Governed discovery, address history & reconciled network services
Address records lose value when discovery, DHCP and DNS disagree. AmrudAi connects IPv4/IPv6 inventory, lease and reservation evidence, name-service records and canonical device identity so teams can understand what is connected, detect conflicts and plan the next allocation.
The application experience
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The capability in detail
Discover through supported network, infrastructure and cloud sources using the selected collection and credential context. Reconcile candidates and review activation under policy so a newly observed address becomes a controlled part of the monitored estate.
Organize supernets, subnets and addresses with VLAN, VRF, site and ownership context. Model overlapping address spaces in their proper network scope so identical address text does not imply the same resource.
Track used, free, reserved and other defined address states alongside authoritative allocation records. Clear source and ownership context helps teams review an address before assigning it to a new workload.
Reconcile discovery with DNS records, DHCP scopes, leases and reservations through supported integrations. Surface disagreement between sources so teams can correct the relevant authority while preserving the operational evidence.
Bring Microsoft DHCP/DNS and Infoblox data into the governed model where the relevant APIs are available. Scope credentials, connector behavior and authority rules to the records and workflows you need to synchronize.
Identify duplicate or conflicting address observations, stale entries and records that lack a current association. Preserve first/last-seen and source evidence so a cleanup or conflict-resolution decision can be reviewed.
Reconcile changing IP/MAC observations with stronger entity and attachment evidence. Relate addresses to device, switch port, VLAN, AP and authorized user/session context where available without treating an address or PID as permanent identity.
Compare subnet utilization and allocation growth with remaining headroom. Use the available history and explicit forecast assumptions to prioritize expansion or reclamation before an address constraint affects onboarding.
Use time-aware DNS/DHCP/IPAM evidence to enrich Flow and service investigations. Historical address ownership remains tied to the incident window, helping engineers identify the resource that generated traffic or experienced failure.
Track inventory and policy changes, reconciliation decisions and authorized API activity. Keep the canonical entity model connected to CMDB or other systems through explicit authority and conflict rules.
From information to action
Inspect the observed device or address together with the relevant site, VLAN/VRF, collector and authority context.
Review leases, reservations, records and first/last-seen observations; identify agreement, gaps and conflicting sources.
Correct the authoritative record or approved mapping, preserving history and avoiding duplicate entity activation.
Repeat the relevant discovery or name-service check and review the effect on utilization, dependencies and operational evidence.
Built around your operating environment
Connect network discovery and address management to the same entity and service model used by monitoring.
Connect the workflow
Addresses are observations associated with canonical entities in their relevant network scope and time. Reconciliation uses the available stable identity and source evidence so changing addresses do not automatically create duplicate physical devices.
Yes. The model preserves source provenance and governed authority rather than silently selecting the most recent value. Conflicting or stale records remain visible so the operator can correct the proper source and retain the history.
IPv4/IPv6 records carry their site and VLAN/VRF or other network context. That context lets the platform distinguish the same textual address used in separate scopes.
The address owner or lease may have changed after the event. Time-aware IPAM, DNS and DHCP evidence helps associate a log, Flow conversation or service failure with the correct historical resource.
Explore the technology, service dependencies and operating requirements that matter to your team.
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