DevSecOps is an approach that focuses on the alignment of the three core pillars of DevOps — Development, Operations, and Security. It’s a combination of processes, tools and practices designed to enable organizations to adopt innovative and secure practices while enabling continuous delivery.
The core concept behind DevSecOps is to build security capabilities into the development, testing and deployment process, in order to get security right the first time. This involves the integration of security best practices, automated tools and processes to ensure quicker delivery timelines while maintaining high levels of security.
By integrating security into the development lifecycle, DevSecOps enables organizations to effectively manage risk and maintain the highest levels of security. Let’s look at the definition, benefits, and best practices of DevSecOps in detail.
Definition: DevSecOps is the integration of Security into the DevOps process. It is the alignment of cybersecurity with the projects of software development and continuous delivery. With better collaboration between Development, Operations, and Security teams, DevSecOps enables secure, frequent delivery of software.
Benefits: The integration of DevSecOps into the development process can have many benefits including:
● Automation: Automation is at the heart of DevSecOps. By automating the security process, it allows teams to focus on implementing security while speeding up software delivery and testing.
● Improved Security: With greater automation and more secure processes, DevSecOps reduces the risk of common cybersecurity and software security threats.
● Faster Delivery: By integrating the security process into the development process, it can help drive faster and more efficiently deliver software for quicker time-to-market.
● Increased Collaboration: DevSecOps encourages open communication and collaboration between the development, operations and security teams.
Best Practices: To reap the benefits of DevSecOps, organizations should follow some of the best practices, such as:
● Secure Development Lifecycle (SDL): The core goal of SDL is to ensure that security procedures and practices are properly followed. This involves:
• Designing and developing a secure solution
• Code reviews
• Automating security tests
• Improving the feedback loop between development and security teams
● Continuous Delivery: Continuous delivery focuses on the automation of the software delivery process to speed up the process, while ensuring that tight quality control is followed. This process is based on the principal of having deployable software available at any time, eliminating slow and inefficient manual processes.
● Continuous Integration: Continuous integration involves the automation of build and testing processes. It focuses on the delivery of software in short cycles based on the requests from customers. This minimalist approach also helps to quickly identify and fix bugs in the system.
● Security Monitoring: Monitoring and logging of security-related activities and processes play an important role in DevSecOps. Alerts from the system should be set up so that security teams can monitor the system and be notified of any potential threats or vulnerabilities.
● Automated Security Testing: Automated Security Testing should be integrated with the development process to ensure the security of the software throughout the process. This can include static tests, dynamic tests, and other tests like software penetration testing.
DevSecOps is a powerful integration of Software Development, Operations and Security that can help organizations reduce the risk of cybersecurity threats, improve software security, ensure quicker delivery and enable innovation in the software development process. By following the DevSecOps best practices, organizations will be able to leverage the benefits of DevSecOps while enabling secure and collaborative software development.
This Cyber News was published on heimdalsecurity.com. Publication date: Mon, 23 Jan 2023 18:57:29 +0000