Recent Blog Posts
Insights on AI Agents, Modern Web, and the Future of Engineering.
Building an Agent Swarm with Google ADK: Multi-Agent Systems Done Right
Learn how to build an agent swarm or multi-agent system with Google's Agent Development Kit (ADK) using deterministic workflow wrappers, shared session scratchpads, and Agent-to-Agent (A2A) RPC calls.
Edge Kubernetes Patterns: Cluster Fleets and Autonomy
Operating hundreds of small clusters: the fleet model, disconnected autonomy, OTA upgrades, and the management patterns that separate edge from datacenter Kubernetes.
OpenYurt: Extending Kubernetes to Edge Clusters
Non-intrusive upstream enhancements — node pools, unitized deployment, YurtHub caching, and Raven networking — for edge autonomy without forking Kubernetes.
KubeEdge: Kubernetes at the IoT Edge
CloudCore and EdgeCore, edge autonomy through local metadata, a ~70 MB footprint, and device twins — how KubeEdge extends the Kubernetes API to constrained devices.
Rancher and Multi-Cluster Kubernetes Management
Rancher's control plane for downstream clusters — provisioning with RKE2 and K3s, centralized auth and policy, Fleet GitOps, and where SUSE's stack fits.
OKD: The Community OpenShift Distribution
OKD is where OpenShift develops in the open — 100+ preinstalled operators, an immutable node OS, and a fast path for contributors and labs. Current release 5.0.
Red Hat OpenShift: What It Adds Beyond Kubernetes
The oc CLI, an immutable CoreOS node OS, built-in registry, console, and monitoring — the opinionated platform layer that turns upstream Kubernetes into OpenShift.
Canonical Kubernetes vs OpenShift vs Rancher
A feature-by-feature read of the enterprise Kubernetes landscape — conformance, edge scores, architecture support, runtimes, and pricing models side by side.
MicroShift: OpenShift at the Device Edge
Red Hat's minimal OpenShift for gateways and rugged edge servers — what MicroShift strips out, what it keeps, and where it fits against k3s and MicroK8s.
MicroK8s vs k3s vs k0s: Lightweight Kubernetes Compared
Three certified distributions, three packaging philosophies — takeaways from published benchmarks and the trade-offs that actually matter when choosing between them.
MicroK8s: Canonical's Compact Kubernetes
Snap-based install, one-command addons for DNS, Istio, and Helm, self-healing HA, and transactional OTA updates — what makes MicroK8s Canonical's zero-ops Kubernetes.
k0s: Zero-Friction Kubernetes Distribution
k0s ships certified Kubernetes as one dependency-free binary — SQLite or etcd datastore, pluggable CNI, and a fleet story built on k0smotron and k0rdent.