AI ASSISTANT FOR NETWORK OPERATIONS TEAMS

From network data to intelligence.

General AI knows the internet. Network Copilot knows your network.

Network Copilot connects to the monitoring you already run and answers your team's questions about devices, alerts and traffic in plain language, so engineers spend less time switching between dashboards and more time acting on what they find.

✓ Works with supported monitoring data · Built for real network operations
NETWORK COPILOT · HEALTH OVERVIEW MONITORING VIEW
NETWORK SNAPSHOT Network overview.

Here’s an overview of your monitored environment.

⌁
Monitored devices128 Inventory overview
Devices up124 Reporting available
Devices down4 Review status
COPILOT INSIGHT ILLUSTRATIVE

Your network summary and active alerts can help the team identify which areas need attention first.

Device availabilityActive alertsNext steps
✳Ask a question about your network…↑

Illustrative interface preview — example figures, not live customer data.

CONVERSATIONAL INTELLIGENCESCHEDULED REPORTINGCUSTOMER-SPECIFIC MANAGEMENT
A MORE USEFUL WAY TO WORK WITH NETWORK DATA

Your monitoring data is only the beginning.

Network monitoring systems collect valuable information. Network Copilot adds a conversational intelligence layer that helps teams explore the information they already have, investigate operational questions, and receive scheduled summaries.

It is designed to complement supported monitoring systems - not replace the tools and expertise your people already depend on. What changes is how your team spends its day.

A network engineer in an operations centre studies a wall of monitoring dashboards, alert lists and topology maps.

Dashboard-driven operations

Multiple screens. Fragmented information. More effort.

  • Switch between multiple monitoring systems
  • Manually collect and correlate information
  • Investigate alerts and identify the root cause
  • Reporting takes time and specialist effort
A network engineer at a laptop asks Network Copilot for the current network status and reads a health summary with recommended actions.

Conversation-driven intelligence

One chat. Connected data. Clear answers.

  • Ask questions in natural language
  • AI gathers data from all connected systems
  • Get clear, actionable insights in seconds
  • Faster investigation and resolution
THE PLATFORM

One connected experience.
Four practical capabilities.

Move from a question to an insight, then make that intelligence part of the operating routine.

01 / ASK

Conversational network intelligence

Ask natural-language questions about supported monitoring information and explore answers through follow-up conversations.

See example questions →
02 / UNDERSTAND

Network health and alerts

Review device availability and active alerts to help identify operational issues that may need further investigation.

Explore use cases →
03 / DELIVER

Scheduled operational reports and tasks

Configure network health reports and deliver them to designated recipients by email on a schedule.

See how it works →
04 / MANAGE

Customer-specific portal

Manage supported organisation branding, monitoring integrations, users, and operational configuration in a dedicated portal.

Explore the workflow →
START WITH A QUESTION

Make network information easier to ask about.

Network Copilot lets teams start with the operational question they need to answer, then explore the monitoring information available to them.

Walk through a use case →
01

“Give me a summary of our network health.”

Get an overview of monitored device availability and key health information.

↗
02

“Which devices are currently down?”

Explore reported device status and identify where further investigation may be needed.

↗
03

“Summarise the active alerts.”

Bring attention to returned alerts and the operational details they contain.

↗
04

“How can we share network health regularly?”

Configure scheduled reports so operational summaries reach the people who need them.

↗
HOW IT WORKS

Built around the monitoring
you already use.

Start with supported monitoring data, configure the experience, and make network intelligence part of your team's routine.

01

Connect supported monitoring

Integrate with a supported NMS environment so the assistant can retrieve the monitoring information available through the configured connection.

02

Ask and investigate

Use the conversational interface to explore device availability, network health summaries, and active alerts.

03

Schedule and manage

Configure supported reports, recipients, organisation settings, integrations, and users through the customer-specific portal.

NMS
Works with LibreNMS today, built for more monitoring sources

Network Copilot currently integrates with LibreNMS, retrieving device, health, and alert information through the configured connection and answering questions about it in natural language.

Current integration
ONE ALERT, START TO FINISH

Know what's wrong. Then know what to do next.

Your monitoring tools tell you something has happened. Follow a single alert to see how Network Copilot helps your team understand it and decide what to do.

  1. Step 01

    An alert fires

    Monitoring flags rising interface errors on a core uplink. On its own, the alert says what is happening, not why.

  2. Step 02

    The engineer asks

    Instead of opening several dashboards, they ask Copilot what is causing it and whether anything else is affected.

  3. Step 03

    Copilot connects the data

    It brings together interface history, related device alerts and syslog entries from the connected sources.

  4. Step 04

    A recommended next step

    Copilot explains when it started, what it affects and where to look first. The engineer checks it and makes the call.

Network Copilot Connected
You

Interface errors are rising on the core uplink. What's causing this, and is anything else affected?

Uplink investigation

From interface history, device alerts and syslog:

1 uplink affected3 related alerts
  • Started: CRC errors began after a link flap at 02:14.
  • Impact: two downstream switches are showing packet loss.
  • Next step: check the optic and cabling on the uplink port.
Recommendations are based on available evidence and should be validated by the engineer.
Ask a follow-up question…➤
From alert to answer, with your engineers in control.Network Copilot by VibeOn Technologies · From network data to intelligence.

Illustrative example. Network Copilot complements monitoring dashboards and alerts. Its findings and recommendations depend on the data and tools available through configured integrations, and should be validated by the responsible engineer.

CONNECTED DATA. CONVERSATIONAL INTELLIGENCE.

Your tools provide the data.
Network Copilot helps connect the dots.

Bring monitoring systems and logs together through connected MCPs and APIs, then explore the information through a simple conversation.

Illustrative architecture. Available data and recommendations depend on configured sources, integrations and permissions.

WATCH IT WORK

It doesn't guess.
It checks.

Ask a question and Network Copilot investigates the way an engineer would. It finds the relevant ports, checks billing and routing, then brings the results together into one answer. Every check appears on screen as it happens.

  • Every check is visible

    Each query to your monitoring systems appears as it runs, with how long it took. No black box.

  • Several sources, one answer

    Interface traffic, billing and routing data are correlated into a single, clear explanation.

  • Evidence your engineers can verify

    The answer shows what it is based on, so your team can check it and make the call.

NETWORK COPILOT Connected

How has our upstream traffic behaved over the last two days?

I'll start by finding which ports and bills are tagged as upstream or transit.

  1. Searched upstream ports ×22.4s
  2. Checked transit billing1.4s
  3. Pulled port traffic ×40.2s
  4. Checked BGP sessions0.5s
Answer ready: 4 checks across 3 data sources0:15
Upstream traffic, last 48 hours
  • Peak of 2.4 Gbps on Tuesday at 20:40, about 81% of the Transit A commit.
  • Transit B carried roughly a third of the traffic, and both BGP sessions stayed established.
  • No saturation on either link. If evening peaks keep growing, plan more headroom on Transit A.
Based on Interface trafficTransit billingBGP sessions

Illustrative example based on Network Copilot's live progress view. Figures are examples, not customer data. Available checks depend on configured integrations and permissions.

A network operations engineer reviewing Network Copilot's recommendations on a laptop.
CASE STUDY

The features were already there. Copilot found them.

An operator running LibreNMS had capable tools, but useful features were buried under the noise of alerts and dashboards. They asked Network Copilot to review their setup, and it surfaced reporting capabilities they had never switched on, helping them get more from the infrastructure they already had.

What Copilot found
  • Per-customer bandwidth
  • 95th-percentile billing
  • SLA availability
  • Maintenance windows
  • Config backups
Read the case study
WHO IT'S FOR

Network intelligence for the people who keep things connected.

Designed for teams that need a clearer, more accessible way to work with monitoring information.

01

ISPs and network operators

Explore device status, alerts, and operational health across a monitored environment.

02

Enterprise IT teams

Make supported monitoring information easier to retrieve and communicate.

03

Managed service providers

Establish a configurable foundation for customer-specific network intelligence workflows.

SELF-ASSESSMENT

Is Network Copilot right for your team?

Answer eight quick questions about how your team gets network information today. You'll see straight away where Network Copilot could help, and where it may add less.

  • 8 quick questions
  • About 2 minutes
  • Instant result, no email needed
Take the 2-minute assessment
BUILT FOR NETWORK OPERATIONS
PRACTICAL BY DESIGN

Intelligence that builds on your existing investment.

Network Copilot is designed to complement supported monitoring tools. Its answers depend on the information available through each configured integration, helping users investigate what the data can support without replacing engineering judgement.

✓ Existing monitoring data✓ Customer-specific configuration✓ Human-led decisions