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What is DevSecOps and How does it help in securing Pipelines
By Swiss Himmel
Today, our businesses are run by software. Almost all aspects of the digital organisation are powered by it, including operations, transactions, and communications. The security of operating systems and apps is therefore a top responsibility for development and security teams. In this context, DevSecOps is crucial.
DevSecOps – Development, security and operations
Development, security, and operations are abbreviated as DevSecOps. Applying security controls across the software development life cycle is an extension of the DevOps paradigm for software development (SDLC). Everyone participating in the development process should be aware of the importance of security, according to DevSecOps. To improve communication between the security, development, and operations teams and to make the software more secure, DevSecOps serves as a paradigm.
Why does DevSecOps Matter?
Cybercriminals may use software flaws as entry points to begin assaults, which have the potential to disrupt whole supply chains. A recent instance is a flaw in Apache Log4j that was found in the latter half of 2021. Java programmes may more easily record data thanks to the Java package called Log4j, which is part of the Java logging systems. It is quite prevalent and frequently utilised.
Engineers found a remote code execution vulnerability in Log4j around the end of last year that enables hackers to take over systems and their data. The issue also poses a threat to millions of devices. In reality, the flaw might affect any internet-connected device running a certain version of Log4j. Given Log4j’s widespread use, the threat is significant.
Log4j is simply one illustration. Given how heavily dependent digital organisations are on apps, maintaining software security is crucial. DevSecOps is an example of how to accomplish it.
What are the benefits of DevSecOps?
Adopting the DevSecOps methodology has several advantages for organisations. The most obvious is probably better software security. Development teams may produce more secure products by implementing security controls from the very beginning of development and maintaining that emphasis through production.
The improved communication between the security and development teams is an additional advantage. These teams can occasionally clash due to their diverse goals. The ensuing friction may affect output. One strategy to reduce conflict is to work toward common objectives. There is also a chance for engineers to learn fresh information about cyber security
What are the tools used in DevSecOps?
A variety of technological tools are available for organisations to use in their DevSecOps initiatives. Without hindering output, these methods aid in reducing risk in software development pipelines. They accomplish this by identifying vulnerabilities and addressing them through ongoing security testing.
Security teams may effectively manage the security of development projects with the help of DevSecOps technologies without having to manually evaluate and approve each release.
A DevSecOps tool is the vulnerability scanner, for instance. These programmes automatically check software for known vulnerabilities at various stages of development. By identifying and comparing the open source components of your programme to vulnerability databases, software vendor advisories, and other security sources, open source vulnerability scanning, also known as software composition analysis (SCA), searches for weaknesses.
Can DevSecOps replace DevOps?
DevSecOps is more of an extension of the paradigm than a substitute for DevOps. DevSecOps develops the fundamental ideas of DevOps with a focus on security.
An organization’s software development and IT operations divisions should work closely together and communicate with one another, according to the DevOps methodology for software development. The objective of DevOps is to create software more rapidly and effectively. DevSecOps, as the name suggests, adds security to the development and operations procedures covered by DevOps.
Both stress automation and teamwork, for example, thus there is a lot of overlap between the two. DevSecOps, on the other hand, involves cooperation between development and security experts, whereas DevOps involves collaboration between development and operations.
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