Closed-loop agent routing on a Jev trefoil topology
Packets route through three Jev lobes with a 0.85 gate, running 10,082 decisions at $0.42 with every packet exiting where it entered.
WHOEVER LEAKED THIS JEV KNOT SHOULD BE RUNNING TOPOLOGY I thought an agent loop meant a while-True with retries and a prayer that it exits. Apparently not. This knot's setup is much more interesting: → INTAKE parses each packet from one of 3 lanes (email, chat, api) and tags it with an id, no raw text crosses past this node → ROUTE sends the packet into one of 3 lobes of the trefoil, picked by jev.route() in a 12 line-per-second trace, no "guess which lobe" → DECIDE runs noul and gate at the crossing with a 0.85 floor, PASS or RETRY, no silent escalation to the model → ACT writes the draft or queues the call, 609 tokens per draft, every write logged against the packet id → LOG closes the loop back to INTAKE for the next packet, flags 7 crossings whose over-under drifted from the trefoil invariant this hour so you get: Packets tagged. Lobes routed. Gates floored. Writes logged. the interesting part isn't making the loop faster. it's giving every packet a closed route the state can't fall out of. Instead of a chain that collapses when any step fails, you run 10,082 decisions through a 3-crossing closed trefoil at $0.42, 207ms p50, 54% ACT and 27% IGNORE, and every packet exits where it entered. Tag the packet. Route the lobe. Close the loop.
This post quotes another post: “Long read: how to build a Jev-powered agent stack”