New Cloud Foundry Architectures and Features and their Performance Impact
summary
Cloud Foundry on Kubernetes reduces front‑door layers and yields clear scalability gains; moving from PV to HVM lifted packable garden containers from ~30 to ~200 — roughly 7x increase in container density. Work produces a smart scheduler extender that feeds dynamic node CPU/memory into kube scheduling, plus CF-to-Envoy tuning like namespace filtering in Istio pilot and an externalized envoy concurrency parameter. Observability converges Prometheus, CF and Istio metrics into a single dashboard for route‑scale troubleshooting.
AI-written summary · about
chapters (8)
- 0:00Introduction to new architectures
- 3:14Current Cloud Foundry performance
- 9:37Performance issues in microservices
- 13:24New Cloud Foundry architectures
- 18:31Kubernetes scheduler challenges
- 22:01Istio service mesh integration
- 25:36Observability across frameworks
- 30:13Future integration and Q&A
related talks
22m"Cube" your Enthusiasm: Bringing CF and Kubernetes Together with...
25mPaving the Road to Eirini
46mWhat's Cloud Foundry and why you want to use it
01h 03mDeep Dive into Pivotal Cloud Foundry 2.0
30mCF^3 - Using Kubernetes as the Cloud Foundry IaaS
31mCloud Foundry Container Runtime: BOSH-Powered Kubernetes
26mMigrating Enterprise Microservices From Cloud Foundry to Kubernetes
01h 02mCloudFoundry or Kubernetes/Kubo: Choosing the Right Platform for the Job