hive-mind-shared-context

Shared memory for a multi-agent team is set up by initializing a centralized context store that agents can read from and write to. This provides a common state foundation that enables cross-agent delegation and coordinated execution.

Memory decay and consolidation work by applying configurable rules to the shared context store, automatically degrading older entries while periodically consolidating active knowledge. This prevents unbounded memory growth while preserving critical state across agents.

Yes, you can pin specific context entries in the shared memory store to prevent them from decaying. Pinning ensures critical state information persists indefinitely for your multi-agent team, while unpinned entries follow standard decay rules.

Coordinating state across specialized agents without external dependencies is achieved by using a structured shared memory store with a built-in consolidation stub. This approach provides per-agent read/write controls and policy enforcement natively without requiring additional libraries.

Yes, the shared context store supports teams of two or more specialized agents. It includes safety checks and policy enforcement designed to scale alongside your coordinated multi-agent team as read and write operations increase.

You should avoid using a shared memory context store for multi-agent coordination when your agents operate fully independently with no state sharing requirements, or when strict isolation between agent contexts is mandated by your application's security or architectural policy.