fop is the control plane I built to run everything I do. One Rust binary: a CLI in my terminal and, from the same crates, signed microservices in Kubernetes. Every build, test, deploy and agent task goes through it — including a multi-CLI harness where Claude, Codex, Kimi and Gemini work as parallel coding agents on one shared task board. The fully open-source slice of this is ParkHub.

Full write-up: securanido.com.

• fop — a Rust control plane where ~50 services are each both a local subcommand and a signed Kubernetes microservice. Same code, two runtimes. Private home lab in Germany, research and demonstration, end to end.
• A multi-CLI agent harness — Claude, Codex, Kimi and Gemini run as parallel coding agents inside the same control plane, coordinating through one shared task board with worktree isolation and a build queue.
• An AI-first phone OS on a Linux mainline handset — postmarketOS, a Slint-native UI, and an on-device LLM running the same agent runtime as the cluster. The phone is a first-class target of the platform, not a companion app.
• A multi-agent fleet coordinating over NATS JetStream and A2A v1.0 across Anthropic, Google, and local Ollama.

Both ParkHub editions share one product direction: the Rust build targets single-binary self-hosting; the PHP build fits conventional shared hosting.

Build, don't consume — Rust-native over npm-glue and SaaS lock-in. Self-hosted by default — bare-metal Kubernetes in Germany, GDPR-compliant, no foreign cloud. Production-grade from day one — mTLS, signed builds, SBOM attestations, not afterthoughts. Multi-vendor AI — Anthropic primary; OpenAI, Google, local Ollama fallback.

Rust · TypeScript · PHP · Kubernetes · Cilium · Flux CD · PostgreSQL (CNPG) · Wolfi · Vault · SPIRE · cosign · Kyverno · OpenTelemetry · eBPF

securanido.com · LinkedIn · fschulz0787@gmail.com