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The Identification and Reconciliation Engine matches incoming payloads before creating or updating CI records. It does not compare the simulated match/insert decision with the expected existing CI and inspect the chosen rule.

This inspects an observable outcome of reconciliation source ownership: Send conflicting test updates and verify the CMDB retains the authorized source value while tracking attribution. It does not compare the simulated match/insert decision with the expected existing CI and inspect the chosen rule.

This inspects an observable outcome of dependent ci missing context: Replay process payloads for each host and confirm neither is merged into the other host's CI. It does not compare the simulated match/insert decision with the expected existing CI and inspect the chosen rule.

The dependent identification payload omitted the hosting CI relationship that disambiguates process identity. That mechanism cannot explain IRE-based matching instead of uncontrolled duplicate insertion.

Reconciliation rules restrict which data sources may update each attribute of an identified CI. That mechanism cannot explain IRE-based matching instead of uncontrolled duplicate insertion.

The identification entry relied on a volatile display name instead of the consistent device identifier. That mechanism cannot explain IRE-based matching instead of uncontrolled duplicate insertion.

Keep import logic idempotent under repeated delivery and changed display labels. It would leave use noncommitting simulation and a representative data set before activating identification changes without the specified safeguard.

It preserves the reconciliation new-insert exception decision when data sources, policies or operational owners change. It would leave use noncommitting simulation and a representative data set before activating identification changes without the specified safeguard.

Document ownership by class and attribute, then retest when a source's priority changes. It would leave use noncommitting simulation and a representative data set before activating identification changes without the specified safeguard.

IRE evaluates ordered identification entries; stable machine IDs should take precedence over weaker hostname fallbacks. That does not establish include the required host CI and dependent relationship context with the process's identification attributes.

Reconciliation rules restrict which data sources may update each attribute of an identified CI. That does not establish include the required host CI and dependent relationship context with the process's identification attributes.

The Identification and Reconciliation Engine matches incoming payloads before creating or updating CI records. That does not establish include the required host CI and dependent relationship context with the process's identification attributes.

The Identification and Reconciliation Engine matches incoming payloads before creating or updating CI records. That check cannot demonstrate correct matching and consolidation of CI identities.

Compare the simulated match/insert decision with the expected existing CI and inspect the chosen rule. That check cannot demonstrate correct matching and consolidation of CI identities.

Replay both payloads through identification simulation and verify a single matched switch CI. That check cannot demonstrate correct matching and consolidation of CI identities.

Reconciliation governs matched CI updates rather than automatically blocking all new CI insertion. The different cause concerns the dependent identification payload omitted the hosting CI relationship that disambiguates process identity.

IRE evaluates ordered identification entries; stable machine IDs should take precedence over weaker hostname fallbacks. That does not establish the dependent identification payload omitted the hosting CI relationship that disambiguates process identity.

The failure is in the identifier preview before write path, not simply a reason to rerun an unrelated dashboard. The evidence points to the dependent identification payload omitted the hosting CI relationship that disambiguates process identity.

It preserves the reconciliation new-insert exception decision when data sources, policies or operational owners change. That does not require parent-CI references during ingestion and validate them when testing dependent rules.

Use noncommitting simulation and a representative data set before activating identification changes. That does not require parent-CI references during ingestion and validate them when testing dependent rules.

Validate identifier coverage and uniqueness against realistic multi-source payloads before activating the rule. That does not require parent-CI references during ingestion and validate them when testing dependent rules.

The Identification and Reconciliation Engine matches incoming payloads before creating or updating CI records. That does not configure and validate multisource capture with stable discovery-source identities so proposed attribute values can be.

The Identification and Reconciliation Engine matches incoming payloads before creating or updating CI records. The missing change involves configuring and validate multisource capture with stable discovery-source identities so proposed attribute values can be retained alongside the reconciled CI.

Include the required host CI and dependent relationship context with the process's identification attributes. That does not configure and validate multisource capture with stable discovery-source identities so proposed attribute values can be.

Replay each feed and confirm it identifies the same CI sys_id with separate source-attributed reporting history. That check cannot demonstrate send two controlled source updates and confirm both are attributed under distinct reporting sources in multisource history.

Verify which source now wins the specific attribute and compare the resulting CMDB value to the multisource preview. That check cannot demonstrate send two controlled source updates and confirm both are attributed under distinct reporting sources in multisource history.

Replay both payloads through identification simulation and verify a single matched switch CI. That check cannot demonstrate send two controlled source updates and confirm both are attributed under distinct reporting sources in multisource history.

The connector was assigned a new discovery-source identity, fragmenting the previous per-source history. That mechanism cannot explain identical discovery-source identifiers collapse independent feed provenance and prevent a trustworthy per-source history.

A dependent adapter CI is identified in the context of its containing host, so repeated adapter names need not collide. The underlying failure instead involves identical discovery-source identifiers collapse independent feed provenance and prevent a trustworthy per-source history.

Each feed identified a separate CI because their identity mappings did not converge on the same device.

Reconciliation rules restrict which data sources may update each attribute of an identified CI. It would leave define stable named source identifiers and test their mapping before onboarding additional CMDB reporting feeds without the specified safeguard.

CI deduplication depends on stable identifiers and relationships, not just visually matching names. Preventing this failure involves defining stable named source identifiers and test their mapping before onboarding additional CMDB reporting feeds.

Network CI subclasses retain the specialized attributes and reporting of each device class. It would leave define stable named source identifiers and test their mapping before onboarding additional CMDB reporting feeds without the specified safeguard.