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IT Service Management in Application Management

IT Service Management in Application Management

$249.00
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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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This curriculum spans the equivalent of a multi-workshop operational integration program, addressing the coordination of application management with IT service processes across incident resolution, change control, configuration governance, and lifecycle oversight, as typically encountered in medium-to-large organisations managing complex, interdependent application environments.

Module 1: Defining Application-Centric Service Ownership

  • Establishing RACI matrices for application services across development, operations, and business units to clarify accountability during incident resolution.
  • Selecting which applications require formal service ownership based on business criticality, usage volume, and integration dependencies.
  • Integrating application service owners into change advisory boards to ensure technical feasibility and risk assessment during change approvals.
  • Defining service boundaries for composite applications with shared components to prevent ownership ambiguity.
  • Documenting application service levels in service catalogs with measurable KPIs tied to business outcomes, not just uptime.
  • Managing ownership transitions during application handoffs from project to operations, including knowledge transfer validation and sign-off.

Module 2: Application Incident and Problem Management Integration

  • Configuring event correlation rules in monitoring tools to suppress noise and trigger incidents only when application service thresholds are breached.
  • Implementing root cause analysis workflows that require application teams to document technical debt or design flaws contributing to recurring incidents.
  • Enforcing incident classification schemas that distinguish between infrastructure, platform, and application-layer issues for accurate reporting.
  • Integrating application logging systems (e.g., ELK, Splunk) with the ITSM tool to auto-populate incident fields with stack traces and user context.
  • Setting escalation paths for application incidents that bypass generic helpdesk tiers when critical business functions are impacted.
  • Conducting post-incident reviews with application developers to update runbooks and prevent recurrence.

Module 3: Change Management for Application Deployments

  • Classifying application changes as standard, normal, or emergency based on risk profile, deployment frequency, and rollback complexity.
  • Requiring application teams to submit rollback plans and backout criteria as mandatory fields in change requests.
  • Automating change approval workflows for low-risk application patches using predefined policy rules and configuration management database (CMDB) validation.
  • Coordinating change windows across interdependent applications to prevent cascading failures during synchronized releases.
  • Enforcing peer review requirements for application configuration changes, particularly in middleware and integration layers.
  • Tracking change success rates by application team to identify patterns of deployment instability and target coaching efforts.

Module 4: Configuration Management for Application Services

  • Populating the CMDB with application service instances, including dependencies on databases, APIs, and third-party services.
  • Implementing automated discovery tools to detect unauthorized or shadow IT applications and reconcile them with the official service inventory.
  • Defining attribute sets for application CIs that include version, support group, data sensitivity, and disaster recovery priority.
  • Enforcing CMDB update discipline by integrating configuration updates into the deployment pipeline via CI/CD hooks.
  • Resolving CMDB data conflicts between application teams and infrastructure teams during major version upgrades.
  • Using application dependency mapping to assess impact during infrastructure maintenance or security patching events.

Module 5: Application Performance and Availability Monitoring

  • Setting application-specific thresholds for response time, error rates, and transaction volume that trigger alerts based on business usage patterns.
  • Deploying synthetic transactions to monitor end-to-end user journeys across multiple integrated applications.
  • Correlating application performance data with infrastructure metrics to isolate bottlenecks in code versus resource constraints.
  • Integrating APM tools (e.g., AppDynamics, Dynatrace) with ITSM to auto-create incidents when service degradation exceeds tolerance.
  • Defining service availability calculations that exclude scheduled maintenance windows and planned outages.
  • Conducting quarterly performance benchmarking of business-critical applications to validate capacity planning assumptions.

Module 6: Application Lifecycle and Retirement Governance

  • Establishing formal application sunset criteria based on usage decline, vendor end-of-support, or strategic replacement.
  • Executing data archiving and retention procedures in compliance with regulatory requirements before decommissioning an application.
  • Notifying dependent systems and business units of upcoming application retirement with defined cutoff dates for integration removal.
  • Conducting technical and business impact assessments before approving new application implementations.
  • Managing license reclamation and cost recovery during application decommissioning.
  • Preserving application documentation and configuration baselines for audit and historical reference post-retirement.

Module 7: Service Level Management for Application Services

  • Negotiating SLA terms with business units that reflect actual application performance capabilities and operational constraints.
  • Defining OLAs between application support teams and infrastructure teams to ensure underlying components meet service requirements.
  • Reporting SLA compliance using rolling 90-day windows to smooth anomalies from one-off incidents.
  • Handling SLA breaches by initiating service improvement plans with root cause analysis and remediation timelines.
  • Adjusting service levels during peak business periods (e.g., month-end, holiday sales) with pre-approved operational procedures.
  • Aligning application SLAs with contractual obligations in vendor-managed service agreements.

Module 8: Integrating Application Management with DevOps Practices

  • Embedding ITSM processes such as change and incident management into CI/CD pipelines without introducing deployment bottlenecks.
  • Defining service validation checkpoints in release pipelines that require ITSM approval for production promotions.
  • Using feature flags and canary releases to reduce the risk profile of application changes and minimize incident impact.
  • Establishing shared metrics dashboards that display both DevOps (e.g., deployment frequency) and ITSM (e.g., MTTR) KPIs.
  • Coordinating incident response between DevOps teams and service desk using integrated communication tools and on-call rotations.
  • Reconciling agile development timelines with ITSM change advisory board meeting schedules to avoid deployment delays.
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