguarding software from risks that may occur once it is launched. While runtime protection has historically been discussed in terms of protecting software after it has been deployed, runtime threats may occur earlier in the pipeline as well.

Even if they don’t, caring about framework security earlier in the implementation phase means that runtime issues are controlled until you start. Depending on your individual needs, you’ll use different methods and techniques for runtime detection. Runtime protection should be implemented into the CI/CD system, not only in development environments, for all of these purposes.

At the very least, you’ll want to make sure you’re keeping an eye on your app for suspicious activity that might indicate a violation. You should also be aware that environmental factors or configuration files can cause security flaws in runtime and have a mechanism to identify those threats.

Best Practices for DevSecOps Success

The following are important aspects that affect the performance of the DevSecOps philosophy:

  • Always measure success through performance, open collaboration, and mutual metrics.
  • Capabilities for self-service protection.
  • Automate functions that are recurring and integrate operational controls and inspections.
  • Testing should be done on a risk-based methodology
  • Planning a comprehensive approach to achieving security goals.
  • Checking, recording, and telemetry should all be done regularly.

Final Thought

While no one can guarantee a project’s protection 100 per cent of the time, organizations should prepare for as many risks as possible by following the DevSecOps methodology’s best practices. It’s never too early in the software development life cycle (SDLC) to enforce the security code culture.