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AI customer operations with verified resolution

AI customer operations should preserve the customer's identity, context and case state across channels, then verify whether the issue was resolved. Human agents need a clear handoff for disputes, vulnerability, uncertain policy use and consequential changes.

Composite reference architecture. A modelled architecture; no service-level or satisfaction improvement is represented as realised.

The operating problem

Bots often optimise containment while customers repeat context, policies drift and unresolved cases disappear between channels.

How the workflow works

Build a case timeline from authorised conversations, product state and prior interactions. Retrieval should return the policy version relevant to the issue. Automation can prepare a summary and an allowed next action, while the receiving agent sees what has been attempted and what remains unresolved. The customer-visible state should remain consistent when the channel changes.

Case 21 Customer experience · AI-native CX operations: authorised inputs, validation, candidate work, human control, approved action, verified receipt, metrics and weekly review. The diagram labels exception and correction paths.Case 21 Customer experience · AI-native CX operations: authorised inputs, validation, candidate work, human control, approved action, verified receipt, metrics and weekly review. The diagram labels exception and correction paths.
Reference workflow. The human decision, exception route and feedback loop connect the source evidence to the intended outcome. Open the figure for the full canvas.

Where review and controls matter

Wrong-account context and lost consent should stop the affected action. A generated policy explanation must be checked against its source. Closing a conversation or avoiding a transfer does not establish resolution. Preserve the reason for a handoff and confirm the destination state after any approved action, then watch for repeat contact or reopening within the defined follow-up window.

Risk reference: NIST AI RMF.

What to measure

Use a fixed cohort and measurement window. Count numerator events only within the denominator's eligible cohort; sampled measures use the same audit sample for both terms. Record the source, exclusions and owner, and keep missing data visible. These definitions are proposed measurement contracts, not observed results.

Proposed operating measures
MeasureDefinition and unit
Verified resolutionCases meeting the issue-specific resolution check with no same-issue reopening during a fixed follow-up window divided by eligible cases with full follow-up; percent.
Repeat contactCases with another contact for the same issue inside the fixed follow-up window divided by eligible cases whose full window has elapsed; percent.
Transfer qualityAudited handoffs containing the required context and accepted by the receiving team divided by audited handoffs; percent.
CSATPositive responses divided by valid responses under the declared survey scale; percent, with response rate.
Complaint rateCases producing a formal service complaint divided by eligible cases; percent.
Policy exception rateCases requiring an authorised policy exception divided by eligible cases; percent, with outcome and reason.

A useful first pilot

Follow one issue type across two channels, including a transfer and a repeat contact. Compare the recorded resolution with customer and destination-system evidence before optimising handling effort.

Bring the workflow, its source records and the decision that needs an owner to a BergLabs pilot discussion.

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