OnimatorOnimator
Check price

What is failed post recovery in Onimator? Failed Post Recovery is the broader operational concept describing how Post Monitor handles posts that failed to publish during their originally scheduled windows. Rather than treating publish failures as terminal outcomes that permanently lose the affected content, Post Monitor exposes two specific recovery paths that operators choose between based on the specific failure category and the specific operational context. Post Rescheduling requeues failed posts for another publish attempt, giving the content another opportunity to reach the account’s feed. Delete Failed Posts removes failed posts from the queue entirely, cleaning up the failed state when rescheduling wouldn’t make operational sense. Together, the two paths form a dual-workflow recovery system that turns publish failures from lost operational output into recoverable output, and the specific decision between the two paths determines whether the failure produces useful recovery or gets cleaned up as unsalvageable.

The Two Recovery Paths

Post Rescheduling is the “try again” path. When operators click Reschedule Failed Posts (single device) or Reschedule Failed Posts (All Devices), the tool requeues the affected posts for another publish attempt — either at a new scheduled time or by moving them back into the active queue with adjusted scheduling. The requeued posts follow normal execution flow from that point forward: they wait in the queue until their new publish times, get dispatched by the Onimator execution engine, and either succeed (moving to Succeeded status) or fail again (returning to Failed status, potentially requiring another recovery decision).

Delete Failed Posts is the “give up” path. When operators click Delete Failed Posts, the tool removes the affected posts from the queue entirely — no rescheduling, no future publish attempts, no lingering Failed status. The failed content simply disappears from the operational state. Post Monitor’s Delete Operations warning gates this action specifically because deletion is irreversible, and mass-deletion of failed posts would destroy content the operator might have wanted to recover through rescheduling instead.

The specific operational difference between the two paths is direction. Rescheduling moves posts forward toward eventual publication; deletion moves them out of the operational surface entirely. Both paths clear the Failed status from Post Monitor’s Post Statistics view, but they accomplish it through opposite mechanisms.

How to Decide Which Path to Take

The specific decision between rescheduling and deletion depends on why the post failed and whether recovering the specific content still makes operational sense.

Reschedule when the failure had a recoverable cause and the content is still valuable. Session interruptions, temporary network issues, and one-off platform hiccups all produce failures that resolve cleanly on the second attempt. If the post’s content is still relevant (the campaign moment hasn’t passed, the announcement is still timely, the media isn’t stale), rescheduling recovers the operational value cleanly.

Delete when the failure’s cause won’t self-resolve or when the content window has passed. Content-validation errors (media format issues, caption length violations, post-type mismatches) don’t self-resolve through rescheduling — the same failure happens again on the second attempt because the underlying content issue hasn’t been fixed. Similarly, time-bounded content whose publish window has already passed (yesterday’s announcement, last week’s flash sale, the specific event that already happened) has no operational value even if rescheduling would technically produce a successful publish.

Wait rather than reschedule when per-account restrictions are the root cause. If the specific account was in an action-block or rate-limiting state during the failure window, immediate rescheduling produces another failure on the same account because the restriction hasn’t cleared. The correct response is to wait for the restriction to clear (typically hours to days depending on the specific enforcement) and then reschedule. Delete works too if the specific content window has passed by the time the restriction clears.

The Diagnostic Layer

Between Post Statistics loading failed posts into visibility and the operator choosing a recovery path, the specific diagnostic step is understanding why each specific post failed. Post Monitor exposes error details per failed post that identify the specific failure category — session-related, network-related, validation-related, restriction-related — which drives the recovery decision.

Export Failed Posts is the specific action that supports offline diagnostic analysis. Rather than reviewing failure details inside Post Monitor’s live view, operators can export the failed-post data to CSV for analysis in spreadsheet tools, sharing with team members, or archiving as part of routine operational documentation. The specific value is that offline analysis can identify systematic patterns (specific devices producing correlated failures, specific accounts consistently failing, specific time windows producing fleet-wide failures) that live-view review might miss.

The diagnostic layer feeds the recovery decision. Systematic failure patterns typically call for coordinated recovery responses (fleet-wide rescheduling for network-outage failures, targeted account fixes for per-account restriction patterns, content fixes for validation-related failures). Isolated failures typically call for individual recovery decisions (reschedule specific recoverable posts, delete specific unsalvageable ones).

Single-Device vs. Fleet-Wide Recovery

Both recovery paths expose single-device and fleet-wide variants. Reschedule Failed Posts (single device) operates against the currently-selected device’s failed posts; Reschedule Failed Posts (All Devices) operates fleet-wide. The parallel structure applies to Delete Failed Posts and Export Failed Posts.

The specific choice between single-device and fleet-wide operation depends on the specific failure pattern. Isolated device-level issues (one phone lost network briefly, one emulator crashed) suit single-device recovery — the operator diagnoses the specific device, resolves the underlying issue, and reschedules just that device’s failed posts. Fleet-wide issues (widespread network outage, platform-side hiccup affecting multiple accounts simultaneously) suit fleet-wide recovery — the operator confirms the underlying issue has cleared, and one action requeues every failed post across the fleet.

The specific risk of fleet-wide operations is that they’re non-surgical — they treat every failed post identically regardless of why individual posts failed. If some failures in the fleet-wide set have different root causes than others (some network-related, some per-account restriction-related), fleet-wide rescheduling produces mixed outcomes: the network-related failures recover cleanly while the restriction-related ones fail again immediately. Well-configured operator workflows use fleet-wide recovery only for known fleet-scale root causes where every failure has the same underlying reason.

Where Failed Post Recovery Fits in Post Monitor

Failed Post Recovery is one of the specific operational surfaces Post Monitor exposes alongside its diagnostic views (Post Statistics, Share Statistics, File Mapping). The diagnostic views surface what happened; the recovery actions determine what happens next. Together they form the complete Post Monitor workflow: load current state through the diagnostic views, identify failure patterns, choose recovery paths based on the specific patterns, and commit the recovery actions.

The specific tie between the diagnostic layer and the recovery layer is that recovery actions operate on the failed-post data Post Statistics identified during the most recent load. Post Statistics data can be stale if the fleet state has changed since the last load, and recovery actions triggered against stale data can produce unexpected outcomes. Well-configured operator workflows reload Post Statistics immediately before triggering recovery actions to ensure the recovery operates on current data.

Why It Matters for Automation

Failed Post Recovery is the specific operational discipline that turns publish failures from permanent operational losses into recoverable outcomes. Without the recovery workflow, every failed post would represent lost content that permanently didn’t make it into the feed regardless of why the initial failure happened. With the workflow — including both recovery paths (rescheduling and deletion) plus the diagnostic layer (Export Failed Posts) that supports informed recovery decisions — most publish failures become temporary setbacks that get either recovered through rescheduling or cleaned up through deletion based on the specific operator judgment each failure calls for. For fleet-scale posting operations that produce inevitable publish failures across the accumulated volume of posts scheduled per day, having efficient recovery workflows is what keeps aggregate posting output close to what the strategy was designed to produce rather than eroded by the specific failure rate the operational environment produces.

Related Terms