Proactivity (Proactive Agent)

To maintain agent state across interrupted sessions, use proactive state management to coordinate durable memory, session state, and heartbeat checks, preserving context for seamless recovery. It isolates stable memory and recovery buffers to resume work.

Recovering multi-step tasks after a mid-session interruption requires boundary-driven recovery routines that separate stable memory from volatile working buffers. This approach surfaces the next useful move while avoiding noise, ensuring consistent follow-through.

Yes, you can use heartbeat checks to sustain momentum on long-running tasks. Proactive state management applies boundary-driven heartbeat routines to coordinate memory and session state, preserving context and keeping periodic follow-ups moving.

To start managing proactive state, describe your current task to initialize the proactive state framework. The system then applies local memory isolation, explicit action boundaries, and safe sequencing rules to present the next useful move.

Yes, proactive memory management works without external dependencies. It implements local memory isolation by clearly separating stable memory, session state, and recovery buffers internally to coordinate context preservation safely.