FIELD NOTE / LINKEDIN
Multitasking is orchestration, not interruption.
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Multitasking is orchestration, not interruption.
Video caption
Multitasking is orchestration, not interruption.
Independent task, artifact, oracle and escalation.
The queue itself is a control signal.
My rule: Add agents only while the full path improves.
#EricFieldNotes
Full written post / accessibility read
Agentic teams can generate patches, analyses and status updates faster than an owner can decide what belongs in the product. A lead who watches every agent stream may lose the deep attention needed for architecture and customer tradeoffs. The operating model should schedule that attention as deliberately as compute.
Before launching, ask whether streams share code or a product decision. Give independent tasks separate worktrees and expected evidence. Put shared architecture choices behind an owner gate. A supervisor can monitor traces and surface material exceptions, but it should not silently turn its summary into release authority.
Reserve periods for focused owner review. Require a compact evidence packet when a lane finishes or its assumptions change. Pause new work when review latency or integration debt rises, and re-rank a production alert only after establishing impact. This is more useful than a dashboard of constantly moving tokens.
Measure accepted changes, escaped defects, rework and owner review time across the complete workflow. Do this because the goal is more correct product work, not more concurrent outputs. The strongest orchestrator knows when another agent is productive and when it is merely creating another decision queue.
#EricFieldNotes
Four-beat scene transcript
1. Multitasking is orchestration, not interruption.
Agentic teams can generate patches, analyses and status updates faster than an owner can decide what belongs in the product. A lead who watches every agent stream may lose the deep attention needed for architecture and customer tradeoffs. The operating model should schedule that attention as deliberately as compute.
Visual: Parallel agents move the bottleneck to decisions.
2. Bound the work unit.
Before launching, ask whether streams share code or a product decision. Give independent tasks separate worktrees and expected evidence. Put shared architecture choices behind an owner gate. A supervisor can monitor traces and surface material exceptions, but it should not silently turn its summary into release authority.
Visual: Independent task, artifact, oracle and escalation.
3. Set review windows and stop conditions.
Reserve periods for focused owner review. Require a compact evidence packet when a lane finishes or its assumptions change. Pause new work when review latency or integration debt rises, and re-rank a production alert only after establishing impact. This is more useful than a dashboard of constantly moving tokens.
Visual: The queue itself is a control signal.
4. Watch accepted throughput.
Measure accepted changes, escaped defects, rework and owner review time across the complete workflow. Do this because the goal is more correct product work, not more concurrent outputs. The strongest orchestrator knows when another agent is productive and when it is merely creating another decision queue.
Visual: Add agents only while the full path improves.
Research and claim limits
- OpenAI Agents SDK/Codex orchestration example (S07)
- DORA State of AI-assisted Software Development 2025 (S152)
- Google Research, Towards AI as a Collaborative Partner (S155)
The examples identified as illustrative or simulated are design probes, not reported incidents. Vendor specifications do not establish workload performance.