Sync WordPress Press Releases Across Multiple Sites

A central press-release feed can keep several WordPress sites up to date, but each destination still needs control over how releases appear. Reliable synchronization starts with a stable source ID and a list of shared fields. Local archive placement, labels, and visibility should have their own rules. In a cross-site press workflow, I also separated a failed or incomplete feed from a confirmed removal. That prevented a temporary source problem from deleting local content. The admin view showed proposed changes and run results so editors could review the same work that a scheduled job would later perform.

Match releases by a stable source ID

Each release needed a stable source identifier independent of its title or URL. Titles can be corrected, slugs can change, and publication dates can be formatted differently. Matching by presentation fields would create duplicates as soon as ordinary editorial changes occurred.

The local record stores the source identity and the last saved summary used to detect source changes. Rerunning the same feed reuses the existing records; changing a shared field updates the existing item rather than inventing a new one.

Keep local display settings separate

Sites could choose archive placement, local labels, and whether the press section was enabled. The source supplied shared release data, while the theme determined cards, pagination, and surrounding content. This prevented the feed format from becoming a system that controls the destination’s page templates.

I kept local-only settings outside the synchronized field map. An update can refresh facts without erasing destination decisions it does not own.

Review missing items before removing content

A release missing from one response could mean temporary API failure, pagination trouble, a changed filter, or intentional removal. Automatic hard deletion would turn upstream uncertainty into permanent local data loss.

I used explicit states and conservative removal. The sync can mark an item unavailable for review or exclude it from listings under a documented rule, but destructive cleanup is a separate decision with evidence and retention needs.

Use the same rules for scheduled and manual runs

Scheduled work and the admin button call the same synchronization service. Both produce counts for created, updated, unchanged, skipped, and failed items. Both obey locking and retry rules. The manual screen can perform a dry run and show the source it is about to use.

This matters because an invisible scheduled success is hard to distinguish from a job that never ran. Last-run time, duration, cursor, and outcome give support staff something concrete to inspect.

Handle image failures independently

A press logo or image can fail while the release data is valid. I did not make a transient media error create a second release on retry. Media downloads use stable source references, validate type and size, and reuse an existing attachment when possible.

The archive also has a deliberate fallback so one unavailable image does not break the card grid or hide the story.

Give editors a useful preview and run report

• Confirm the source and destination scope.
• Preview creates, updates, and possible removals.
• See which fields are centrally owned.
• Run a bounded manual sync when needed.
• Inspect the last schedule result and failures.
• Keep local presentation choices through reruns.

The interface let an editor review the integration without needing to read its implementation.

Pagination and feed windows required specific attention. A sync that fetches only the first page can interpret older releases as missing, while an offset-based API can shift items as new stories arrive. I store a cursor or traverse every required page within a bounded run, then distinguish “not observed because the run was incomplete” from “confirmed absent after a complete source scan.” Removal logic never runs on incomplete evidence.

Publication times needed explicit time-zone rules. The source publication instant, destination display zone, and scheduled WordPress status must not drift into three interpretations of the date. I normalize the source timestamp, store the intended instant, and let the destination format it for readers. This prevents a late-evening release from appearing on different calendar days across sites without anyone making that editorial choice.

Source outages also needed a no-change outcome. If authentication fails or the feed returns an invalid response, the run records failure and leaves local content untouched. “Empty response” is never interpreted as “delete every release.” That guard looks obvious in hindsight and is exactly the sort of distinction automated distribution must encode.

Finally, I kept a small reconciliation view comparing known remote IDs with local states. Scheduled automation handles the ordinary flow; reconciliation helps a human investigate the exceptional item without rerunning or editing the whole feed. That is often the difference between an automation and an operable system.

Agree on shared and local responsibilities

Write down the source ID, shared fields, local settings, publication-time rules, and removal policy before building the fetch loop. Test a complete feed, a partial run, an empty or invalid response, and a retry. Existing releases should keep their identity through title changes, and a failed source request should leave local content intact. Give editors a preview and a reconciliation view for exceptions. That makes routine updates easier to automate without hiding the decisions that still need local review.

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