Network performance, traffic & path intelligence
AmrudAi supports network observability & monitoring for enterprise operations. Bring device health, routing, traffic, paths and monitoring quality into one operational context. Follow a problem from the affected site or service to the evidence that explains it.
The application experience
See the complete workspace. Enlarge any image to inspect its panels, navigation and evidence at actual size.
Complete the operational workflow
Connect access points, controllers, clients, radios and authentication outcomes with wired uplinks and shared services. Relate voice loss, jitter, latency and QoS to the path that carries the call, using the measurements exposed by the relevant source.
DNS, DHCP, NTP, identity and certificate services can interrupt an otherwise reachable network. Their status, timing, recent changes and regional checks belong beside interface and routing evidence in the investigation.
The capability in detail
Inspect availability, CPU, memory, uptime, interface utilization, optical readings, errors and discards. Keep the device, its interfaces, assigned Sensor and recent changes in the same view.
Use governed SNMP v1/v2c/v3 profiles, typed values, exact counters and explicit collection quality. Investigate raw OIDs, decoded values, authentication results and freshness from an in-context SNMP test.
Connect BGP, OSPF, IS-IS and BFD state with MPLS/VRF, VXLAN/EVPN, VLAN/STP, LACP and gateway-redundancy evidence wherever the device pack exposes those dimensions.
Compare current, historical and multi-vantage paths. Inspect hop and destination latency, loss, reliable jitter, path fingerprints and divergence alongside interface and routing evidence.
Explore NetFlow, IPFIX, sFlow and compatible vendor exports through top talkers, conversations, protocols, ports, interfaces, sites, traffic matrices and Sankey views.
Bring sampling, exporter gaps, IPAM, DNS/DHCP, ASN and temporal entity mapping into traffic analysis. Preserve confidence and provenance when enriching cloud, application or user context.
Compare branches, WAN and Internet links using latency, loss, jitter, synthetic checks and incident context. Tie monitored interfaces and paths to circuit IDs, bandwidth, providers and primary/backup roles.
Navigate underlay links, overlay tunnels, SLA classes and VPN peers, plus controller, AP, radio and client evidence through compatible packs. Evaluate exact vendor and version depth for the intended deployment.
Inspect offered traffic, drops and queues through QoS/CBQoS context. Relate multicast, IP SLA and operational voice evidence to network conditions rather than viewing each protocol in isolation.
Correlate traps, informs, syslog and supported streaming telemetry with polling, Flow, configuration and topology changes. Keep source quality and event time visible.
Set inherited profiles, thresholds and bounded adaptive collection. Preview workload impact, constrain acceleration with cooldowns and capacity limits, and preserve effective-policy history.
Distinguish stale telemetry, a failed credential, a Sensor problem and a path failure from a verified device outage. Preserve contradictory evidence and validate recovery before resolving the condition.
From information to action
Identify devices and interfaces through the relevant Sensor and governed credentials.
Select compatible profiles and inspect telemetry freshness, protocol health and coverage.
Move from site to interface, traffic, routing, path and recent changes without losing time context.
Run a bounded diagnostic, compare vantages and attach the evidence to the incident.
Connect your network estate
Monitor network performance, routing, paths, traffic and wireless or SD-WAN services through a shared operational view.
Flow analysis explains conversations and traffic patterns. When an incident needs packet evidence, an authorized operator or policy can trigger a filtered capture with explicit duration, volume, privacy and retention limits. Capture is tied to the investigation and stops at its configured bounds.
AmrudAi monitors multi-vendor network estates through Capability Packs. Match the device model, firmware and required dimensions—discovery, interface metrics, topology, routing, diagnostics and NCM—to the appropriate pack and collection profile.
AmrudAi qualifies failures using protocol, path, neighbor and Sensor evidence. A failed poll with healthy independent observations remains a monitoring-degradation condition, helping the NOC distinguish a collection problem from a device outage.
Size by devices, interfaces, metric cardinality, polling frequency, network round-trip time, event and Flow volume, retention and diagnostic demand. These workload inputs determine the Core and Sensor capacity for your deployment.
Explore the technology, service dependencies and operating requirements that matter to your team.
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