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Development Team in Application Management

Development Team in Application Management

$249.00
How you learn:
Self-paced • Lifetime updates
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Course access is prepared after purchase and delivered via email
Toolkit Included:
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 same scope of policies, workflows, and cross-functional coordination that organisations establish to align development teams with production support, incident response, compliance, and system ownership responsibilities.

Module 1: Defining Development Team Roles and Responsibilities in Application Support

  • Decide whether developers participate in Level 3 incident resolution or defer all issues to a dedicated support team based on system criticality and staffing availability.
  • Implement a clear RACI matrix to delineate accountability between development, operations, and business analysts during patch deployments and hotfixes.
  • Establish escalation protocols for production defects, including criteria for when developers must be paged outside business hours.
  • Balance feature development velocity against technical debt remediation by allocating fixed capacity for support activities in sprint planning.
  • Define ownership of runbooks and troubleshooting documentation, ensuring developers update them after each major release.
  • Integrate developers into post-mortem reviews for production outages to enforce shared responsibility for system reliability.

Module 2: Integrating Development into the Incident Management Lifecycle

  • Configure Jira or ServiceNow to automatically route high-severity incidents to the on-call developer based on application component ownership.
  • Implement standardized diagnostic data requirements (logs, traces, payloads) that support teams must collect before escalating to developers.
  • Enforce time-bound response SLAs for developer engagement in incident resolution, aligned with business impact tiers.
  • Design a process for developers to validate root cause hypotheses using production data while complying with data privacy regulations.
  • Require developers to document known error database (KEDB) entries for recurring issues they resolve.
  • Coordinate developer availability during major incident war room sessions, including handoff procedures to daytime teams.

Module 3: Managing Code and Configuration in Production Environments

  • Restrict direct production database changes by developers through policy and enforce use of version-controlled migration scripts.
  • Implement configuration management practices that separate environment-specific settings from code, using tools like Consul or Spring Cloud Config.
  • Require peer review for all production emergency fixes, even when bypassing standard change approval workflows.
  • Enforce immutable build artifacts across environments to prevent configuration drift between staging and production.
  • Define rollback procedures for failed deployments, including data migration reversibility and feature flag fallbacks.
  • Audit production access logs quarterly to detect unauthorized or anomalous developer activity.

Module 4: Change and Release Governance for Development Teams

  • Integrate development teams into the Change Advisory Board (CAB) process for high-risk application changes.
  • Define change windows and blackout periods for production deployments based on business usage patterns and compliance requirements.
  • Implement automated pre-deployment checks in CI/CD pipelines to validate compliance with security and performance baselines.
  • Require developers to document rollback impact, including data consistency risks, for every change request.
  • Track and report change failure rates by team to identify process gaps in testing or deployment practices.
  • Enforce separation of duties by ensuring deployment execution is performed by a dedicated release engineer or automated system, not the code author.

Module 5: Monitoring, Observability, and Developer Accountability

  • Assign developers ownership of service-level objectives (SLOs) and error budgets for their applications.
  • Instrument applications with distributed tracing to enable developers to diagnose latency issues across service boundaries.
  • Configure alerting thresholds in Prometheus or Datadog to trigger notifications only when actionable by developers.
  • Require developers to annotate monitoring dashboards with recent deployments and known issues.
  • Implement synthetic transaction monitoring for critical user journeys and assign developers to investigate degradations.
  • Enforce log standardization (e.g., structured JSON) to enable efficient log aggregation and querying in Splunk or ELK.

Module 6: Technical Debt and Application Health Management

  • Conduct quarterly code health assessments using SonarQube to quantify technical debt and prioritize remediation.
  • Define thresholds for test coverage and static analysis violations that block production deployment.
  • Allocate 20% of sprint capacity to address technical debt items identified through production incident trends.
  • Require developers to update dependency versions based on security vulnerability scanning results from tools like Snyk or Black Duck.
  • Track application age, component obsolescence, and vendor support timelines to inform modernization roadmaps.
  • Implement architectural review boards to evaluate long-term maintainability of new features and third-party integrations.

Module 7: Collaboration Models Between Development and Operations

  • Establish joint on-call rotations where developers and operations engineers respond to incidents as paired responders.
  • Define service ownership models (e.g., Team Topologies) that clarify which teams maintain, support, and evolve specific applications.
  • Implement blameless post-mortem processes that require both development and operations participation.
  • Standardize handover procedures from development to operations after application go-live, including knowledge transfer sessions.
  • Use shared dashboards to align development and operations on system performance, incident trends, and deployment success rates.
  • Coordinate capacity planning activities, requiring developers to provide scalability estimates for new features based on load testing.

Module 8: Compliance, Security, and Audit Readiness for Development Teams

  • Integrate security scanning tools (e.g., SAST, DAST) into CI/CD pipelines and require developers to resolve critical findings before merge.
  • Document data handling practices for applications processing PII, ensuring developers comply with GDPR or CCPA requirements.
  • Maintain an inventory of all third-party libraries and APIs used in production, updated with each release.
  • Prepare for internal and external audits by organizing evidence of code reviews, access controls, and change approvals.
  • Enforce least-privilege access for developers to production environments, reviewed and certified quarterly.
  • Implement secure coding standards and conduct annual training refreshers based on OWASP Top 10 updates.
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