Network and fabric health
Inspect supported interfaces, routing, overlays, paths and traffic in the context of the hosted estate. Validate the exact technology pack and device-version depth.
Infrastructure, dependencies and service obligations
See the facility-to-service context.
AmrudAi supports data center & colocation observability for enterprise operations. Bring supported network, server, virtualization, storage and out-of-band evidence into a shared service view. Distinguish a component fault, reduced redundancy and a customer-facing service interruption before deciding how to respond.
Data center dependency view
Compute · network · storage Network fabric Interfaces & paths
Compute estate Hosts & hypervisors
Shared storage Datastores & health
One affected service Follow the resource, path and change evidence.
Investigate Hardware to workload Connect physical health with virtual placement.
Dependencies The capability in detail
Operational outcomes to validate
Hosts, virtualization and storage
Connect supported hosts, hypervisors, VMs and storage dependencies. Correlate contention and I/O evidence with the workload while validating array, SAN and vendor-specific depth separately.
Hardware and environmental context
Use supported Redfish or approved out-of-band sources for relevant power, thermal and hardware evidence. Map those observations to the IT resources and services they affect.
Redundancy-aware service health
Separate a failed component with working failover from lost resilience or a genuine outage. Use the intended dependency and quorum policy, with maintenance and monitoring quality in context.
Configuration and capacity planning
Connect network configuration history and change windows with utilization, trend and supported scenario inputs. State assumptions and validate the operating envelope before a workload move.
Customer and provider accountability
Model service calendars, responsibility boundaries and reporting obligations. Trace the service period to monitoring and incident evidence, preserving any later correction as a separate governed action.
From information to action
A connected operational workflow.
- 01
Map a hosted service
Identify its network, host, storage and relevant power or environmental dependencies.
- 02
Validate the failure modes
Test permitted examples of component fault, redundancy loss and service interruption.
- 03
Confirm evidence continuity
Review freshness, monitoring-path health, backup/restore and the intended recovery profile.
- 04
Agree service reporting
Set the customer measurement policy, exclusions and drill-down evidence.
Infrastructure and service continuity
Fit the way your team operates.
Relate network, compute, virtualization, storage, SAN and hardware health to the services running across the data center.
- Choose the technology packs, credentials and collection locations for your estate, then map the critical service dependencies.
- Apply access, retention, change and reporting policies to the operational responsibilities and independent requirements of your organization.
Connect the workflow
How should data-center teams evaluate coverage?
Does this replace a DCIM or building-management system?
No universal DCIM or building-control replacement is claimed. AmrudAi relates supported operational hardware and environmental evidence to IT infrastructure and service health.
Can AmrudAi run with Core high availability?
Yes. Exactly two Core nodes operate in Active/Standby with controlled authority transfer and positive fencing. Maintain separate backup, restore and site-loss procedures to cover the broader disaster-recovery plan.
Can we monitor every storage array and hypervisor?
Vendor and version depth are technology-pack specific. Validate discovery, performance metrics, topology, diagnostics and supported integration dimensions separately for the estate you intend to monitor.
See the workflow in your environment.
Explore the technology, service dependencies and operating requirements that matter to your team.