dispatching-parallel-agents

Parallel dispatch decisioning determines true task independence by analyzing read/write scope overlaps and dependency structures before starting concurrent work. It ensures safe parallel execution by enforcing per-worker self-contained packets and bounded write sets to prevent merge conflicts.

Evaluating task independence involves analyzing dependency structures and checking for disjoint or overlapping read/write scopes. The process determines whether tasks can safely run concurrently without increasing coordination or merge risk before dispatching parallel agents.

Aggregating parallel subagent outcomes requires collecting success, blocked, rejected, or partial statuses for every launched worker. The process blocks final completion claims until all conflicts are resolved, missing verification evidence is provided, or partial outcomes are explicitly accepted by the user.

Avoid parallel agent dispatch when candidate tasks have overlapping write scopes that cannot be bounded, or when required verification evidence and durable receipts cannot be physically bound to a specific worker. Sequential execution is safer if coordination or policy risk increases.

Yes, providing self-contained worker packets is required when fanning out parallel agents. Each packet must include bounded write sets, explicit verification or stop conditions, and durable evidence to enforce safety and validate production outcomes.