subagent_manager

Parallel processing of tasks requires a supervisor-subagent architecture that decomposes large requests, assigns subtasks to specialized sub-agents concurrently, monitors execution, and synthesizes the collected results. This manager-subagent structure optimizes complex workflows for speed and depth.

A manager-subagent architecture is a coordination model where a central supervisor delegates subtasks to specialized sub-agents rather than executing them directly. This structure enables concurrent task processing, automated progress reporting, and result synthesis for complex workflows.

Monitoring progress and synthesizing results from concurrent sub-agents requires a managerial coordination layer that provides automated progress reporting during execution and aggregates outputs upon completion. The supervisor handles scheduling and merges results automatically.

Task decomposition breaks down large research reports into smaller subtasks assigned to sub-agents. A manager skill spawns sub-agents to gather data, analyze findings, and draft sections concurrently, reporting progress along the way to optimize speed and depth.

Parallel task delegation works without external dependencies. The supervisor-subagent architecture operates using internal scripts for task management, scheduling, and monitoring, requiring no additional external packages or frameworks to execute complex workflows.

A limitation of the supervisor-subagent architecture is that the manager coordinates and monitors rather than performing tasks directly. Task execution quality depends entirely on the specialized sub-agents' capabilities, and synthesizing concurrent outputs may introduce processing overhead.