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Fruit-Picking Robots Powered by K8s: From Sci-Fi to Reality!

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Autonomous fruit‑picking drones run a lightweight Kubernetes stack on each vehicle, managing hundreds of devices from remote Ground Control Stations and Bins, and the system is running in Chile, Italy and the US. Deployments use K3s, flannel, Portworx, Flux, Traefik and Spectro Cloud Palette for centralized cluster profiles and zero‑touch provisioning. Persistent disk uses TPM-based offline encryption with failback A/B OS updates, and the project already scales to hundreds to thousands of drones while keeping remote upgrades reversible and operations local.

AI-written summary · about

  1. 0:00Introduction
  2. 0:27Tevel's autonomous robots
  3. 1:24Why use agricultural robots
  4. 2:23Edge computing challenges
  5. 4:17Evolution of deployment
  6. 5:59Kubernetes adoption
  7. 7:23Robot architecture
  8. 8:55Spectro Cloud Palette
  9. 10:26Easy provisioning at the edge
  10. 13:34Disconnected operations
  11. 14:27Zero-risk upgrades
  12. 15:55Edge security and encryption
  13. 18:01Benefits of the solution
  14. 19:03Future roadmap
  15. 21:31Demo and prize giveaway
  16. 24:50Q&A and conclusion
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