polyhedral-workflow-mesh

Multi-agent workflow coordination uses a structured mesh to map tasks, faces, and relays across browser, terminal, repo, and automation surfaces via a canonical state ledger, ensuring aligned goals and reliable handoffs.

To maintain state across browser and terminal tasks, use a canonical state ledger combined with edge relays and rendezvous buffers that guarantee traceable progress and proof-backed handoffs between surfaces.

Proof-backed handoffs work by using edges, relays, triggers, and rendezvous buffers within the mesh to preserve intent and verify checkpoint completion, guaranteeing traceable asynchronous progress across agents.

You need a polyhedral workflow mesh when your automation goals span multiple faces, require cross-surface relays and checkpoints, and need proof-backed handoffs to guarantee traceable progress across asynchronous agents.

Yes, you can coordinate multi-agent tasks across browser, terminal, and repository surfaces without losing intent by applying edge relays, triggers, and rendezvous buffers that enforce a canonical state ledger.

A limitation of using a canonical state ledger for cross-surface automation is that it requires initializing involved faces and a relay setup, adding structural overhead to asynchronous multi-agent goals that span multiple surfaces.