Revolutionizing network operations

From alert storm to root cause.

AssureMesh builds a digital twin of your network, correlates the noise, pinpoints the likely root cause with evidence, and predicts what breaks next.

Explore the platform
Read-only by defaultVendor-neutralEvery step on the audit record
Speaks your network
Cisco IOS-XEArista EOSJuniper JunosSNMP v2c / v3gNMINETCONFSSH CLILLDP topologyBGP stateAWSMicrosoft AzureGoogle CloudCisco IOS-XEArista EOSJuniper JunosSNMP v2c / v3gNMINETCONFSSH CLILLDP topologyBGP stateAWSMicrosoft AzureGoogle Cloud

The platform

One platform. Every layer of network intelligence.

Seven engines working on one model of your network, from the first alarm to the change that prevents the next one.

Alert correlation

Many alerts. One incident.

Topology-aware grouping folds an alert storm into the incidents that matter, so the signal stands out from the noise.
Root cause analysis

Every incident arrives with its likely root cause.

A causal trace through your topology, with the evidence behind it: interface state, counters, routing and change events.
Network digital twin

A living model of your network.

Topology, routing and dependencies in one model, so every answer has context.
Predictive early warning

See it coming.

Trend forecasting on errors, BGP stability, CPU and memory flags trouble before it becomes an outage.
dist-sw-03# show interfaces Te1/0/48
check: errors should be near zero
dist-sw-03#
Guided remediation

Know exactly what to do next.

Recommended steps and read-only checks, each explained. Your engineer approves and runs every one.

 Change verification

Check your intent against the model.

Reachability and isolation intents are checked against the digital twin of your current network. Before-and-after simulation of a proposed change is in development.

How change verification works → Incident memory

Your NOC never forgets a fix.

Similar past incidents on this device or at another site surface automatically, with what was recommended last time.

Turn tribal knowledge into context →

Anatomy of an incident

From first alarm to the next step, in one view.

INC-2041 · example incident
dist-sw-03 Te1/0/48 oper-downcritical
branch-17 unreachablecritical
branch-22 BGP neighbor idlemajor
acc-sw-41 LLDP neighbor lostmajor
+ 44 more alerts in 90 secondsstorm
48 ALERTS → 1 INCIDENT
Grouped by topology: all behind dist-sw-03model
Unrelated fault on fw-02 kept separateindependent
Likely root cause: uplink Te1/0/48 on dist-sw-03cause
E1Interface Te1/0/48 went down at 09:41:07, before every downstream alarm
E2CRC errors rose on the same link over the previous hour
E3LLDP adjacency to core-01 lost at the same moment
2 SITES · 4 APPS
branch-17 · POS, Wi-Fi guestimpacted
branch-22 · VoIP, inventory syncimpacted
core and data centre paths unaffectedhealthy
dist-sw-03# show interfaces Te1/0/48
  input errors rising, CRC 18,402
  check: error counters should be near zero
dist-sw-03# show interfaces Te1/0/48 transceiver detail
  check: light levels within the allowed range
dist-sw-03#
Suggested fix: reseat or replace the optic on Te1/0/48engineer runs

Stay ahead

Predict the next failure. Prove the next change.

The same model that explains today's outage helps you prevent tomorrow's.

Early warning · core-01 Gi0/1INPUT ERRORS / MIN
ALERT THRESHOLD FORECASTTIME TO THRESHOLD

Example forecast. Trends in interface errors, BGP stability, CPU and memory are projected forward to flag what needs attention first.

Predictive early warning

Least-squares trend models on your telemetry flag degrading links and resources, with a confidence level and time to threshold.

Change verification · CHG-118MODEL BEFORE → AFTER
branch-17 → payments-apireachableKEPT
guest-wifi → corp-lanisolatedKEPT
branch-22 → voip-corepath movedREVIEW
dc-east → dc-west2 pathsKEPT

Example change check against the network model.

Digital twin and change verification

Model reachability, isolation and paths, and check your intent against them. Before-and-after simulation of proposed changes is in development.

Built for trust

Control first. Your network, your call.

Read-only by default

Monitoring-only credentials. Write actions are blocked in the platform itself.

Every step on the record

Every decision lands in a tamper-evident audit log.

Isolated by design

Each customer is a separate tenant, isolated in the application and the database.

Deploy your way

Cloud control plane with an on-site collector, so management interfaces stay private.

Read about our security programme.

Next step

See your next outage explained.

Tell us what you run today. We will show you AssureMesh on your kind of network.

Request a demo

Tell us a little about your network. A person reads every message.