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Problem Management in Configuration Management Database

Problem Management in Configuration Management Database

$296.00
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Includes a practical, ready-to-use toolkit containing implementation templates, worksheets, checklists, and decision-support materials used to accelerate real-world application and reduce setup time.
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What does the Problem Management in Configuration Management Database course cover?

Problem Management in Configuration Management Database is covered here in 9 modules: Defining Problem Management Scope and Integration with CMDB, CMDB Data Quality Requirements for Effective Problem Analysis, Root Cause Analysis Techniques with CMDB Context and 6 more. The outline lists 63 specific topics, opening with determine which incident categories trigger formal problem records based on recurrence, business impact, and change risk.

How do you approach Problem Management in Configuration Management Database step by step?

The work is sequenced in 9 stages. It starts with Defining Problem Management Scope and Integration with CMDB, moves through CMDB Data Quality Requirements for Effective Problem Analysis and Root Cause Analysis Techniques with CMDB Context, and ends at Continuous Improvement and Feedback Loops. Each stage carries its own topic list, so the sequence is followed rather than summarised.

What is in Module 1 of the Problem Management in Configuration Management Database course?

Module 1 is Defining Problem Management Scope and Integration with CMDB. It works through determine which incident categories trigger formal problem records based on recurrence, business impact, and change risk exposure., map problem management workflows to existing CMDB data models, ensuring configuration items (CIs) are linked to problem records with bidirectional traceability., establish criteria for problem record creation, including thresholds for incident.

How is the Problem Management in Configuration Management Database course delivered?

The Problem Management in Configuration Management Database course is fully self-paced with immediate online access after enrolment. Access does not expire and future updates are included at no cost. It can be taken on any device, and a certificate of completion is issued by The Art of Service when you finish.

How much does the Problem Management in Configuration Management Database course cost?

The Problem Management in Configuration Management Database course is $296 as a one time payment. There is no subscription, no per seat licence and no hidden fee. Enrolment carries a 30 day satisfied or refunded guarantee, so it can be assessed in full before you commit.

Closely related courses: Configuration Records in Problem Management, Configuration Standards in Problem Management, Configuration Items in Problem Management, Configuration Management in Problem Management.

More answers: what you get with every course, refund policy, all help answers.

This curriculum spans the design and operationalization of problem management processes tightly coupled with CMDB data integrity, comparable in scope to a multi-phase internal capability program that integrates incident analytics, root cause workflows, and governance controls across service operations.

Module 1: Defining Problem Management Scope and Integration with CMDB

  • Determine which incident categories trigger formal problem records based on recurrence, business impact, and change risk exposure.
  • Map problem management workflows to existing CMDB data models, ensuring configuration items (CIs) are linked to problem records with bidirectional traceability.
  • Establish criteria for problem record creation, including thresholds for incident volume, downtime cost, and service level agreement (SLA) breach history.
  • Integrate problem management with change enablement by requiring root cause analysis documentation for high-risk changes.
  • Define ownership boundaries between problem management and event management when detecting anomalous CI behavior through monitoring tools.
  • Align problem categorization schema with CMDB classification hierarchies to enable accurate impact and trend reporting.
  • Decide whether known errors are maintained within the problem record or as separate entities linked to the CMDB.

Module 2: CMDB Data Quality Requirements for Effective Problem Analysis

  • Implement automated validation rules to ensure CIs involved in problems have complete attributes such as ownership, lifecycle status, and relationships.
  • Enforce relationship integrity between parent and child CIs when analyzing multi-tier application outages.
  • Configure data aging policies to exclude decommissioned or retired CIs from active problem investigations.
  • Identify and remediate missing dependency links that obscure root cause pathways in distributed systems.
  • Use discovery tool reconciliation logs to assess reliability of CI data during post-mortem reviews.
  • Require service owners to certify CI ownership and configuration accuracy before high-impact problems are closed.
  • Integrate CI criticality scores into problem prioritization to focus analysis on highest business impact components.

Module 3: Root Cause Analysis Techniques with CMDB Context

  • Apply change-to-incident correlation by querying the CMDB for CIs modified within a defined time window preceding incident clusters.
  • Use dependency mapping to trace failures from user-facing services down to underlying infrastructure components.
  • Conduct Ishikawa (fishbone) analysis with CMDB-derived categories such as network, host, application, and data.
  • Validate hypothesized root causes by comparing current CI configurations against known good baselines stored in the CMDB.
  • Integrate log and metrics data with CI context to isolate configuration drift in stateful systems.
  • Document evidence trail in the problem record by attaching CMDB relationship diagrams and configuration snapshots.
  • Assess whether root cause stems from design flaws, operational drift, or change execution error using CI history timelines.

Module 4: Problem Prioritization Based on Configuration Impact

  • Calculate problem priority using weighted factors including number of dependent services, CI criticality, and historical incident volume.
  • Adjust escalation paths based on the number of business services affected, as determined by CMDB service mapping.
  • Defer low-impact problems when CI remediation requires extensive change windows or third-party coordination.
  • Use heat maps of CI failure frequency to identify systemic issues warranting strategic resolution.
  • Balance resource allocation between recurring low-severity problems and rare but high-disruption failures.
  • Reassess problem priority when new incidents link to the same underlying CI or configuration pattern.
  • Define thresholds for executive notification based on CI centrality in critical service delivery chains.

Module 5: Change Implementation and Workaround Management

  • Require problem records to document temporary workarounds with clear instructions and associated risk disclosures.
  • Link emergency changes to problem records when deployed to mitigate active outages, preserving audit trail.
  • Define rollback criteria for workaround implementations that introduce new dependencies or configuration complexity.
  • Assess change risk by analyzing the number of CIs affected and their interdependencies prior to resolution deployment.
  • Coordinate with release management to bundle multiple problem fixes affecting the same CI or service.
  • Maintain workaround knowledge in the knowledge base with explicit references to the originating problem and affected CIs.
  • Enforce peer review of proposed fixes when changes impact shared platform components with broad service dependencies.

Module 6: CMDB-Driven Problem Reporting and Trend Analysis

  • Generate monthly reports showing top 10 CIs by problem count, including trend comparisons and resolution status.
  • Identify configuration patterns in recurring problems, such as specific OS versions or hardware models.
  • Measure mean time to diagnose (MTTD) per CI category to assess diagnostic process effectiveness.
  • Correlate problem volume with recent infrastructure refresh cycles or migration projects.
  • Track percentage of problems resolved with permanent fixes versus those relying on workarounds.
  • Produce heat maps of problem density across business services using CMDB service-to-CI mappings.
  • Integrate problem data into service health dashboards visible to service owners and IT leadership.

Module 7: Governance and Compliance in Problem-CMDB Integration

  • Define audit requirements for problem records, including mandatory fields, evidence retention, and linkage to CIs.
  • Enforce problem closure rules requiring root cause classification and verification against CMDB configuration state.
  • Conduct quarterly reviews of problem backlog to identify aging records with unresolved CI dependencies.
  • Align problem management practices with regulatory requirements for configuration control in highly regulated environments.
  • Restrict editing rights on problem records linked to production CIs to prevent unauthorized modification of incident history.
  • Integrate problem data into configuration audit reports for internal and external compliance reviews.
  • Document exceptions where problems are closed without full root cause due to third-party limitations or business constraints.

Module 8: Automation and Tooling for Scalable Problem Management

  • Configure event management tools to auto-create problem records when incident thresholds are exceeded for critical CIs.
  • Implement AI-driven clustering of incidents by CI, symptom, and change history to suggest potential problem links.
  • Automate dependency traversal during root cause analysis using CMDB relationship graphs.
  • Set up alerts when high-risk CIs are involved in multiple open problems or unresolved known errors.
  • Integrate runbook automation with problem records to standardize diagnostic procedures for common CI failure modes.
  • Use workflow automation to escalate problems based on CI criticality and elapsed time since detection.
  • Enable bulk update capabilities for problem records when systemic fixes are applied across multiple instances of the same CI type.

Module 9: Continuous Improvement and Feedback Loops

  • Conduct post-implementation reviews for major problem resolutions to assess CMDB data accuracy and process effectiveness.
  • Update CI attributes and relationships based on findings from root cause analyses to improve future diagnostics.
  • Incorporate problem trends into capacity and resilience planning for frequently failing CIs.
  • Revise discovery schedules and attribute collection based on gaps identified during problem investigations.
  • Refine problem categorization and prioritization rules using historical resolution data and business feedback.
  • Feed known error patterns into change risk assessment models to improve pre-implementation validation.
  • Establish feedback mechanisms from support teams to update problem models based on frontline diagnostic experience.
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