Industrial DevOps Igniting the Revolution in Space Exploration with rapid innovation
summary
Argues that applying Industrial DevOps shortens space program cycles by combining systems thinking, model-based engineering, Agile and DevSecOps into nine actionable principles; claims 276 European space standards yield only 16 conflicts when verification is decoupled from phase gates; cites Orbit Fab running one-week sprints to develop on-orbit refueling (hardware and software) and refuel the ISS; shows McLaren-style digital twin use to cut destructive-test costs from millions to ~$100k; reports daily hardware-in-the-loop deploys at SpaceX and 4-hour sprint demos for DHS.
AI-written summary · about
chapters (15)
- 0:00Introduction
- 1:07Space exploration challenges
- 6:45Agile and DevOps myths
- 7:52Industrial DevOps principles
- 9:17Planning horizons explained
- 11:26Digital twins and simulators
- 13:16Architecting for change
- 15:02One-week sprints
- 16:27Team cadence sync
- 17:54Early integration and test automation
- 19:39Shift left with constraints
- 21:04Embracing failure mindset
- 23:11Adapting to new info
- 24:40Resources and call to action
- 26:28Q&A
related talks
42mIndustrial DevOps, Applying DevOps to Cyber-Physical Safety-Critical Systems
38mRelease Fast or Crash Your Satellite
01h 02mThe Enterprise DevOps Challenge
25mDevOps Handbook Experiments in Accelerating Delivery
29mDevOps Transformation at Scale
23mFrom DevOps to InnovationOps
37mDevOps, 12 Factor and Platform Engineering
01h 00mDevOps – Value at Speed