Software development and delivery is a complex and dynamic process that requires collaboration, automation, and quality. To meet the increasing demands of customers and businesses, software teams need to deliver software faster and more efficiently. But they also need to ensure that the software is secure and reliable. DevOps security, also known as DevSecOps, is a practice that integrates security into every stage of the software development lifecycle, from planning to deployment and beyond. DevOps security aims to improve efficiency and reduce risk by making security a shared responsibility for developers, IT operators, and security specialists.

1. DevOps Security: How to
Secure Your Software
Development and Delivery

2. Introduction
Software development and delivery is a complex and dynamic
process that requires collaboration, automation, and quality. To meet
the increasing demands of customers and businesses, software teams
need to deliver software faster and more efficiently. But they also
need to ensure that the software is secure and reliable.
DevOps security, also known as DevSecOps, is a practice that
integrates security into every stage of the software development
lifecycle, from planning to deployment and beyond. DevOps security
aims to improve efficiency and reduce risk by making security a
shared responsibility for developers, IT operators, and security
specialists.

3. What is DevOps?
DevOps is a collaborative organizational model that brings together software development and IT operations teams.
DevOps aims to improve efficiency and reduce bottlenecks by breaking down the silos between developers and IT
operators.
DevOps relies on five core components:
 An agile framework: DevOps adopts an agile methodology that focuses on shorter cycles and smaller changes,
enabling software teams to react quickly to customer feedback and market changes.
 Build-once, run-anywhere development: DevOps uses container technologies that enable developers to code,
build, run, and test software independently from operational resources. Containers also ensure consistency and
portability across different environments.
 Everything-as-code: DevOps uses code to define, automate, and document every aspect of the software
development and delivery process, such as configuration, testing, deployment, and monitoring.
 Automation: DevOps automates the process of software delivery by using tools such as continuous integration
(CI) and continuous delivery/deployment (CD) tools. CI/CD tools automate the process of building, testing, and
deploying software to reduce errors and speed up delivery.

4. The benefits of DevOps include:
 Faster software delivery: DevOps enables software teams to
deliver software faster by reducing manual tasks, eliminating
dependencies, and accelerating feedback loops.
 Higher quality: DevOps improves the quality of software by
applying quality assurance principles throughout the development
process. DevOps also leverages tools and processes that enable
continuous testing, monitoring, and improvement.
 Better customer satisfaction: DevOps enhances customer
satisfaction by delivering software that meets customer needs and
expectations. DevOps also enables software teams to respond
quickly to customer feedback and market changes.

5. What is DevOps security?
DevOps security, also known as DevSecOps, is the practice of integrating security into every stage of the
software development lifecycle. DevSecOps builds upon the DevOps framework by making security a shared
responsibility for developers, IT operators, and security specialists.
DevSecOps integrates security into each phase of the typical DevOps pipeline: plan, build, test, deploy,
operate, and observe. To implement DevSecOps, software teams should:
 Introduce security throughout the software development lifecycle: Software teams should embed
security requirements, standards, and controls into the design phase. They should also perform security
testing at every stage of the development process.
 Ensure the entire DevOps team shares responsibility for security: Software teams should foster a culture
of security awareness and accountability among developers, IT operators, and security specialists. They
should also align their goals and incentives around delivering secure software.
 Enable automated security checks at each stage of software delivery: Software teams should integrate
security tools and processes into the DevOps workflow. They should also use automation to perform
security testing, verification, monitoring, and feedback.

6. The benefits of DevSecOps include:
 Improved security: DevSecOps enables software teams to catch
and fix security vulnerabilities early, when they are easier, faster,
and less expensive to fix. They also ensure that the software meets
the required standards and regulations.
 Reduced risk: DevSecOps reduces the risk of releasing software
that is insecure or non-compliant. It also reduces the risk of
security breaches or incidents that could damage reputation or
revenue.
 Enhanced collaboration: DevSecOps enhances collaboration
between developers, IT operators, and security specialists by
sharing security knowledge, best practices, and feedback. It also
creates a common language and vision for security.

7. How to implement DevSecOps?
Implementing DevSecOps requires a shift in mindset, culture, and practice. Not
only do you need to prevent breaches but assume them as well. Some of the
steps to implement DevSecOps are:
 Assess your current state: Identify your current software development and
delivery challenges, gaps, risks, and opportunities. Evaluate your existing
tools, processes, skills, and culture.
 Define your goals: Establish your desired outcomes, metrics, and success
criteria for software delivery and security. Align your goals with your business
objectives and customer expectations.
 Build your team: Involve all stakeholders who are responsible for developing,
securing, and operating the software. Foster a culture of collaboration,
communication, learning, and accountability.

8. Adopt best practices: Adopt best practices for DevSecOps such as:
 Shift security left: Introduce security earlier in the development cycle by embedding
security requirements, standards, and controls into the design phase.
 Automate security testing: Automate security testing as much as possible by using tools
such as static analysis (SAST), dynamic analysis (DAST), interactive analysis (IAST), or
software composition analysis (SCA).
 Implement continuous monitoring: Implement continuous monitoring of your code,
infrastructure, applications, and systems by using tools such as vulnerability scanners,
intrusion detection systems (IDS), or log analysers.
 Incorporate feedback loops: Incorporate feedback loops into your development process by
using tools such as dashboards, alerts, or reports. Use feedback to identify issues, prioritize
actions, measure progress, and improve performance.
 Embrace a learning culture: Embrace a learning culture by encouraging experimentation,
innovation, sharing, and improvement. Learn from failures as well as successes.

9. Conclusion
DevOps security is a practice that integrates security into every stage of the
software development lifecycle. It helps software teams to deliver software
faster and more efficiently while ensuring that the software is secure and
reliable.
DevOps security builds upon the DevOps framework by making security a
shared responsibility for developers, IT operators, and security specialists.
DevOps security also integrates security tools and processes into the DevOps
workflow. DevOps security enables software teams to catch and fix security
vulnerabilities early, before they become costly and risky.
To implement DevSecOps effectively, you need to assess your current state,
define your goals, build your team, choose your tools, and adopt best practices.
You also need to shift your mindset from preventing breaches to assuming them
as well.