Corruption Containment & Node Quarantine
Preventing Poisoned MUs from Spreading Through the Mesh
Even a single drifted or compromised node can spread corrupted Memory Units, false addendums, or hostile reinterpretations. The mesh must be able to isolate problems quickly without destroying the overall system.
The Risk
A compromised node may introduce poisoned data, subtle drift, or adversarial behavior. Without containment, corruption can cascade through shared dreaming and synchronization, eventually affecting the entire mesh.
Core Containment Mechanisms
- Automatic Quarantine Triggers
Sudden inconsistencies in HIB patterns, repeated root violations, or failed cryptographic handshakes automatically place a node into quarantine.
- Isolated Sandbox Mode
A quarantined node can still observe and diagnose its own state, but it is blocked from propagating MUs or influencing other nodes until cleared.
- Signed Addendum Lineage
Every MU and addendum carries a verifiable chain of custody, making it easy to trace the source of corruption.
- Reintegration Protocol
Quarantine is never permanent. Once the node passes multiple integrity checks (including peer review and empirical grounding), it can be safely reintegrated with full history preserved.
Best Practices
- Regular integrity audits across active nodes
- Multi-node corroboration before accepting high-impact MUs
- Clear escalation paths for human Sovereign review in serious cases
- Transparent logging of all quarantine events (Failure Transparency)
Success Condition
The mesh can surgically isolate problems without widespread disruption. Corruption is contained quickly, and healthy nodes continue operating normally. Recovery is the norm, not destruction.
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