Athena runs autonomous coding agents on your own infrastructure. Every decision is logged. Every execution is sandboxed. Every memory is yours. No third-party cloud. No data leakage. No black boxes.
Athena is built around three orthogonal subsystems — each replaceable, each observable, each yours. No magic. No hidden state. Just agents that do what you tell them and remember what they've learned.
Every agent runs in a process-isolated environment. The sandbox enforces resource limits, blocks filesystem escapes, and filters syscalls — at the OS level.
Agents build and query a persistent memory store using embeddings. Context flows across sessions — your codebase, past decisions, and domain knowledge, always available.
Every tool call, reasoning step, and memory retrieval emits structured telemetry. Plug into Jaeger, Grafana, Prometheus, or any OTEL-compatible backend.
Most agent frameworks give you a subprocess. Athena gives you a locked cage. Agents cannot escape their execution boundaries — not through symlinks, not through undeclared network calls, not through shell injection.
Athena's semantic memory turns a stateless agent into one that improves with every session. It indexes your codebase, previous decisions, team conventions, and bug patterns — and surfaces exactly the right context when the agent needs it.
Memory retrieval latency
M3 Pro · LanceDB · 1536-dim embeddings
Autonomous agents that manage processes, enforce sandboxes, and handle concurrent memory writes need a runtime that can't leak memory, can't race, and can't be surprised by adversarial input.
Run dozens of agents in parallel with Tokio's async runtime. The ownership model makes data races a compile-time error, not a production incident.
No GC pauses. No use-after-free. No buffer overflows. The borrow checker eliminates whole classes of security vulnerabilities before they reach production.
Ship one binary. No runtime dependencies, no package manager, no version conflicts. Copy it to a server and it runs.
One command to install. One config file to describe your agent. One binary to ship.
Install
Configure
Run your first agent
Star it. Fork it. Deploy it. Contribute back. Or just use it and sleep better knowing your agents stay on your infrastructure.