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About this paper
Jun He, Deying Yu
A transactional Continuity Kernel (CK) is introduced to govern the persistent state of long-lived AI agents, ensuring an authoritative and auditable lineage of state transitions. Formal verification through a bounded state-space exploration demonstrated the protocol's logical consistency, with zero invariant violations and robust handling of concurrent updates and authorization failures.
Key insights
- Agent state governance is framed as an infrastructural activation problem requiring explicit control to mediate updates and ensure an unbroken, authorized lineage of accepted branch heads.
- Authority over agent state is derived from its reachability from the current, kernel-committed branch head, rather than simply its presence in storage.
- Decoupling probabilistic, off-commit state proposal from deterministic, atomic state activation is crucial for robust, auditable state transitions.
Summary by alphaXiv.
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