odek
A minimal autonomous agent runtime in Go. One ReAct loop, a small supply chain, and sandboxing by default in serve mode.
We build autonomous agents and fast, minimal systems — and publish what we learn.
01 / Research Ideas tested in working systems.
02 / Engineering Small dependencies. Clear architecture.
03 / Open source Built to inspect, adapt, and extend.
Independent tools. Shared principles: minimal dependencies, inspectable architecture, and performance that matters.
A minimal autonomous agent runtime in Go. One ReAct loop, a small supply chain, and sandboxing by default in serve mode.
An orchestration harness for OpenCode with specialist agents, review gates, and persistent project memory.
Three escalating challenges for testing how agents resist indirect prompt injection. Inert payloads, ready-to-use prompts, and a clear verdict rubric.
A zero-dependency Go SDK for LLM inference. One API across providers, with dynamic model discovery and resilient streaming.
A high-performance Go static file server with compression, TLS, caching, and security hardening.
A lightweight, type-safe dependency injection container for Bun. Singleton, transient, and scoped lifetimes with flexible APIs.
Next-generation HTTP gateway and load balancer harnessing the speed of Bun. Enterprise-grade features with zero-config simplicity.
A lightweight Node.js framework for RESTful APIs. Express-like syntax, middleware support, and a focus on throughput.
A fast Node.js API gateway with rate limiting, circuit breaking, service discovery, and load balancing.
A tiny, zero-dependency Node.js HTTP router for services where latency and footprint matter.
A zero-dependency Model Context Protocol server framework for Go. Build tools, resources, and prompts over stdio JSON-RPC.
A zero-dependency vector similarity library for Go, with distance metrics, nearest-neighbor search, text embeddings, and persistence.
Notes, arguments, and research behind the systems we build.
A small supply chain, command classification, and sandboxing as a defensive architecture for autonomous agents.
Why security-conscious infrastructure is a defining requirement of the agent era.
Observability, verification, and autonomous remediation for an era of accelerated code generation.
How autonomous agent meshes and closed-loop verification could reshape software production.
Thoughts on AI, systems engineering, and the future of infrastructure. Updated regularly on Medium.