VMs, hosts, fabrics & physical systems
AmrudAi supports virtualization, storage & hardware monitoring for enterprise operations. Connect virtual machines with hosts, clusters, datastores, network paths and hardware evidence. Keep each source visible so an investigation can explain what is known and what still needs verification.
The application experience
See the complete workspace. Enlarge any image to inspect its panels, navigation and evidence at actual size.
Complete the operational workflow
Bring server and network hardware evidence into the same operational model: optical DOM, transceiver state, power supplies, fans, thermal sensors and supported out-of-band health. Relate UPS, PDU and environmental events to affected devices and services.
Connect VM, hypervisor, host, datastore and storage-path context before attributing a guest symptom to a host or array. Capacity, contention and failover observations remain attached to the source that can establish them.
The capability in detail
Navigate vCenter, data centers, clusters, ESXi hosts, virtual machines, datastores and virtual networks with consistent entity relationships.
Inspect host and VM performance, resource pressure, cluster health and capacity. Bring the affected resource and relevant historical window into the investigation.
Monitor Hyper-V, Nutanix and Proxmox hierarchies alongside VMware, including host, VM, container, storage and network relationships. Use each platform’s Capability Pack to retain the metrics, source details and dependencies exposed by its APIs.
Connect capacity, utilization, IOPS, throughput and latency with pools, volumes, controllers, disks and their consumers.
Inspect supported storage replication and component-health evidence alongside host and database symptoms.
Explore fabric, switch, port, zone and WWN relationships with link errors, congestion and utilization where the vendor interface exposes them.
Use compatible Redfish/IPMI and vendor iDRAC/iLO/CIMC sources for chassis, CPU/DIMM, RAID, PSU, fans, temperatures, batteries, NICs and lifecycle events.
Relate supported UPS, PDU, temperature, humidity, power, cooling and rack-sensor observations to infrastructure incidents.
Compare the endpoint view with hypervisor, datastore, fabric, network and hardware observations. Missing or contradictory evidence stays explicit.
Review firmware/model support evidence and capacity trends. The specialist scope adds evidence-backed rightsizing, idle-resource, snapshot, orphan and imbalance recommendations.
From information to action
Reconcile VM, host, datastore, network and hardware identities.
Compare the affected resource with host, cluster, storage and fabric conditions.
Bring in independent endpoint or out-of-band evidence where available.
Preserve source, time, uncertainty and the permitted next action in the investigation.
Follow the infrastructure dependency
Connect VMware, Hyper-V, Nutanix and Proxmox virtualization with storage, SAN and hardware health to explain how infrastructure conditions affect a service.
Yes. AmrudAi brings VMware, Hyper-V, Nutanix and Proxmox into a shared investigation model. Collection depth follows the platform API, version and permissions, so each observation retains its source and capability context.
It can contribute guest-level evidence. Hypervisor, RAID, power and chassis conclusions require evidence from those layers or a qualified combination of sources.
Recommendations show the supporting evidence and operational context. Resource changes remain governed actions with explicit authorization, preconditions and post-change checks; a recommendation itself does not grant execution authority.
Storage and SAN Capability Packs connect array, pool, volume, controller, fabric and path observations. Match your vendor, model, firmware and available APIs to the metrics and relationships needed for each service.
Explore the technology, service dependencies and operating requirements that matter to your team.
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