Autonomous Agent Framework (AAF)
A Python multi-agent platform built on a microservice, event-driven architecture, with a hybrid memory combining SQL, ChromaDB and a KuzuDB-based graph store, and Docker-in-Docker sandboxing that runs agent-written code in disposable, isolated containers.
AAF is a multi-agent platform built as an asynchronous, event-driven system rather than a lightweight scripting wrapper. An event bus decouples a central reasoning process from its inputs, such as Telegram messages, system logs and background tasks, which arrive as a single priority queue.
Its memory combines SQL for fixed rules, ChromaDB for semantic similarity, and a KuzuDB-based graph store for non-linear associations between facts, so context is not limited to a short window. Code the agent writes is executed inside disposable, fully isolated Docker containers rather than on the host, and a built-in key manager rotates between multiple API keys with a round-robin algorithm when a rate limit is reached. A CLI manager lets several independent agents be deployed and orchestrated on one server, generating the needed Docker Compose configuration automatically.
It is written in Python, distributed as a Docker-packaged project, and documented primarily in Russian.