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Case Resolution Guidance Agent

Provides actionable, context-aware recommendations to experts, accelerating high-stakes decisions and complex case resolutions.

About the Agent

Experts handling complex service cases often face time pressure and information overload. Without immediate access to relevant case history, prior resolutions, and contextual insights, decision-making can slow down, leading to inconsistencies and extended turnaround times.

The Case Resolution Guidance Agent supports experts by analyzing live and historical case data to deliver contextually relevant recommendations. Drawing from structured and unstructured inputs—such as case records, diagnostics, customer interactions, and prior resolutions—it identifies applicable actions, similar cases, and procedural references. This enables experts to make informed decisions efficiently while maintaining accuracy and consistency.

Using LLM capabilities, the agent interprets narrative case details, extracts insights from past communications, and highlights next-step guidance based on established practices. This approach enhances operational efficiency, shortens resolution cycles, and strengthens service quality—allowing employees to focus on high-value problem-solving while ensuring cases are handled with clarity and consistency.

Accuracy
TBD

Speed
TBD

Input Data Set

Sample of data set required for Case Resolution Guidance Agent:

Case: 8675309 Technician: Sarah Jenkins, ID 784 Date: 2023-10-26 Customer: Quantum Dynamics Manufacturing Asset: Automated Assembly Robot, ZX-9000 (Serial: Z9K-4811-B) Location: Production Line 3, Bay 2

Subject: On-Site Diagnostic Follow-up for Intermittent Shutdowns

Completed a 4-hour on-site diagnostic session for the ongoing intermittent shutdown issue with the ZX-9000 unit. Production Manager John Doe reports shutdowns are occurring without a clear pattern, approximately 2-3 times per 8-hour shift, causing significant line delays.

Key Observations:

  • Performed a full system reboot and reset the controller stack. Issue reoccurred 90 minutes later.
  • Physical inspection of all servo motors, cabling, and robotic arm actuators reveals no signs of wear, overheating, or physical damage.
  • Conducted a full diagnostic sweep using AlphaScan v4.2. All hardware components, including actuators and sensors, passed without error flags.
  • Firmware confirmed to be v2.1.4, which is the current stable release. No pending updates.
  • Pulled the last 48 hours of internal error logs. The primary recurring alert is ERR_VREG_04 (Voltage Regulation Fluctuation) on controller board C-12. The voltage drops are brief (less than 2ms) and do not always correlate directly with a full system shutdown, but they are the only consistent anomaly recorded.

Conclusion: Standard diagnostic procedures have failed to isolate the root cause. The intermittent voltage drops on board C-12 are suspicious but not conclusive based on standard procedure guides. Escalating back to the expert squad for further analysis. All logs have been uploaded to the case file.

Deliverable Example

Sample output delivered by the Case Resolution Guidance Agent:

Recommended Actions and Insights Report

Case ID: 8675309 Customer: Quantum Dynamics Manufacturing Asset: ZX-9000 (Serial: Z9K-4811-B) Priority: Critical Analyzed Input: Case_8675309_Field_Technician_Update


1. Key Insight from New Data

The technician's report of intermittent ERR_VREG_04 alerts on controller board C-12 is the critical new insight. While AlphaScan diagnostics show no direct hardware failure, this specific error pattern is a known precursor to systemic failure in historically similar cases.

2. Historical Context Analysis

Analysis of the knowledge base, including 1,284 historical cases related to the ZX-9000 model, has identified a strong correlation.

Finding Confidence Supporting Cases
In 87% of cases where ERR_VREG_04 was present without other hardware flags, the primary Power Supply Unit (PSU) failed within 72 hours. High #789123, #812345, #854321
Standard AlphaScan diagnostics are known to incorrectly pass PSUs that are experiencing early-stage capacitor degradation. High InnovateCorp Tech Bulletin #TB-21-4
Controller board C-12 is highly sensitive to input voltage instability, making it the first component to log related errors. Medium ZX-9000 Engineering Schematics

This pattern strongly suggests the root cause is imminent Power Supply Unit failure, not an issue with the controller board itself.

3. Actionable Recommendations

The following actions are recommended to accelerate resolution and prevent further unplanned downtime for the customer.

Primary Recommendation (Confidence: 95%)

  • Action: Immediately dispatch a technician with a replacement Power Supply Unit (Part #PSU-ZX9-11B).
  • Justification: Historical data indicates a high probability of total PSU failure within 72 hours. Proactive replacement will prevent a critical, unrecoverable shutdown on the customer's production line.
  • Assigned Expert (Suggested): Marcus Thorne (Certified in ZX-9000 power systems).

Secondary Recommendation (Confidence: 80%)

  • Action: While on-site, instruct the technician to replace the primary data cable connecting the PSU to controller board C-12 (Part #D-CBL-C12-5).
  • Justification: In 35% of PSU failure cases, transient voltage spikes have been observed to degrade the integrity of the data cable, which can cause post-repair performance issues. This is a low-cost, preventative measure.

Communication Recommendation

  • Action: Proactively notify the customer contact, John Doe, that analysis points to a failing power supply. Provide an ETA for the technician's arrival and a time estimate for the replacement (approx. 60 minutes) to allow them to manage production scheduling.

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