Background Mobile
Network Monitoring Icon/// TELECOM · NETWORK MONITORING

Network Monitoring Software for Telecom and ISPs

Fault and performance monitoring for the networks you sell — fibre, mobile and core, across every vendor — with NOC dashboards, customer-impact views and SLA reporting.

WhatsAppMessage on WhatsApp

Monitoring your own company's network? An off-the-shelf tool is the right choice — this page is for operators and ISPs.

Network Monitoring Software Architecture
Fault managementMulti-vendorCustomer impact
Fibre and PONSLA reporting

TRUSTED BY TEAMS

letest.ai
Propmodel
aloomah
yeeld
Nostromarkets
Pharmy
/// INTRODUCTION

Telecom network monitoring watches the network an operator or ISP sells — fibre and PON, mobile cells, microwave links, the IP core and the routers in customers’ homes — across equipment from many vendors.

Each vendor's management system sees only its own part, so the operations team switches between screens during an incident. Sodio builds telecom network monitoring software that brings them together: one view of faults and performance, the customers affected by every problem, and the service-level reports business customers expect.

Network operations center NOC display control room

/// WHICH KIND OF MONITORING?

Your Company’s Network, or the Network You Sell?

If you are monitoring your own organisation's network, use an established tool such as PRTG, Zabbix, SolarWinds or Datadog. Telecom monitoring is a different job.

Use an off-the-shelf monitoring tool when

  • You monitor your own offices, servers and data centre
  • Devices are standard IT equipment
  • Knowing that a device is down is enough
  • Nobody outside the team sees the results

Build telecom network monitoring when

  • The network is the product you sell
  • Equipment spans fibre, mobile, microwave and core from several vendors
  • You need to know which customers each fault affects
  • Business customers expect availability and SLA reports

/// WHAT IT COVERS

What Telecom Network Monitoring Covers

Fault management

Fault management

Performance management

Performance management

Topology and inventory

Topology and inventory

Multi-vendor collection

Multi-vendor collection

Customer and service impact

Customer and service impact

Fibre and PON monitoring

Fibre and PON monitoring

Mobile network KPIs

Mobile network KPIs

Customer premises equipment

Customer premises equipment

NOC dashboards and tickets

NOC dashboards and tickets

SLA reporting

SLA reporting

/// FROM ALARM TO REPORT

From the First Alarm to the SLA Report

STAGE 1 - COLLECT

Readings and alarms arrive

Data gathered from every vendor's equipment and management system

STAGE 2 - NORMALISE

Formats are made consistent

Different vendors' data turned into one model

STAGE 3 - ALERT

Something is wrong

Alarms de-duplicated, prioritised and grouped

STAGE 4 - ASSESS IMPACT

Who is affected?

Faults mapped to the customers and services behind them

STAGE 5 - RESPOND

The NOC acts

Ticket raised, engineers dispatched, customers informed

STAGE 6 - REPORT

The fault is closed

Availability and SLA reports updated

/// WHAT IT WATCHES

What It Watches, by Network

Fibre and PON
Key signalsOptical power, OLT port errors, ONT status
Problems caughtFibre degradation and breaks, faulty customer units
Mobile radio
Key signalsDropped calls, handover success, throughput, availability
Problems caughtCell outages and congestion
IP and MPLS core
Key signalsInterface errors, latency, routing sessions
Problems caughtLink failures and routing problems
Microwave backhaul
Key signalsSignal levels and error rates
Problems caughtRain fade and failing radios
Customer premises
Key signalsRouter status, Wi-Fi quality, firmware version
Problems caughtProblems inside the customer's home or office
Virtualised network functions
Key signalsProcessing load and function health
Problems caughtFailing software-based network functions
Gradient

///AI ON MONITORING

Where AI Builds on Monitoring

Good monitoring collects the data. AI makes it manageable — fewer alarms, earlier warnings and better forecasts.

Each node's normal learned, and alarm storms reduced to one incident with a likely cause.

Slow degradation — weakening optics, rising errors, draining site batteries — caught before customers notice.

Traffic forecast for every node and link, timed against how long upgrades take.

/// COMPARE

IT Monitoring Tool, Vendor Management Systems or Telecom NOC Software

Built for
IT monitoring toolOrganisations' own networks
Each vendor's management systemOne vendor's equipment
Custom telecom monitoringOperators and ISPs
Many vendors in one view
IT monitoring toolPartly, for standard devices
Each vendor's management systemNo
Custom telecom monitoringYes
Telecom measures
IT monitoring toolFew
Each vendor's management systemFor that vendor only
Custom telecom monitoringFibre, mobile, core and customer equipment
Customer impact
IT monitoring toolNo
Each vendor's management systemNo
Custom telecom monitoringEvery fault mapped to customers
SLA reporting
IT monitoring toolBasic
Each vendor's management systemLimited
Custom telecom monitoringBuilt for business customers
Best for
IT monitoring toolIT teams
Each vendor's management systemDetailed work on one vendor's kit
Custom telecom monitoringA network operations centre

/// COST AND TIMELINE

What Drives the Cost and Timeline

A working single view of faults and performance for part of your network typically arrives within 30 days, with a production platform in 90.

30 daysWorking single view of faults and performance
90 daysProduction platform

The cost moves with six things: how many network elements and interfaces are monitored; how many vendors and protocols are involved; which network types are covered; the volume of streaming data; the systems it connects to, such as ticketing, CRM and inventory; and the depth of SLA reporting.

/// FAQ

Frequently Asked Questions

Network monitoring software watches a network's devices and links, alerts when something fails or slows down, and records performance over time. Most of it is built for IT teams monitoring their own organisation's network. Telecom network monitoring is different: it watches the network an operator or ISP sells, across thousands of devices from many vendors, and has to show which customers each problem affects.

In scale, in equipment and in what matters. An operator runs fibre, mobile, microwave and core equipment from several vendors, each with its own management system, and needs telecom-specific measures such as optical levels and cell performance. Above all, it needs to know which customers and which service levels each fault affects. General IT monitoring tools are not built for that.

Because none of them shows the whole network. Each vendor's system sees only its own equipment, so the operations team switches between screens during an incident. A telecom monitoring platform reads from all of them and presents one view — often called a manager of managers — without replacing the vendor tools engineers still use for detailed work.

Yes. Home and business routers can be monitored and managed remotely through the TR-069 and TR-369 standards, so support teams can see whether a problem is in the customer's home or in the network before sending an engineer.

Yes, and it is one of the most valuable things it does. By connecting faults to the network topology and customer inventory, every alarm can be traced to the customers and services behind it, then passed to the contact centre, the customer app and the status page.

Usually not. It reads from the vendor management systems and tools you already run. Where it makes sense, we build on proven open-source components rather than writing everything from scratch, which keeps costs down and avoids locking you in.

/// GET STARTED

Start With the Question Your NOC Answers Slowly

Tell us the question that takes your operations team longest to answer during an incident — often simply 'which customers are affected?' We will prepare a free solution architecture for a platform that answers it in seconds.

Contact Us