Security should never be an afterthought when developing software and applications. However, as technology continues to advance, the security tools that many people rely on are changing in real time, and new strategies are now needed to eliminate potential vulnerabilities or hacking attacks before a product even appears. To stay one step ahead of cybercriminals, it’s time to reimagine the application development process from “DevOps” to “DevSecOps.”

DevOps is an evolution of the agile software development lifecycle that Bridges the gap between development and operations teams. It breaks down silos and improves the ability of enterprises to deliver applications and services faster than traditional software development models. The traditional waterfall approach requires a long lead-time cycle, resulting in a tedious process — by the time the solution is considered ready for release, the market may have changed dramatically.

Today, agile software teams have release cycles of days or hours, which increases the risk of writing code defects and introducing bugs. So how can organizations generate more secure code and applications while maintaining rapid development efficiency, and prevent potential cyber attacks when they don’t yet know what those attacks are?

In order to strengthen the network security of its products, solutions and partners, it is necessary for the company to shift from a DevOps culture to a “DevSecOps” culture.

Start from scratch and stay safe

DevSecOps puts security at the forefront of the entire development process, ensuring good network security is always a priority for developers and operators in the software development process. This shift in mindset encourages organizations to look at the best ways to develop secure code and applications — and there are resources and strategies available to help development teams do just that.

Four-point security solution

Security framework: It’s always best to start with a roadmap — by looking to third-party sources for best practices, enterprises can ensure that their software can handle almost any situation. For example, Building security in the Maturity Model, also known as BSIMM, is a great resource that lists more than 120 security best practices, such as automated security testing through static code security detection and dynamic analysis, to help development teams keep these security tools first when designing solutions.

Secure code training: Developers don’t know what they don’t know, so the enterprise can train them on key threats and best practices. Ensure that teams are fully prepared to detect and correct any vulnerabilities in their code and products by implementing ongoing security awareness training.

Security gates: During DevOps builds, security gates can prevent releases — giving the security and engineering teams enough time to determine the severity of these errors that will disrupt the entire build. Implementing security gates helps the team determine exactly what needs to be fixed before release.

Implement a multi-layer security strategy: To ensure comprehensive security, enterprises must make security everyone’s responsibility. For example, you can first provide developers with tools to detect vulnerabilities as they write code, and then use an internal team to periodically run static code security detection and dynamic application security tools. To increase security, organizations can bring in external testers to perform black and gray box tests; Or, they could set up a bug bounty program and pay security researchers to find more difficult vulnerabilities.

Why scrutinize third-party codebase

Third-party libraries such as Apache Struts and Telerik UK(third-party.NET libraries) are both a blessing and a curse for enterprises. On the one hand, organizations can take content built by others, tweak it and build on it to create richer experiences, rather than having to build everything from scratch.

On the other hand, it is easy to introduce malicious code from the code base, so you need to keep updating and updating the library, as well as patch vulnerabilities in time, to maintain a “clean” code base. Developers will need to update toolkits to ensure that vulnerabilities in third-party materials are patched regularly and in real time, as even the slightest oversight by your team or partner can lead to the most serious vulnerabilities.

In fact, the Network Security and Infrastructure Security Agency (CISA) recently published a list of the most commonly exploited software vulnerabilities, and Apache Struts was the second most attacked technology on the list. Attackers also frequently exploit vulnerabilities in open source Web services, such as Apache Tomcat, which is bundled with countless products.

A game of whack-a-mole in progress

Threats and attacks that do not exist today will most likely exploit vulnerabilities in your systems tomorrow. However, by putting security first and implementing a DevSecOps culture, organizations can better mitigate threats as they arise and disrupt cyber attacks before they cause any problems.

Is your business ready for the next wave of threats?

Reference link:

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