DevSecOps is a strategy that incorporates security practices into the software development lifecycle. It aims to produce secure software quickly by integrating security teams into development and operations. Adopting DevSecOps provides benefits like enhanced security, quicker product delivery, and an adaptable security process. Transitioning to DevSecOps requires aligning security, development, and operations as a shared responsibility from the beginning of the development cycle. Automating security testing helps detect vulnerabilities early to speed development while maintaining security.

1. DevSecOps: A 2023 technological trend
to watch out on
DevSecOps is the next phase in project development.
DevSecOps is a popular strategy in application security that involves adding security
early in the software development life cycle. Incorporating security teams within the
software delivery cycle broadens the scope of collaboration between the development
and operations teams. To deploy DevSecOps, these strong functional teams must
modify their culture, processes, and toolkits, making security a shared responsibility.
Security is no anymore an abstraction in the SDLC. DevSecOps prioritizes security in its
coding standards for developers, ensuring that code is pre-vetted with security in mind
at every level. The DevSecOps technique uses a no-touch automated way to finish
security tests rapidly through shared responsibilities in the CI-CD pipeline.
Understanding DevSecOps works
 Implement Security Policy as Code
 Infrastructure as code eliminates the need to configure and administer
applications and servers manually. Apply the same principle to your SDLC
security policy to stop error-prone, time-consuming configuration
operations.

2.  Separation of Duties
 All members of a DevOps team should have clearly defined roles and
responsibilities. Create a documented security policy that codifies the
interaction between each department.
 Integrate Security into CI/CD Pipelines
 Modern management technologies are utilized to eliminate inefficiencies
and expedite progress. Furthermore, concentrating on micro services
simplifies security audits and makes it easier to deploy improvements.
 A Proactive Approach to Security
 Implementing effective security measures across the software
development lifecycle is crucial to eliminate risks, decrease vulnerabilities,
and enhance the security posture, which includes thoroughly addressing
all SDLC security standards.
 Automation
 Automation should be used in DevOps security to reduce human and
manual interaction. By automating security processes, sensitive data may
be rotated automatically. Furthermore, when a breach occurs, privileged
sessions may be swiftly terminated
What Enterprises Should Know About DevSecOps
As security vulnerabilities rise, DevSecOps is becoming more defined as a concept and
gaining traction in adoption. DevSecOps enables businesses to produce and deploy
software products quickly while maintaining a high level of application security. Instead
of focusing just on sprints, deliverables, and delivery timeframes, DevSecOps enables
programmers to secure code as they create it. It eventually assures that time-to-market
and security are not mutually incompatible goals.
Adopting DevSecOps has many advantages
 Enhanced and proactive security
Code review, audits, QA testing, and scanning for security flaws are part of the
DevSecOps software development and delivery approach. Its goal is to
guarantee that problems are discovered, handled, and proactively nipped in the
bud as soon as they are identified
 Quick and inexpensive product delivery
Security vulnerabilities can stymie developers by requiring them to remedy time-
consuming bugs that would have been easy to tackle if found earlier in the
process. DevSecOps reduces or removes bottlenecks, simplifying security by
making it easier to address

3.  Developing a Reliable and Adaptable Security Process
DevSecOps fosters and supports a culture in which security is implemented
uniformly throughout the environment. Its embedded automation approaches
also ensure that the DevSecOps process can alter and respond to new
requirements
 Better code coverage and susceptibility patching
DevSecOps increases overall security by utilizing automation and continually
improving procedures. As a result, it can discover, fix, and patch security issues
more quickly
Significance of DevSecOps?
DevSecOps strives to eliminate barriers between development, security, and operations
to produce more secure software more quickly. When development teams write code
from the beginning with safety in mind, it is simpler and less expensive to find and repair
vulnerabilities before they have a chance to affect the production environment.
 DevSecOps shortens drawn-out cycle durations while maintaining software
compliance criteria in the automotive industry
 DevSecOps in healthcare facilitates digital transformation activities while
ensuring the privacy and security of highly confidential data by legislation
 DevSecOps ensures that the top web application security risks are handled and
upholds data privacy and security compliance for transactions involving
customers, merchants, financial services, and other entities in the finance,
retailer, and e-commerce sectors
 DevSecOps allows developers to design safe code that reduces the frequency of
the most severe software defects on embedded, networked, dedicated,
consumer, and IoT devices
DevSecOps tools for app security
To deploy DevSecOps, businesses should consider integrating many application
security testing (AST) technologies into various phases of their CI/CD process. Among
the most often used AST tools are;
 Static application security testing (SAST)
 Software composition analysis (SCA)
 Interactive application security testing (IAST)
 Dynamic application security testing (DAST)

4. Transitioning to a DevSecOps Model: Obstacles and Solutions
Transitioning to a DevSecOps paradigm is problematic because it forces DevOps teams
out of their comfort zone. Security is frustrating because it frequently needs to catch up.
The problem is establishing safety as a collaborative structure, effectively becoming a
shared duty among all owners. Identifying the essential points in the SDLC process
where security, development, and operations interact can aid in the move to
DevSecOps. This may be accomplished by utilizing the appropriate technologies that
blend protection and development. Embedded automation in the form of dynamic
application security testing (DAST), which searches for vulnerabilities in real-time while
the program runs, is also helpful.
Conclusion
As we become increasingly digitally integrated, prioritizing security is more critical than
ever. Previously, security was kept in a separate team and only employed in the last
phases of development. In contrast, this does not represent a concern for projects that
last months or years because DevOps leverages successful quick deployment across
days and weeks; the primary method can impede this process.
DevSecOps necessitates that the application and infrastructure consider security from
the start. DevSecOps should also integrate security gates within the DevOps workflow
to avoid slowing development. DevSecOps assists in maintaining consistency, tracking,
monitoring, and correcting any security vulnerabilities that arise during development.
With security becoming a primary concern for many enterprises, we anticipate the
emergence of DevSecOps in 2023.
Sun Technologies is one of the few leading providers of the DevSecOps end-to-end consulting
services. Our consultants are specialized in evaluating, implementing and supporting our clients’
DevSecOps initiatives, from simple to complex IT projects at the enterprise level.
We produce tailored DevSecOps platforms integrating security into areas such as / automation,
test automation, deployment automation, monitoring, environment management and others.