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https://github.com/shubnimkar/devsecops

Enhance software development security by seamlessly integrating DevSecOps practices and automation into the SDLC. Reduce vulnerabilities, improve incident response, and prioritize security at every development stage.
https://github.com/shubnimkar/devsecops

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Enhance software development security by seamlessly integrating DevSecOps practices and automation into the SDLC. Reduce vulnerabilities, improve incident response, and prioritize security at every development stage.

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README 

        
# DevSecOps SDLC Pipeline



![DevSecOps SDLC](https://github.com/shubnimkar/DevSecOps/assets/46809421/def7bd4c-f56e-447f-803d-accb57914c68)



## Objective:



Implement a robust DevSecOps pipeline to ensure secure software development and continuous monitoring for vulnerabilities.



## Tools and Technologies:



1. **Jenkins**: Jenkins serves as the CI/CD orchestration tool, automating the build and deployment processes. It integrates with various security tools to enforce security checks at every stage of the pipeline.



2. **SonarQube**: SonarQube is used for code quality and security scanning. It checks code for vulnerabilities, bugs, and code smells, providing detailed reports and feedback to developers.



3. **Dependency Checker**: Dependency checkers like OWASP Dependency-Check or Snyk can be integrated to scan third-party libraries and components for known vulnerabilities.



4. **TruffleHog**: TruffleHog is a tool for identifying and alerting on secrets (API keys, passwords, tokens) committed to source code repositories, helping to prevent data breaches.



5. **OWASP ZAP (Zed Attack Proxy)**: OWASP ZAP is a security testing tool for finding vulnerabilities in web applications. It can be automated to scan for security issues during the CI/CD process.



6. **Grafana**: Grafana is used for monitoring and visualization. You can create dashboards to display metrics related to the DevSecOps pipeline, including security scan results, build statuses, and performance metrics.



7. **Docker**: Docker is utilized for containerization, enabling consistent deployment of applications across different environments and simplifying the management of dependencies.



8. **GitHub**: GitHub serves as the version control system, where code repositories are hosted. You can leverage GitHub Actions for CI/CD automation and integration with various DevSecOps tools.



## DevSecOps Pipeline Stages:



1. **Code Commit (GitHub)**:

   - Developers commit code to the GitHub repository.

   - TruffleHog scans for secrets in the codebase.



2. **Code Build (Jenkins)**:

   - Jenkins triggers a build process.

   - SonarQube scans the code for quality and security issues.

   - Dependency checker scans for known vulnerabilities in third-party libraries.

   - OWASP ZAP performs security testing for web applications.



3. **Artifact Packaging (Docker)**:

   - Code is packaged into Docker containers, ensuring consistent environments.



4. **Deployment (Jenkins)**:

   - Automated deployment of the Docker containers to staging or production environments.



5. **Monitoring (Grafana)**:

   - Grafana dashboards display real-time information on pipeline status, security scan results, and application performance.



6. **Continuous Monitoring**:

   - Ongoing monitoring and periodic security scans for vulnerabilities in production using the same DevSecOps toolset.

   - Alerts are triggered for critical security findings.



## Benefits:

- Early identification and mitigation of security vulnerabilities.

- Improved code quality and maintainability.

- Consistent and automated deployments using Docker containers.

- Real-time visibility into the pipeline's status and security posture.