Industrial DevOps, Applying DevOps to Cyber-Physical Safety-Critical Systems
summary
Claims that DevSecOps at the system level yields faster, safer delivery for cyber‑physical safety‑critical programs and that nine repeatable principles enable this are supported by concrete practices: use of digital twins and emulators, model‑based engineering, CI/CD and software‑defined satellite architectures, modular interfaces, empirical multi‑horizon planning and early integration. Industry evidence includes Planet Labs launches every 3‑4 months with 14 design iterations since 2012 and a case where automated test analysis finds 32% of requirements untestable, and these approaches show practical success in reducing rework and improving predictability.
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chapters (14)
- 0:00Introduction
- 3:36Move from waterfall to Agile DevSecOps
- 7:05Industrial DevOps principles
- 8:29Flow of value organization
- 13:07Multiple horizons for large programs
- 15:53Data-driven decisions in systems
- 18:21Architect for change with modularity
- 20:07Efficient work iteration
- 23:37Cadence and team synchronization
- 25:50Early integration for faster learning
- 28:22Shift left security and compliance
- 31:50Growth mindset for improvement
- 35:01Strategic alignment and faster delivery
- 37:09Q&A
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