How ReacherX runs outreach and reacts to replies

For an action that needs review, the workflow creates or obtains an approval signal and waits:

The approval event is part of persisted workflow state. It is not a browser promise that disappears on refresh. The task's stored approval context lets the app show the right message and source while the workflow is waiting.

A wait task either resumes when the prospect posts again or completes after a configured delay, and an ask_human task waits on a recorded human response event. Enabling autonomous outreach does not mean every waiting task is skipped.

Approval and execution are separate boundaries

The workspace setting defaults to review required. Autonomous mode can approve and start supported work without another manual confirmation. The runner still checks task state and uses the execution path for the actual action.

Read convex/lib/outreachExecutionCore.ts when investigating whether a provider operation ran. A UI card saying “approved” is not evidence that the platform accepted the message.

Retries need particular care. A request may fail before sending, or the provider may accept it while the response is lost. Don't treat every exception as permission to send again. Inspect existing execution records and the recovery path for the specific action.

Let a reply change the plan

convex/workflows/adaptiveOutreach.ts handles a recorded interaction event. The flow claims the event, generates a decision, applies it, and may restart outreach for a continuing plan.

The decision can continue, complete, or abandon the plan. Applying it can also be rejected because newer state has superseded the event. That prevents an older response from overwriting a later decision.

This is a concrete part of “self-driving”: the application can respond to a new interaction and decide what work follows. It does not mean an unrestricted agent can ignore workspace instructions or every approval boundary.

Trace failures with the right record

Keep the prospect, plan, task, workflow, interaction event, and provider result distinct in a bug report. They describe different parts of the same experience.

Useful starting points: convex/outreachRecovery.integration.test.ts for recovery and retry rules, convex/lib/outreachExecutionCore.test.ts for execution checks, and convex/outreachPanelContext.integration.test.ts for the task panel context. Useful regressions exercise double approval, stale events, a retry after partial execution, and a plan changed while work was waiting.

For manual verification, use a controlled test conversation and check the actual platform result as well as the UI state. Tests of formatting alone cannot prove that sending is correct.

Next, read how memory works to see how recorded outcomes can inform later work, or how reporting works to trace those outcomes into the dashboards.