Network Monitoring

Catch a down device before it takes down the site

Monitor every router, switch, firewall, and link from one place, so you find the failing device and the reason behind it before your users feel it. One agent covers a whole site, with nothing installed on the hardware.

Every device, one status board — KloudMate infrastructure KloudMate · Infrastructure Network · Overview Every device, one status board Devices 142 Down 3 Errored 5 Device CPU Mem Status core-rtr-01 Cisco · BGP peer down 41% 58% warning dist-sw-07 Arista · eth3 errors rising 36% 47% warning dc-fw-02 Palo Alto · not answering down branch-ap-14 Aruba · healthy 19% 33% up Reachability chennai-branch · ISP link down, gateway still answering

A green switch doesn't mean the link is up.

KloudMate polls each device over SNMP, monitors the sites that can't answer, and reads the traffic crossing every link, so a flapping uplink, an errored interface, and the app eating the bandwidth all surface in one place instead of three tools.

What teams can do with Network Monitoring

Poll devices, receive their traps, ping the sites that can't answer, and read the traffic, all from the same agent.

Poll any SNMP device

Interface throughput and errors, CPU, memory, uptime, and vendor health over SNMP v1, v2c, or v3. Built-in profiles cover Cisco, Juniper, Arista, Fortinet, Palo Alto, MikroTik, and more.

Receive SNMP traps, not just polls

Every device pushes its SNMP traps to one agent, so a link flap or PSU failure reaches you between polls. Route trap events into Incident Management for on-call paging and escalation.

Catch the sites that can't speak SNMP

A gateway-and-internet ping pair shows whether the local network is up and whether the ISP link is working, so a branch outage still surfaces.

Read the traffic on every link

Listen for NetFlow, IPFIX, or sFlow to see the per-application byte and packet mix, then turn on raw flow logs to rank the top talkers.

Discover what's on the network

Scan an IP range and monitor whatever answers, so a device someone racked and forgot doesn't stay invisible.

Map links and routing

Draw the topology from LLDP and CDP neighbours, and monitor BGP peers, MPLS VRFs, and IP SLA probes where you run them.

From a device down to the link that caused it

The Network page leads with problems, not a wall of green, so you start at what's wrong and drill to the interface behind it.

01

Install one agent per site

A Linux or Docker agent polls devices over the network, so nothing runs on the routers and switches themselves.

02

Add devices or scan for them

Point the guided SNMP wizard at known devices, or scan an IP range and monitor whatever answers.

03

Read the Overview at a glance

Health tiles count what's down, a live feed lists problems worst-first, and a status board groups devices by site, role, or vendor.

04

Drill into the device

Open a device for its interfaces, routing, and traffic, sorted so the down ports and errored links surface first.

From flow export to top talker — KloudMate correlation Traffic From flow export to top talker 01 Device exports
NetFlow / sFlow to the agent
02 Agent classifies
by well-known port into apps
03 Traffic tab
per-app byte + packet mix
04 Top talkers
raw flow logs rank the hogs
Top application backup · 71% of link tcp · exporter dist-sw-07 Top talker 10.2.14.9 → 10.0.0.5 sampled 1:100 during business hours

See what's actually on the wire

SNMP tells you how much traffic crosses an interface, not what it is. Point your devices' flow export at the agent and KloudMate breaks the load down by application, so a saturated link and the app filling it sit side by side.

  • Listen for NetFlow, IPFIX, and sFlow, and classify each flow into per-application byte and packet counts
  • Every flow ties back to the SNMP device that exported it, so utilization and its cause stay together
  • Turn on raw flow logs to rank the top talkers by source, destination, and conversation
The link map, colored by status — KloudMate Topology KloudMate · Topology Topology The link map, colored by status isp-edge UPLINK core-rtr-01 CISCO dist-sw-07 ARISTA dc-fw-02 PALO ALTO branch-ap-14 ARUBA bgp 10G trunk 1G

Follow the fault down the link path

The Topology tab draws a live link map from LLDP and CDP neighbour data. A down endpoint reddens its links, so the fault path stands out instead of hiding in a table.

  • Devices are nodes and neighbour links are edges, both in the same status colors as the Overview
  • A failed uplink or ISP link surfaces as an unreachable gateway or a down uplink, not a silent gap
  • Down and not-reporting stay distinct, so you know whether the device died or the poller did
Your network, device by device — KloudMate infrastructure KloudMate · Infrastructure Network · All devices Your network, device by device Search devices Vendor: all Down first Device CPU Mem Status core-rtr-01 site: hq · uptime 214d Cisco 41% 58% up dist-sw-07 eth3 errors rising Arista 36% 47% warning dc-fw-02 last seen 4m ago Palo Alto down branch-ap-14 site: chennai Aruba 19% 33% up

Poll every device without touching the hardware

One agent polls an entire site over the network, so you monitor routers, switches, firewalls, and PDUs without installing anything on them. When the Overview flags a device, the searchable table is where you drill in.

  • SNMP v1, v2c, and v3 with built-in profiles for Cisco, Juniper, Arista, HPE, Aruba, Dell, Fortinet, Palo Alto, MikroTik, F5, and APC
  • Filter by vendor, site, or status, and sort by any column to find the device you need
  • A poller-not-reporting banner names the offline agent instead of marking every device it watched as down
KloudMate AI

Ask KloudMate Assistant to explain what the network did

Assistant turns a wall of interface counters and flow records into a plain answer about which device changed first, which link is saturated, and where to look next.

  • Summarize Say which device or link degraded first
  • Correlate Tie an errored interface to the traffic it carries
  • Guide Point to the next device, interface, or flow to inspect
Explore platform
Why is the Chennai branch slow? — KloudMate Auto-RCA Assistant summary Why is the Chennai branch slow? Q
Explain whether this is a device fault or a saturated link.
Assistant · likely cause
  • eth3 on dist-sw-07 has been dropping frames for the last 20 minutes.
  • Flow data shows backup traffic saturating that link during business hours.
  • Open the interface and move the backup window, or shift it to the secondary uplink.
First change eth3 errors rising dist-sw-07 · last 20m On the wire backup traffic 71% of link from NetFlow Suggested next view Interface + Traffic tabs same time range applied

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