How DevSecOps approaches generate organizational resilience, according to the InfoSec 2022 guidance

Resilience in a world of chaotic cyberattacks

Building resistance against malicious cyberattacks is more important—and trickier—than ever as large-scale vulnerabilities like Log4Shell surface. Adopting cloud-native technologies and open-source software improves the feature set and scalability of apps but also adds to IT complexity. The vulnerability management strategy used by security teams must be seamless. Security teams are on the front lines of company success and resilience because of this IT complexity.

In recent years, the ability to manually monitor IT settings has surpassed the number of vulnerabilities. As a result, as vulnerabilities spread and adapt in an environment, it’s difficult for enterprises to catch up following a DevSecOps shift. Similarly, teams can’t rely just on human efforts to find and fix the growing number of flaws. Instead, businesses must engage the help of software intelligence to monitor their systems from beginning to finish to discover and prioritize remediation operations.

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Open source software security

Don’t give up flexibility or features in exchange for vulnerability. Organizations’ environments become more flexible when using cloud-native and open source technology. These technologies, on the other hand, can add to the complexity. Microservices, Kubernetes, and serverless platforms are examples of cloud environment toolkits that enable business agility while adding complexity that many security solutions aren’t designed to handle.

Furthermore, having real-time visibility into production flaws aids in the security of vital consumer and employee data. Organizations may move more quickly and innovate more easily thanks to software development. However, some of this agility necessitates using third-party code libraries, which may have vulnerabilities. These vulnerabilities can cause havoc once apps are live and in production if they go unnoticed. Consider the recent Log4Shell and Spring4Shell flaws, for example.

According to recent data, it can take more than 200 days to find and patch a vulnerability. How can businesses prevent runtime vulnerabilities from compromising critical data?

DevSecOps: Security by design

Security by design, considering cybersecurity from the start of software development rather than as an afterthought, is a basic premise of DevSecOps methods and culture. To enable code testing for vulnerabilities not only in action but also in production, DevSecOps teams must incorporate security into their development plans early in the software development lifecycle.

DevSecOps methods build on DevOps by ensuring that security considerations are at the forefront of developers’ minds as they write code. Integrating security into the DevOps workflow aids enterprises in improving application security so that users and businesses are better protected from cyberattacks and data breaches. Advanced DevOps observability solutions incorporating DevSecOps concepts, for example, can detect and fix severe zero-day vulnerabilities like Log4Shell, which prevents hostile actors from executing commands on specific Java processes exposed to the outside world. Organizations can even ensure that their releases are secure by default by automating DevSecOps release validation through quality gates.

About Enteros

Enteros offers a patented database performance management SaaS platform. It proactively identifies root causes of complex business-impacting database scalability and performance issues across a growing number of clouds, RDBMS, NoSQL, and machine learning database platforms.