Shift Left means integrating security from the start of development rather than treating it as a final gate before release.
Traditional vs. Shift Left
| Traditional | Shift Left |
|---|---|
| Security review before release | Security integrated from design |
| Separate security team gates | Developers own security |
| Expensive late-stage fixes | Cheap early-stage fixes |
| Delayed releases for security | Security enables velocity |
Shift Left practices
- Threat modeling: Identify risks during design.
- Secure coding training: Educate developers on vulnerabilities.
- IDE security plugins: Real-time feedback while coding.
- Pre-commit hooks: Scan code before it's committed.
- SAST in CI: Static analysis on every pull request.
- Dependency scanning: Check libraries continuously.
Cost of fixing vulnerabilities
- Design phase: 1x (baseline cost)
- Development: 6x
- Testing: 15x
- Production: 100x
Implementation roadmap
- Quick wins: Add SAST and SCA to CI/CD pipeline.
- Developer enablement: IDE plugins, security training.
- Design integration: Threat modeling for new features.
- Culture shift: Security champions in each team.
- Metrics: Track mean time to remediation (MTTR).
Common challenges
- Developer resistance (perceived slowdown).
- Too many false positives causing alert fatigue.
- Lack of security expertise on development teams.
- Legacy systems without modern CI/CD.
Success metrics
- Percentage of vulnerabilities found pre-production.
- Mean time to remediate (MTTR) for vulnerabilities.
- Developer security training completion rates.
- Reduction in production security incidents.
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A lightweight, standalone, executable package containing everything needed to run an application: code, runtime, libraries, and settings.
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A repository for storing, managing, and distributing container images, providing version control and access management.
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