DevSecOps automation can help organizations by scaling development, adding security, and reducing repetitive tasks.
Companies want to make sure their DevSecOps strategy includes automation so that they can benefit from the advantages it offers. With automated DevSecOps, developers can get new applications live as well as release changes at a fast rate without introducing security vulnerabilities.
Reasons why DevSecOps automation is necessary
1. The Importance of Accelerating Development and Deployment
DevSecOps is a software delivery approach that combines the different stages of software development under one framework. The idea behind DevSecOps is to increase efficiency, ultimately speeding up many stages in the SDLC. With an ever-increasing speed of business, DevSecOps allows for constant Business requirements, policy updates, bug fixes, and code integrations.
An automation framework can be created that is integrated into the SDLC and provides security functions. With DevSecOps tools, an application can self-monitor and roll back automatically to a previous version if there are any breaking bugs.
2. Improve verification checks
In order to maintain the cost of software development, software developers must implement code verification checks in DevSecOps frameworks. The automated system will find and correct errors early on, taking the time burden off of the developer.
3. Maintain security uniformity
The structure of DevSecOps should include processes that integrate security in a uniform way. This tight-knit process creates a more structured and consistent foundation for security.
4. How to use self-service functions
When using DevSecOps, developers can self-service security tools that help them to remediate vulnerabilities they identify. This will help speed up the process.
DevSecOps provides developers and admins with tools, such as custom security configuration, to help them protect themselves. The self-service nature of DevSecOps promotes a culture where team members design their own processes, as well as develop skills related to security.
5. What is AI-backed threat analysis?
Advanced DevSecOps frameworks use machine learning and AI to streamline and simplify complex, time-consuming DevSecOps tasks.
Collecting information from software and OS logs can identify the areas which bad actors are targeting. Once a specific issue is identified, AI can suggest code changes that will make the problem less likely to occur in the future. The testing process for any changes made is heavily reliant on machine learning.
6. Learn the concept of cost savings potential
DevSecOps automation can result in cost savings in several areas, such as speeding up the delivery of software, helping reduce the likelihood of a catastrophic cybersecurity incident, and lowering the need for operations staff to execute a secure SDLC process.
Practical DevSecOps has a wide array of training and certifications for DevSecOps to provide real-world skills in their state-of-the-art online lab and achieve your DevSecOps Certification. It also provides the perfect platform to learn DevSecOps concepts, tools, and techniques from Industry experts with a practical and hands-on course.
If you are new to Practical DevSecOps, we recommend you explore our FAQs, Courses, and LinkedIn which will help you connect with 5,000+ Security Experts and Developers in Learning DevSecOps Skills and more. You can enroll for a course of your interest to find answers to technical issues and hone your skills, and make the most of Practical DevSecOps’ state-of-the-art online labs.