How to Use This Tool
Preserve ordering groups, cap replay rate and export a deterministic recovery sequence. Plan webhook replay batches from failed-event groups, downstream capacity and delay, preserve group order, and export a recovery timeline without sending traffic.
The work this page finishes
A bulk replay can recreate the original outage, while replaying individual events manually loses group ordering and makes completion time unknowable. For Webhook Recovery Plan, the row-preserving workspace makes a correction repeatable without rebuilding a prompt or transmitting the source file.
Deterministic workflow
Sort valid groups by entered priority and oldest age, split each group into bounded batches, calculate duration at the safe rate and insert the configured pause. For Webhook Recovery Plan, this page accepts at most 5,000 records and 2 MB of text; rejected items retain their row references while valid items remain available.
Why a dedicated interface helps
Use the plan only after downstream owners approve capacity and verify idempotency, ordering and poison-event handling in the actual recovery system. For Webhook Recovery Plan, immediate recalculation and a stable export are useful when the same rule must be applied consistently across a list instead of explained one item at a time.
Assumptions
- Each group must retain internal order.
- The entered rate is an approved safe sustained rate.
- Pauses occur between, not after, batches.
For Webhook Recovery Plan, retain the original source until the destination accepts the result; processing stays in this tab, although the device and installed extensions remain part of the user's security boundary.
Limitations and review boundary
It sends no webhook, does not inspect payloads, guarantee idempotency, model concurrent consumers, retry backoff, provider limits or downstream latency variation. For Webhook Recovery Plan, no supplied URL is requested and no pasted markup or code is executed; output is inserted through text-only DOM operations.
Verification and provenance
The implementation was checked against RFC 9110 — HTTP Semantics on 2026-08-26, with fixtures for a known answer, an invalid input and a batch-specific edge condition. The sample divides 3,900 failed events into ordered batches and reports the elapsed replay window at 25 events per second.
Sources & assumptions
Tool Spec v2 · verified 2026-08-26. Platform rules and fees can change; the editable inputs remain authoritative for your account.
Official references
- RFC 9110 — HTTP Semantics (checked 2026-08-26)
Model assumptions
- Each group must retain internal order.
- The entered rate is an approved safe sustained rate.
- Pauses occur between, not after, batches.
- It sends no webhook, does not inspect payloads, guarantee idempotency, model concurrent consumers, retry backoff, provider limits or downstream latency variation.
