CDC recovery center
01 MONITOR
A running CDC pipeline can still be headed toward failure. Learn how to identify growing lag, stalled processing, stale-data exposure, and changing recovery conditions before a small issue turns into a missed SLA, outage, major recovery event, or business disruption.
KEY QUESTIONS AT THIS STAGE
Votre système de transmission des données du CDC n'est pas hors service. Êtes-vous sûr qu'il fonctionne correctement ?
Un pipeline CDC en fonctionnement peut néanmoins se diriger vers un problème de récupération.
02 ASSESS
Before you restart, understand exactly what the failure affected. Define the incident window, identify affected data and downstream consumers, quantify the gap, and determine the most effective recovery approach.
KEY QUESTIONS AT THIS STAGE
Avant de redémarrer, savez-vous ce que la panne a affecté ?
Évaluez le déficit de données, l'exposition en aval et les contraintes de récupération avant de choisir la suite des opérations.
03 RECOVER
Before restarting replication, answer seven critical questions about pipeline state, source history, catch-up requirements, recovery options, and downstream impact to validate your recovery approach and avoid turning a manageable failure into a major recovery event.
KEY QUESTIONS AT THIS STAGE
L’erreur la plus dangereuse du CDC en matière de reprise après incident survient après l’échec.
Avant de redémarrer, répondez à sept questions qui permettront de déterminer si la récupération réussit ou si elle engendre un problème plus important.
04 VALIDATE
Recovery isn't complete just because replication is running again. Learn how to investigate discrepancies, validate recovery results, and verify that recovered data is complete, current, and trustworthy before declaring the incident resolved.
KEY QUESTIONS AT THIS STAGE
Le pipeline fonctionne à nouveau. Peut-on se fier aux données ?
Le retard semble se résorber. Le tableau de bord est au vert. Les dossiers sont de nouveau traités. La communication téléphonique est presque terminée. Mais une question demeure: peut-on faire confiance à la cible ?
05 IMPROVE
Recovery shouldn't feel like a one-off project every time. Learn how to recognize when recurring recovery delays, manual effort, and reliance on specialists point to a broader platform issue.
KEY QUESTIONS AT THIS STAGE
Quand un problème de récupération CDC devient-il un problème de plateforme ?
Toute équipe de réplication subit des interruptions. La véritable question est de savoir quels efforts, quelle incertitude et quels risques en découlent ensuite.
06 EVALUATE
Recovery capabilities are easy to promise and hard to prove. Learn which recovery scenarios vendors should demonstrate, and how to structure a proof of concept that validates recovery performance under real-world failure conditions.
KEY QUESTIONS AT THIS STAGE
Comment savoir si les affirmations de recouvrement d'un fournisseur du CDC seront justifiées ?
Testez l'état de redémarrage, la mise à jour, la validation, le comportement de relecture, les diagnostics et les limites de récupération avant de choisir une plateforme CDC.
Worksheet CDC Recovery POC Evaluation Worksheet
Use evidence, limitations, and configuration dependencies to support the decision.
07 JUSTIFY
Learn how to translate recovery issues into operational risk, business impact, measurable cost, and investment outcomes management can evaluate.
KEY QUESTIONS AT THIS STAGE
Comment élaborer un argumentaire commercial pour un investissement dans la relance du CDC
Traduire les écarts de reprise en risques commerciaux, en coûts de l'inaction, en solutions de rechange et en résultats d'investissement mesurables.
CDC Recovery Business Case Worksheet
Translate CDC recovery evidence into risk, cost, alternatives, measurable outcomes, and an executive recommendation.
| Term | Definition |
| Replication Lag | The elapsed time or processing distance between current source activity and the data reflected at the target. |
| Backlog | Accumulated changes that have not yet been processed or applied. |
| Retained Source History | Logs, journals, archived logs, or other source information that may be required during recovery. |
| Recovery Window | The time period affected by a replication interruption that must be analyzed, recovered, or validated. |
| Restart State | Saved processing information that helps determine where replication may resume. |
| Catch-Up | The process of closing the gap between source activity and target state. |
| Resynchronization | A process used to reconcile source and target data when standard catch-up is insufficient. |
| Validation | The process of confirming recovered data is complete, current, and trustworthy before declaring recovery complete. |
| Retained Source History | Logs, journals, archived logs, or other source information that may be required during recovery. |
| RBA | Relative Byte Address, a Db2 for z/OS log-position concept used in recovery investigations. |
| LRSN | Log Record Sequence Number used in Db2 for z/OS data-sharing environments. |
Content in this CDC Recovery Center is written and reviewed by Rocket Software's Data Replicate & Sync product, engineering, and solution engineering teams.
Rocket Data Replicate & Sync (RDRS) supports enterprise replication across mainframe, distributed, and cloud environments. Evaluate RDRS using the same standards described throughout this resource center
The important question isn’t simply whether replication can restart. It’s whether the operating team can understand what happened, recover confidently, and establish when the resulting data is ready to trust.
