Operator-signed cluster
Bootstrap tokens, membership grants, capability checks, and versioned configuration gossip establish who may join and what each node may do.
Imperium is an adaptive defensive VPN cluster that assumes routes will fail, protocols will be fingerprinted, and recovery must be automatic—but never silent.
Trigger a path burn, watch relay transport take control, restore the quarantined path as standby, or force double degradation to see Imperium fail closed.
Fresh local proof: all 254 workspace tests pass, including cluster-VPN, seeded hardening, unauthenticated-probe, burn-and-loss, closed-loop signature, and emergency-shutdown paths. Simulation assertions are not public-network throughput claims.
Cryptography combines classical and post-quantum primitives. Transport combines an active path with a warm standby. Neither use of “hybrid” means Atom composition or Hybrid DB.
Bootstrap tokens, membership grants, capability checks, and versioned configuration gossip establish who may join and what each node may do.
X25519 is combined with ML-KEM-768 for key exchange; Ed25519 is combined with ML-DSA-65 for dual-signature identity and control messages.
Direct UDP, STUN mapping, bounded coordinated probes, MASQUE and peer relay fallback give each peer more than one route through hostile network conditions.
An active transport and warm standby are watched by deterministic orchestration. A burned path triggers promotion and healing; double degradation triggers emergency shutdown.
Imperium changes the path, protocol role, traffic shape, key epoch, and response surface according to bounded policy. Probabilistic sensors can raise evidence; deterministic mechanisms own the action.
Bounded padding shapes, deterministic jitter, cover-traffic budgets, and packet-batching windows alter the observable traffic profile without allowing an unbounded overhead policy.
Profiles can rotate key epochs by age, byte volume, or a threat signal. Stagger windows keep a cluster-wide change from becoming a synchronized fingerprint.
Candidates are scored from latency, jitter, loss, handshake reliability, relay cost, and burn state. Dwell windows prevent frantic route flapping.
Authenticated-first gates keep untrusted probes away from the real endpoint. Shadow endpoints or decoy transcripts rotate personas, enforce per-source budgets, then degrade to silent drop.
DNS and route violations engage a kill-switch state and preserve the reason, so a collapsed tunnel cannot quietly become an ordinary network path.
Timing, byte-jitter, truncation, and two-stage authentication-shape filters compose deterministically. They deform reconnaissance without placing a model in the packet path.
A signature match is deterministic ground truth; two agreeing sensors can burn a route; a lone high-confidence classifier narrows traffic through a strainer instead of receiving unilateral control.
Rejected traffic can produce a deterministic candidate rule, but promotion stays staged. The operator approves, rejects, or rolls it back while bundled and extracted defenses remain separate.
Diagnostics and emergency snapshot tools remain budget-gated and dormant until a high-confidence threat or double degradation requests them through the bus.
Imperium crates communicate through a typed, prefix-subscribed in-process bus. That is a strong coordination layer, but the active source does not yet implement Spiderweb’s four elevations, emergent threads, intersections, ramps, preloading, or vibration-driven rerouting. Publishing it separately keeps both architectures honest.
net.cluster.* net.mesh.* net.transport.* net.sensors.*One Rust workspace. One runtime. Operator-gated membership. Hybrid-PQC sessions. Adaptive routes. Deterministic failover. Emergency shutdown when trust in the path collapses.