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Observe · Network Insights

From the firewall to every host — and every hop beyond.

Network Insights discovers your topology, watches every SNMP device, follows the path to the services you depend on and tells you who is using the bandwidth. One module for the map, the path, the flows and BGP.

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Network Insights / Network Map
Example
Example: an auto-discovered network map draws itself from the edge firewall through two core routers and three switches to twelve hosts. The BGP session from core-rtr-01 to 198.51.100.1 (AS64501) drops from Established to Idle — flaps 3, last error Hold timer expired — and the link turns red.

Network Map

A map that draws itself.

Ceburu discovers the topology over SNMP and vendor APIs and lays it out from the firewall, through routers and switches, to every host. Compare scans with Diff to see what changed, spot missing devices, and drill into a map per subnet.

  • Auto-discovered over SNMP and vendor APIs
  • Overlay view and missing devices
  • Default, Detail and Diff views between scans
  • Per-subnet maps
Network Insights / Network Map
Example
Example: the map for subnet 10.20.4.0/24 switches from the Default view to Detail, where hostnames and IP addresses appear, and then to Diff, which marks web-02 and ws-41 as newly added since the previous scan and db-02 as missing.

Network Path

Every hop between your sites and the services you rely on.

Network Path traces hop-by-hop routes from each site to the hosts and services you care about, with latency per hop, jitter, packet loss and the ISP or AS that owns each hop. Parallel ECMP routes are drawn side by side, and the timeline lets you scroll back to the path as it was at any moment.

  • Latency per hop, jitter and packet loss
  • ISP and AS names on every hop
  • Multiple parallel (ECMP) routes
  • Scroll back in time to see the path at any moment
Network Insights / Network Path
Example
Source: branch-nycDestination: app.example.com443TCP
0.0ms0.0ms0.0ms0.0ms0.0ms0.0ms0.0ms
End-to-end
0.0 ms
Jitter
0.0 ms
Packet loss
0.0%
Parallel routes
3
Example network path from a branch site to app.example.com on port 443, using fictional addresses. The path crosses the site router and ISP gateway, fans out across up to three parallel routes through two networks, and re-joins before the destination. A timeline lets you move back to 14:02, when one parallel route showed packet loss and higher latency.

Network Manager

Interfaces, health and BGP for every SNMP device.

Each device gets its own workspace: interface errors, discards and utilisation; CPU, memory, temperature and power supplies; and BGP peers with state, remote AS, uptime, flaps and the last error. Traps, scripts, routing, multicast and stack views sit alongside.

  • Interfaces: errors, discards, utilisation
  • Health: CPU, memory, temperature, power supplies
  • BGP: peers, state, remote AS, uptime, flaps, last error
  • Routing, Multicast, Stack, Traps, Scripts and Lifecycle
Network Insights / Network Manager
Example
Example: the BGP tab for router core-rtr-01 lists four peers with remote AS, state, uptime, flaps and last error. The peer 198.51.100.1 (AS64501) drops from Established to Active, its flap count rises to 3 with last error Hold timer expired, then recovers with uptime reset. Side cards show rising errors on interface Gi1/0/8 and power supply 2 failed.

Network Performance

“Who is eating the bandwidth?” — answered.

Flow analytics break traffic down by talker, service, application class and autonomous system. Top-N, Core Services, Threats, Geo IP, QoS/DSCP and AS traffic views turn raw flow records into an answer.

  • Top-N talkers and Core Services
  • Threats and Geo IP
  • QoS / DSCP and AS traffic
  • Flow graph and records, Exporters and OSI details
Network Insights / Network Performance
Example
Example: the Top-N view answers who is using the bandwidth. Talker bars grow and the backup traffic from 10.20.4.17 overtakes HTTPS to reach first place at 486 Mbps. Side cards show traffic by DSCP class (EF, AF41, CS0) and by autonomous system.

Capabilities

Everything in Network

The complete list, as it exists in the product today.

Overview

  • Network Overview as a map and a table
  • Network Dashboards

Network Manager

  • Every SNMP device with Overview, Coverage and Lifecycle
  • Interfaces: errors, discards and utilisation
  • Health: CPU, memory, temperature and power supplies
  • Flow graph and flow records, Top-N
  • BGP: peers, state, remote AS, uptime, flaps and last error
  • Routing, Multicast and Stack
  • Alerts, Traps and Scripts

Network Performance

  • Flow analytics that answer “who is eating the bandwidth?”
  • Overview, Top-N talkers, Core Services and Threats
  • Flow graph and records, Geo IP, Multicast
  • QoS / DSCP, AS traffic, Exporters and OSI details

Network Map

  • Auto-discovered topology over SNMP and vendor APIs — firewall to router to switches to every host
  • Overlay view and missing devices
  • Default, Detail and Diff views between scans
  • Per-subnet maps

Network Path

  • Hop-by-hop paths from your sites to the services and hosts you care about
  • Latency per hop, jitter and packet loss
  • ISP / AS names
  • Multiple parallel (ECMP) routes
  • A timeline you can scroll back to see the path at any moment

Detect

  • Network Alerts
  • Anomaly Detection

Works with AI Core

Network signals feed AI Core.

BGP state changes, interface errors and jitter across many devices are exactly the signals AI Core groups into one situation — so a flapping peer and the symptoms it causes arrive as one story.

How AI Core works

From Network

  • BGP peer leaving Established
  • Interface errors
  • ICMP jitter across many devices
  • Failed power supplies

Ask AI

  • “Any network issues right now?”
  • “What is connected to port 8 on the core switch?”
  • “Who is eating the bandwidth?”

Get started

See every signal in one place.

Start with one site and one probe. Add modules as you go — the AI Core gets more useful with every source you connect.

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