Build a Custom Network Monitoring Dashboard Using AI in Minutes
Describe your Network Monitoring Dashboard in plain English and Emergent delivers a build that's ready to launch. Design, development, and deployment in minutes. No code needed.
Trusted by Builders Worldwide
Active Builders Worldwide
Apps Successfully Created
Countries Globally Reached
Emergent Key Features for Building a Network Monitoring Dashboard
Utilisation, path quality and error trends, because device up and down says little about whether it works.
Utilisation in Both Directions
Each link is measured inbound and outbound separately, because saturation in one direction is invisible in a combined figure.
Path Quality Between Sites
Latency, jitter and loss are measured along the paths users actually traverse, rather than only checking whether devices respond.
Error Trend on Interfaces
Errors and discards are tracked as rates over time, catching a failing optic or cable while it is degrading rather than after it fails.
Saturation Forecasting
Utilisation trend is projected, so a circuit upgrade is planned before congestion starts affecting users.
Alert Correlation
Related alerts are grouped as one likely cause, which prevents a single failure presenting as thirty separate incidents.
Site Impact Translation
Each problem is expressed as the sites and services affected, so the service desk can respond to users without interpreting network detail.
Network Monitoring Dashboard Use Cases You Can Build in Minutes
See Saturation Coming before Users Do
Utilisation on each critical link in both directions against capacity, links exceeding your threshold, peak utilisation by hour, links trending toward saturation over recent weeks and the top traffic sources on each.
window.awbMockup = { linkUtilisation: "Build a network dashboard showing utilisation on each critical link in both directions against capacity, links exceeding your utilisation threshold, peak utilisation by hour of day, links trending toward saturation over recent weeks, and the top traffic sources contributing to load on each.", pathPerformance: "Build a network path dashboard showing latency, jitter and packet loss between each pair of sites against target, paths currently degraded, latency by hour to reveal congestion patterns, historical comparison for each path, and which paths carry traffic for services sensitive to loss.", deviceHealth: "Build a network device dashboard showing reachability, processor and memory utilisation, interface errors and discards, and uptime per device, devices with errors increasing on any interface, devices approaching resource limits, configuration changes recently applied, and devices not responding to polling.", networkIncident: "Build a network incident dashboard showing current alerts by severity and affected site, the services and user count affected by each, time since detection, correlated alerts likely sharing one root cause, recent configuration changes coinciding with an alert, and a history of incidents on the same link or device."};
Answer the Slowness Complaint in Seconds
Latency, jitter and packet loss between each pair of sites against target, paths currently degraded, latency by hour to reveal congestion patterns, historical comparison per path and which paths carry loss sensitive services.
window.awbMockup = { linkUtilisation: "Build a network dashboard showing utilisation on each critical link in both directions against capacity, links exceeding your utilisation threshold, peak utilisation by hour of day, links trending toward saturation over recent weeks, and the top traffic sources contributing to load on each.", pathPerformance: "Build a network path dashboard showing latency, jitter and packet loss between each pair of sites against target, paths currently degraded, latency by hour to reveal congestion patterns, historical comparison for each path, and which paths carry traffic for services sensitive to loss.", deviceHealth: "Build a network device dashboard showing reachability, processor and memory utilisation, interface errors and discards, and uptime per device, devices with errors increasing on any interface, devices approaching resource limits, configuration changes recently applied, and devices not responding to polling.", networkIncident: "Build a network incident dashboard showing current alerts by severity and affected site, the services and user count affected by each, time since detection, correlated alerts likely sharing one root cause, recent configuration changes coinciding with an alert, and a history of incidents on the same link or device."};
Catch the Failing Optic While It Degrades
Reachability, processor and memory utilisation, interface errors and discards and uptime per device, devices with errors increasing on any interface, devices approaching resource limits and recent configuration changes.
window.awbMockup = { linkUtilisation: "Build a network dashboard showing utilisation on each critical link in both directions against capacity, links exceeding your utilisation threshold, peak utilisation by hour of day, links trending toward saturation over recent weeks, and the top traffic sources contributing to load on each.", pathPerformance: "Build a network path dashboard showing latency, jitter and packet loss between each pair of sites against target, paths currently degraded, latency by hour to reveal congestion patterns, historical comparison for each path, and which paths carry traffic for services sensitive to loss.", deviceHealth: "Build a network device dashboard showing reachability, processor and memory utilisation, interface errors and discards, and uptime per device, devices with errors increasing on any interface, devices approaching resource limits, configuration changes recently applied, and devices not responding to polling.", networkIncident: "Build a network incident dashboard showing current alerts by severity and affected site, the services and user count affected by each, time since detection, correlated alerts likely sharing one root cause, recent configuration changes coinciding with an alert, and a history of incidents on the same link or device."};
One Incident Instead of Thirty Alerts
Current alerts by severity and affected site, the services and user count affected by each, time since detection, correlated alerts likely sharing one root cause, recent configuration changes coinciding and incident history per device.
One Incident Instead of Thirty Alerts
Current alerts by severity and affected site, the services and user count affected by each, time since detection, correlated alerts likely sharing one root cause, recent configuration changes coinciding and incident history per device.
Build a custom network monitoring dashboard in 4 simple steps
Track link utilisation, latency between sites, packet loss and interface errors in one view, so network problems are located rather than reported as slowness.
Start with your critical links and circuits, the sites and paths between them, acceptable latency and loss, interface error thresholds and the devices whose failure would matter. Emergent builds around your topology rather than a device inventory.
Link device polling, interface counters, flow data and path measurements between sites. Emergent turns counters into utilisation and error rates and evaluates paths continuously, so degradation is visible before it becomes an outage.
Ask to include a new site, add a monitored path, change a utilisation threshold or alter alert correlation rules, and the topology and path views rebuild.
Publish one link where the network team sees links and devices and the service desk sees which sites are affected. Reports of slowness get checked against measured path performance immediately.
More things you can build
with Emergent
AI Website Builder
Build and publish responsive websites with AI — from landing pages to complete websites.
AI App Builder
Create and launch mobile apps with AI, without the complexity of traditional app development.
AI Web App Builder
Build and ship fully functional web apps with custom interfaces, logic, and workflows.
AI Dashboard Builder
Create interactive dashboards to visualize data, track KPIs, and manage business operations.
AI SaaS Builder
Build complete SaaS products with user accounts, subscriptions, dashboards, and core product workflows.
AI CRM Builder
Build custom CRMs for managing contacts, leads, pipelines, campaigns, and automated workflows.
AI Agent Builder
Create AI agents that can understand tasks, use tools, automate workflows, and work across your business.
Build Your Own
Start with any idea and build exactly what you need with AI — no templates or limits.
Why choose Emergent?
Most tools give you a demo you have to rebuild. Emergent gives you a product that is ready to run.
| Comparison | Other Tools |  |
|---|---|---|
| Built for | Demos and MVPs | Products you keep growing |
| What you get | Front end shell only | Full stack, wired end to end |
| Backend and database | Set it up yourself | Built and connected for you |
| Customization | Surface level styling | Deep workflow control |
| Integrations and APIs | Manual glue work | Connected from a prompt |
| Code ownership | Locked to the platform | Clean code you can export |
| Time to launch | Weeks of patching and setup | Live the same day |
Pick the Pricing Plan That Works for You
Choose the plan that fits your building ambitions. From weekend projects to enterprise applications, we've got you covered.
No credit card required*
Find the Right Dashboard Builder
for Your Business
Frequently Asked Questions
Your Questions, Answered
Don't change this element unless you know what you are doing
on Emergent today
