The Forge for Self‑Evolving Software.
Infinite Sessions. Hybrid Intelligence. Sovereign by design.
Misaka Cipher (M.I.S.A.K.A. – Multitask Intelligence & Strategic Analysis Kernel Architecture) is a forge for self‑evolving software: an autonomous system that can spawn agents, forge tools, and refine its own capabilities over time.
Instead of being “just a chatbot”, Misaka Cipher is an orchestration layer that can design, generate, and refine its own tools. Each new tool becomes part of a growing capability library, so the system becomes more capable the longer it runs.
Misaka is built for long‑running goals, not one‑off prompts. It can decompose large objectives into sub‑goals, iterate over days or weeks, and keep structured memory of what has been tried, what worked, and what still needs to be done.
Heavy “grunt work” like scanning large codebases can run on local or low‑cost models, while high‑impact reasoning is routed to premium models. This hybrid approach keeps the system both powerful and economically sustainable.
An intelligence firewall, provider‑aware routing, and traceable operations are core to the design. Sensitive data can remain local, while public or non‑sensitive workloads can leverage cloud providers without sacrificing control.
Under the hood, Misaka Cipher is organized around a small set of powerful primitives that work together to deliver self‑evolving behavior.
An evolving catalog of tools and agents that the system can generate, refine, and reuse—turning each project into a stepping stone for the next.
Long‑running, goal‑oriented loops with memory, summaries, and knowledge graphs that preserve context across sessions and experiments.
Smart orchestration across providers and model classes, balancing cost, latency, and depth of reasoning without exposing that complexity to the user.