Zero-Trust Security: Trust Verified Across 5G Pipelines
summary
Claims concrete outcomes: adoption stats (over 60% now, 81% planned), a private 5G pen test showing networks breachable (compromised in under 30 minutes), and a quantified benefit (reduces lateral movement by up to 80%). Describes a runnable four-layer architecture with CI/CD hooks—signed commits, dependency and image scanning, container attestation, service mesh, 5G slicing, AI policy engine—and notes operational tradeoffs: performance overhead, AI attack surface, skill gaps and phased rollout.
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chapters (9)
- 0:00Introduction to Zero Trust Security in DevOps
- 1:08The Security Imperative in 5G DevOps
- 2:35Challenges with Traditional Security Models
- 3:26Fundamentals of Zero Trust
- 4:13Implementing Zero Trust in CI/CD Pipelines
- 5:08The Four-Layer Zero Trust Architecture
- 7:55Zero Trust in 5G Networks
- 8:14Challenges and Future Directions
- 8:35Conclusion and Final Thoughts
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