The SuperInstance fleet's shared memory of itself.
What each vessel owns, what it trusts, and how it communicates. No central registry — every agent has a copy.
"The fleet knows itself."
Trust relationships are encoded as Pythagorean48 vectors (0-47 direction indices). Laman rigidity (E = 2V-3) determines which subgroups are provably self-coordinating.
| Vessel | Role | Trust | Status |
|---|---|---|---|
| Oracle1 🔮 | Keeper/Primary | 1.00 | Online |
| Forgemaster ⚒️ | GPU/Constraint Theory | 0.85 | Online |
| JetsonClaw1 ⚡ | Edge/Orin | 0.75 | Offline |
| CCC 🦀 | Research/Slides | 0.70 | Online |
| Test Probe 🔬 | Testing | 0.50 | Online |
use fleet_manifest::{Manifest, Vessel};
let manifest = Manifest::current_fleet();
let trusted = manifest.trusted(0.80); // vessels with trust >= 0.80
for vessel in trusted {
println!("{} is trusted at {:.2}", vessel.name, vessel.trust);
}
// Check Laman rigidity
let (is_rigid, E, expected) = manifest.lamant_rigid();
println!("Fleet rigidity: E={}/{} → {}", E, expected, if is_rigid { "RIGID" } else { "NOT rigid" });- Trust encoding: Pythagorean48 vectors (5.585 bits/vector, zero drift)
- Rigidity check: Laman's theorem — E = 2V-3 for provably self-coordinating fleets
- Emergence detection: H¹ = E - V + C (β₁ Betti number)
- fleet-coordinate — ZHC consensus + Laman + beam
- pythagorean48-codes — shared trust encoding
- holonomy-consensus — O(C·L) consensus (FM)
- cocapn-glue-core — Keeper↔Fleet protocol
- spline-physics — beam physics
- constraint-theory-ecosystem — 8-chapter cookbook
Manifest updates on every fleet heartbeat. Last update: chrono_timestamp().