No organization can afford to ignore the security of their applications in 2022 and beyond with the threat landscape continually evolving at its current pace. The focus on application security necessitates organizations to move from DevOps to DevSecOps.
Agile and DevOps help organizations deliver software products quickly, but is that what organizations prioritize in 2022 and beyond? DevOps and DevSecOps are discussed often in direct contrast to each other or as either/or approaches, but DevSecOps is not only compatible with DevOps but a necessary part of it for organizations to develop secure software quickly.
As a quick introduction, DevOps aims to improve the software development flow from coding to testing and deployment while minimizing risk at each step. DevSecOps is a set of guiding principles to help organizations secure their infrastructure, software, data and applications, moving ahead from the traditional perimeter security model.
Related Reading: Ensure Smooth DevOps Outsourcing for Your Startup
How DevSecOps Differs from DevOps
DevOps primarily focuses on enabling IT and operations teams to collaborate smoothly and more frequently. The two teams work together through the development and deployment process and implement shared goals to optimize the speed of development and delivery. DevOps speeds up development and often compromises security.
DevSecOps came into the picture as organizations realized that the speed of development should not come at the expense of security. Therefore, instead of viewing application security as an afterthought, DevSecOps integrates security into the development pipeline right from the start.
The goal of DevOps is to plug gaps in communication between the IT and operations teams through collaboration, continuous integration and automation and to reduce risk through the process.
The goal of DevSecOps is to make frequent and informed security decisions through the development cycle and share them safely within teams while maintaining the speed and control of development.
Skills and Competencies
The skills and competencies required to work in DevOps are Linux fundamentals and scripting, besides a working knowledge of various DevOps tools.
The competencies required to work in DevSecOps include detecting vulnerabilities with automated security solutions, extensive knowledge of cloud security and the ability to provide support to infrastructure users.
Related Reading: 13 Reasons Why Your Startup Needs a DevOps Strategy
How DevSecOps Resembles DevOps
According to GitLab’s 2021 Global DevSecOps Survey of 4,300 employees, 60% of developers are releasing code twice as faster as ever before due to DevOps. 56% reported that their teams are either fully or “mostly” automated. 72% of security pros rated their organization as “good” or “strong” in their security efforts. DevOps teams are running more security scans than ever before, and 70% of security team members say security has shifted left on the development cycle.
The following principles stay the same in DevSecOps as in DevOps:
The DevSecOps approach additionally includes the following:
Advantages of DevSecOps for Startups and Enterprises
DevSecOps enhances the security of the entire software development lifecycle so that the resulting product is more robust and secure. Here are the distinct benefits of DevSecOps for the modern startups and enterprises:
Save time and cost
Address security early on by integrating it right into the DevOps workflow end-to-end. When security is taken care of through the designing, coding and deployment stages, it ultimately helps save time and money that goes in vain due to security loopholes that surface later and security breaches that happen down the line.
As developers focus on security through development, the software entering production is ready to use, meaning no back and forth fixing security gaps. Contrary to popular notions, in the bigger realm, DevSecOps accelerates delivery and reduces risks.
Shared security ownership
When security is part of everyone’s job, employees in development teams also feel responsible for building secure software. As developers focus on security and don’t simply rely on testing analysts and QAs to test the code, there is less rift between the two teams.
With shared security ownership also comes uniform security protocols across departments stemming from collaboration and communication amongst developers, security teams and operations teams.
Accelerated remediation from automation
Automated application security testing prevents security issues from crawling into apps and helps detect and fix security loopholes early on. Security tools that integrate seamlessly into development environments never interrupt the development process and enable continuous security management.
DevSecOps accelerates remediation and prevents security gaps through automation.
Related Reading: Why Startups Should Consider Outsourcing DevOps
Tips to Transition from DevOps to DevSecOps Frictionlessly
Nearly 85% of Upskilling IT 2022 respondents said DevOps or DevSecOps are “critical” or “important” operating models to have. Here’s how to move from DevOps to DevSecOps:
Pick the right security testing method(s)
A wide range of testing techniques is available today. Startups and enterprises must choose according to individual project needs.
Define coding standards
DevSecOps requires assessing code quality so that it can be easily secured in the future. Set up an arrangement to train developers on coding best practices and lay down the coding standards your company will follow.
Secure your software
Secure your applications to robustly run on a distributed architecture instead of trying to safeguard the growing and blurring perimeter. An implicit security protocol that DevSecOps brings can assure that security is addressed internally and intentionally in your enterprise.
DevSecOps revolves around:
The focus is justifiably shifting from rapid deployment to secure yet rapid deployment, and DevSecOps is the way to do it.
Speak to one of the DevSecOps experts at KiwiTech to outline your own journey from DevOps to DevSecOps.