Home / Azure Prism /Case studies

Azure Prism / Applied operations

One engine.
Three operational realities.

Representative ways Prism converts complex procedures into governed operations across continuity, observability, and migration.

01 Business continuity 02 Banking observability 03 Hybrid cloud

How Prism applies

Designed around the procedure.

Each scenario starts where declarative provisioning ends: with a multi-step procedure that crosses Azure services, operating systems, and application dependencies.

Prism decomposes that procedure into state checks, reusable actions, recovery paths, validation, and durable evidence. The result is not merely an executed script—it is an operation teams can safely run again.

01 / FINANCIAL OPERATIONS

Business continuity in Azure

A BCP strategy that can be exercised—not just documented.

A continuity plan may span Azure Site Recovery, network changes, application startup order, database checks, DNS, and business validation. The difficult part is coordinating those dependencies consistently during both exercises and real events.

Azure Site RecoveryResource GraphPowerShellAzure CLI

PRISM RUNBOOK / BCP-FAILOVER

  1. Pre-flightInventory protected workloads and verify replication health.
  2. SequenceCoordinate failover groups, dependencies, networking, and DNS.
  3. ValidateTest service health, data access, and recovery objectives.
  4. EvidenceRecord timestamps, decisions, results, and exceptions.
Repeatable failover exercisesVisible recovery readinessAuditable BCP evidence
02 / BANKING

Azure-native observability

Consistent telemetry across a regulated Azure estate.

Monitoring becomes difficult when data collection rules, associations, alerts, action groups, and dashboards vary across subscriptions. Prism makes the entire observability baseline one governed operation with validation at every layer.

DCRAzure MonitorNative alertsWorkbooks

PRISM RUNBOOK / OBSERVABILITY-BASELINE

  1. DiscoverClassify resources, regions, owners, and telemetry requirements.
  2. DeployApply DCRs, associations, alert rules, and action groups.
  3. ComposePublish role-specific dashboards and Azure Workbooks.
  4. ProveSend test signals and verify ingestion, routing, and visibility.
Standardized signal coveragePolicy-aligned alertingValidated dashboards
03 / CLOUD MIGRATION

On-premises to hybrid Azure

Migration waves with a controlled hybrid landing.

Moving workloads is only one step. A viable hybrid environment must preserve identity, connectivity, DNS, monitoring, security controls, and operational ownership while applications transition at different speeds.

Azure MigrateArcHybrid networkingWindows + Linux

PRISM RUNBOOK / MIGRATION-WAVE

  1. AssessCapture dependencies, readiness, sizing, and wave constraints.
  2. PrepareValidate identity, routing, DNS, security, and recovery controls.
  3. MoveSequence replication, cutover, application checks, and rollback gates.
  4. IntegrateEnroll workloads into monitoring, patching, backup, and ownership.
Controlled migration wavesHybrid operational consistencyTraceable cutover decisions

Bring us the cumbersome operation

What should your team never have to run manually again?