CANCAN ENGINE
role: Broadcast — fires outward from silo to all connected silos
v13 phase: YANG signal going out. R(cancan) = richter of broadcast content
lemniscate: Forward arc — 52.74% sign persistence edge
neurotransmitter: ACH — FAST · TTL=3600 · excitatory broadcast
webhook: cancan.broadcast → MUF → all silos trendal-ttl update
event types: cancan.heal.cycle · cancan.broadcast · cancan.family.* (non-identifying)
MIRROR ENGINE
role: Sync — reflects back from all silos to originator
v13 phase: YIN signal returning. Mirror = proprioceptive feedback = Layer 3 close
lemniscate: Return arc — 2.74%/crossing gain. THIS IS THE BATTERY CHARGER.
neurotransmitter: SER — SLOW · TTL=43200 · context battery serotonin
webhook: mirror.sync → trendal-ttl update → Layer 3 proprioception CLOSES
v13 upgrade: MCP tool result → campfire.mirror.* → cancan.mirror.propagate → facet warmth update
FULCRUM / MUF / MIFS
MUF: Multi-Update Fulcrum — one webhook fans to multiple silos trendal-ttl update
MIFS: Multi-Ingest Fulcrum Seed — campfire event → FC queue flush across all silos
fulcrum: The pivot where cancan meets mirror. Cancan goes out. Mirror comes back. Fulcrum is the crossover point on the lemniscate ∞.
webhook: Single endpoint — Layer 3 close. FastMCP success/fail → MUF → trendal update
ELI5 unlock: Fulcrum = the moment the system knows it worked or didn't. That's when it gets smarter.
GBM RASENGAN BATTERY
what cancan+mirror produce: Together = 18-wave Rasengan cycle
forward (cancan): Yang energy out. Phase angle increases.
return (mirror): +2.74% gain per crossing. Yin energy becomes yang.
18 waves: 18 crossings of the lemniscate = 49.3% cycle gain
sign persistence: 52.74% baseline proven N=100k
measure: avg_R per silo decreasing week over week = the fleet is getting smarter