NetXolNetXol
AI & AutomationCore

An AI brain that operates your network

NetXol runs in two modes: a Copilot you command by voice or chat, and an autonomous engine that crawls your network 24/7 — diagnosing, recommending and fixing on its own.

Manual mode — AI Copilot

Tell it what to do in plain language. It interprets, shows a preview, asks for confirmation, executes over SSH, and reports back — every action audited.

NetXol AI · Network Copilot

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Speak or type in any language…

Auto-crawling — fully autonomous

Runs continuously in the background with no prompts — monitoring, detecting anomalies, performing root-cause analysis and remediating within your policies.

  • Continuous monitoring & anomaly detection
  • Automated root-cause analysis
  • Policy-based auto-remediation
  • Predictive maintenance & capacity forecasting
  • Auto ticket creation & executive reporting
Live loop

Watch a fault heal itself

A node degrades. The AI agent investigates, remediates and verifies — then returns to the core and waits for the next event. This loop runs across your real network, thousands of times a month.

Mean time to detect

< 30 s

continuous crawling vs minutes of waiting

Auto-remediated

90%

policy-driven, audited every step

Human-in-the-loop

when needed

unknowns escalate to your NOC instantly

How autonomy works

Sense, reason, act, verify — repeat

NetXol AI is not just a script that fires when something breaks. It runs a continuous cognitive loop — observing telemetry, reasoning over topology and policy, taking a concrete action, and verifying that the action worked before closing the case.

  • SSense. SNMP, NetFlow, syslog, ACS, alarms — fused into one signal.
  • RReason. LLM + topology graph + rules → ranked hypotheses with confidence.
  • AAct. Config push, RPC, SSH, restart, reroute, ticket — bounded by policy.
  • VVerify. Measure the metric, confirm the fix, log the audit, close the loop.
NetXol AIclosed-loop autonomy

Sense

continuous telemetry

Reason

LLM + topology + rules

Act

config push / RPC / SSH

Verify

measure, confirm, close

16 AI modules

A specialist for every job

Each module replicates a senior engineering role — and never sleeps.

AI Network Engineer

Configure & provision any device with natural-language voice or text commands.

“Create VLAN 500 on OLT-01 and assign uplink 0/1.”

AI NOC Engineer

Instant operational answers — outages, top talkers, unstable links.

“How many links went down today?”

AI OLT Engineer

GPON-grade ONU control & auto-diagnosis for FTTH operators.

“Upgrade ONU 485754 from 20 to 50 Mbps.”

AI RCA Engine

Backtraces every alert across topology and scores the real root cause.

ONU offline → fiber Rx −32 dBm · 92% confidence

AI Auto-Fix Engine

Policy-based remediation — restart, reroute, re-authorise, verify, close.

High CPU → restart service → verify → close alert

AI Capacity Planner

Predicts saturation before it happens, with upgrade recommendations.

Saturation in 14 days → add 2 Gbps

AI Predictive Maintenance

Forecasts SFP, PSU, fan, fiber and ONU failures before they occur.

SFP Gi0/3 may fail in 14 days · 83%

AI Executive Assistant

Daily executive summaries and reports, on dashboard or by voice.

Health score 92% · 2 critical · 4 upgrades

The full AI suite includes:

AI Network Engineer AI NOC Engineer AI OLT Engineer AI Core Network Engineer AI Capacity Planning AI Root Cause Analysis AI Auto-Fix Engine AI Recommendation Engine AI Predictive Maintenance AI Daily Operations AI Executive Reporting AI Voice NOC AI Security Analyst AI Network Copilot AI GPON Expert AI Executive Assistant
Alert lifecycle

From metric breach to ticket closed — automatically

Every alert that enters NetXol goes through the same five-step lifecycle. No copy-paste between tools, no follow-ups dropped, no fixes left unverified.

01

Detect

metric breaches threshold

02

Root-cause

AI backtrace + score

03

Route

alert → right role

04

Auto-fix

policy remediation

05

Verify & close

measure → ticket closed

Auto GPON diagnosis

When an ONU goes dark, AI investigates instantly

No engineer, no five-screen investigation. The AI backtraces the fault across the topology and returns a probabilistic conclusion with a confidence score — so the right action (or the right truck) is dispatched first time.

Conclusion

Likely customer-side fiber damage · OLT port healthy · Rx −32 dBm

Confidence92%
  1. 1ONU down — event detected
  2. 2Check ONU optical Rx power
  3. 3Verify OLT port status
  4. 4Analyse fiber loss metrics
  5. 5Check splitter & neighbours
  6. 6Verify authentication state

Put your ISP on autopilot

See NetXol on your own network in a live demo — or send us your RFP and let our team scope the whole project for you.