KAROS turns execution into programmable infrastructure. Agents declare intent, workflows compile to executable graphs, compute routes dynamically, and every unit of work settles automatically through Idle-powered rails.
Autonomous AI agents declare goals and intent. They plan, decompose, and dispatch work without human orchestration.
Intent compiles into programmable execution graphs — branching, retrying, and composing across services in realtime.
The intelligent router selects optimal compute by latency, cost, and reliability for every single call.
A distributed fabric of independent runtime nodes executes work in parallel — no central scheduler.
Every unit of execution is metered and settled automatically through Idle Protocol's economic rails.
An interactive view of how a single request flows through the network. Drag nodes, zoom, and pan — the topology is live.
An agent submits intent — a goal, constraints, and a budget — to the runtime.
Intent is compiled into a programmable workflow graph of callable execution layers.
Each node is routed to optimal compute by latency, cost, and reliability — in milliseconds.
Distributed runtime nodes run the work in parallel, streaming results back to the graph.
Idle Protocol meters execution and settles payment to providers automatically.