STRATUM SPEED PROFILE — log₁₀ time scale · γ₁ = 14.134725141734693

⚠ THE GC PAUSE PROBLEM

Python and Go runtimes use garbage collection — a background process that periodically halts execution to reclaim memory. At S3–S5 (document, ROM state, template harness), the design calls for millisecond-reliable timing. GC pauses corrupt this: a 2ms document compile becomes 40ms when the GC fires mid-operation. Over 78 ROM candidates × 6 flows, this compounds into seconds of invisible jitter.

Rust's ownership model eliminates runtime GC entirely. Memory is freed deterministically at scope exit — no surprise pauses, no 40ms spikes, no heisenbugs that only appear under load.

"Rust makes the millisecond layers reliably millisecond, not 'usually millisecond but sometimes 40ms because the GC decided now.'"

S5 TEMPLATE HARNESS → S8 HA CHANNEL ROUTING

⬛ CRITICAL · sub-ms
Redis pub/sub
→ S0/S1 attestations · health · physics
▣ FAST · ms
K8s events
→ S2/S3 records · deploys · documents
◈ MESH · 100ms
Tailscale mesh
→ S4 ROM states · works if AKS down
◉ FEDERATED · async
ActivityPub
→ S6 proof records · survives anything
◎ MEMORY · queryable
PEMCLAU vector store
→ S6/S9 intent records · find by shape
▷ FLOW · batch
PEMLAAM router
→ S3/S5 template records · full spine trace

13 STATIONS × HA CHANNEL MATRIX

# STATION NATURAL CHANNEL STRATA NOTES
"Machines break. Organisms grow.
The stratum helix is the organism's skeleton —
γ₁ is the vertebra everything connects to."