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Wasm, Kubernetes, Native, or What Else? An Enterprise Architecture Debrief

slides:none on file

Compares WebAssembly against Kubernetes, FaaS, micro‑VMs and eBPF by showing a concrete architecture: compile components to Wasm, publish via Wasm Cloud or run in-cluster using NATS topics and Cosmonic or a wadm/kubernetes.sh flow, then dynamically schedule by weighting CPU cost, cache hit rate, storage duplication and egress. Uses image-processing examples (30 MP and 300 MP images), procedural content generation and ML inference, reports a one‑second edge demo for building generation, and argues components plus the component model let code move to where the data lives.

AI-written summary · about

  1. 0:00Flexible software architectures
  2. 4:38Serverless portability limits
  3. 8:08WebAssembly by default
  4. 12:22WebAssembly in Kubernetes
  5. 16:55Where to run compute logic
  6. 22:33Dynamic scheduling with Wasm
  7. 27:27Real-world flexible architectures
  8. 30:14Validating architecture thesis
  9. 32:01Live demo: procedural content
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