DevSecOps, the fusion of Development, Security, and Operations, represents a paradigm shift by making security a shared responsibility of everyone involved.

1. DevSecOps -
Integrating Security
into the DevOps
Lifecycle
Discover how DevSecOps brings security into the modern software
development process, ensuring robust protection against cyber threats.

2. Benefits of integrating security into the
DevOps process
1 Enhanced
Protection
By addressing security
early on, vulnerabilities
can be identified and
mitigated.
2 Efficiency Gains
Integrating security
practices into the
DevOps workflow
reduces the need for
patching and rework
later on.
3 Improved
Collaboration
DevSecOps encourages
cross-functional
collaboration, bringing
together developers,
operations, and security
teams.

3. Stages of the DevOps lifecycle
1 Plan
Define security requirements and plan
for potential threats.
2
Code
Implement secure coding practices
and perform regular code reviews.
3 Build
Use automated security testing to
verify the integrity of the build process.
4
Test
Conduct security testing to identify
vulnerabilities or weaknesses.
5 Deploy
Implement secure deployment
pipelines and ensure proper access
controls.
6
Operate
Monitor and respond to security
incidents, applying necessary patches
or updates.

4. Challenges of implementing
DevSecOps
Cultural Shift
Overcoming resistance to change and
fostering a security-focused mindset.
Tool Integration
Integrating security tools within the existing
DevOps toolchain.
Skills Gap
Building expertise in security practices across
the development and operations teams.
Compliance
Ensuring compliance with regulatory
requirements without hindering development
speed.

5. Tools and technologies used in
DevSecOps
Static Application
Security Testing
(SAST)
• Identifies
vulnerabilities in the
source code.
• Helps enforce secure
coding practices.
Dynamic
Application
Security Testing
(DAST)
• Simulates attacks to
detect vulnerabilities at
runtime.
• Provides continuous
security assessment.
Container Security
• Scans container
images for known
vulnerabilities.
• Monitors container
runtime for malicious
activities.