Recovery readiness, controlled transition & service validation
Recovery is complete when the required service and monitoring evidence are usable again. AmrudAi brings backup status, restore validation, platform continuity, dependency checks and an auditable recovery runbook together so teams can exercise their plans and verify the outcome.
The application experience
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The capability in detail
Inspect backup schedules, status and available restore points with their versions and relevant scope. Identify failed or stale protection activity before an exercise or incident depends on an unusable recovery point.
Use backup manifests, checksums and version/schema compatibility checks to assess the restore artifact before it changes the recovery environment. Preserve the validation result and any corrective action in the recovery record.
Define the declared recovery profile, prerequisites, responsibilities, sequence and verification steps. Readiness validation and auditable runbook execution help the team expose missing dependencies while the exercise is controlled.
Recover the declared configuration and state, including the relevant policies, dashboards, reports, packs, connectors and NCM/IPAM metadata. Protected key or certificate references follow the secure backup and restoration policy.
Use authorized endpoint redirection to reconnect Sensors and Agents to the alternate Core endpoint as required by the recovery profile. Verify reconnection and correct control authority so the estate can resume its intended collection path.
Inspect ongoing authorized collection, local buffering, backlog and replay behavior during Core interruption or recovery. Explicit data-quality and delivery status help operators assess continuity as the current evidence becomes available again.
Review the active/standby role, synchronization, failover reason, health and recovered control-plane behavior for the configured two-Core pair. Verify that only the intended node holds active authority, preserving the distinction between node continuity and site-loss recovery.
Use the relevant path, DNS, TLS, API and other synthetic evidence to confirm usable behavior after the recovery step. Compare the recovered service with its network, storage, cloud and shared dependencies rather than treating a running process as the final result.
Record the incident or exercise sequence, available recovery timestamps, validation results and remaining data or service gaps. Compare the observed outcome with the recovery objectives defined for your environment.
Preserve the runbook, artifact validation, role transition, reconnection, evidence completeness and service checks in the review record. Assign unresolved items through the relevant operational or ITSM workflow and repeat the targeted verification after correction.
From information to action
Select the declared scope, restore point, prerequisites, owners and explicit success checks for the exercise.
Check the artifact and environment, then follow the authorized restore, failover or site-recovery runbook.
Confirm the active role, collector endpoint, buffering or replay state and the relevant application and service checks.
Preserve observed timings and evidence, assign unresolved recovery items and validate the corrected steps.
Built around your operating environment
Agree the recovery profile and measurable acceptance checks for your platform and monitored services.
Connect the workflow
High availability maintains service through the supported component or node failure using the configured active/standby design. Disaster recovery addresses the declared site-loss or broader recovery scenario through backup, restore, alternate deployment and endpoint redirection. Each needs its own validation.
A successful job confirms the reported backup operation. AmrudAi also exposes restore-point validation and supports an exercised recovery runbook so integrity, compatibility, reconnection and service behavior can be checked.
Recovery objectives follow the agreed deployment profile, protected data, infrastructure and procedure. The workflow records the observed result and supporting evidence so it can be compared with the objectives established for that environment.
Yes. Relevant synthetic, path, topology and resource evidence can verify the recovered service and its dependencies. The recovery team uses those observations with the approved runbook to determine what is functioning and what remains incomplete.
Explore the technology, service dependencies and operating requirements that matter to your team.
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