Network optimization

Network optimization

Nine detection algorithms run on every cell, covering PCI clashes, cross-feeders, overshooting and load imbalance, each finding with its recommended fix.

Results

9

Detection algorithms running on every cell.

Per cell

A recommended fix for each finding, with the evidence attached.

At a glance

For

RAN optimization teams

Replaces

Periodic audits run one problem type at a time

Data used

Configuration data, PM counters, geolocated call traces and network topology

Runs on

Your cloud or on-prem, every major vendor, 2G to 5G

The problem

Configuration problems like PCI clashes, cross-feeders and overshooting are well known, but checking for them means separate tools and periodic audits.

Between audits the problems pile up, and each one is found when its KPIs have already dropped.

what an engineer can ask:

Show all PCI clashes and cross-feeders in the Madrid region, with the fix for each.

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what comes back:

Every finding by type and cell, with the evidence behind it and the recommended fix.

Frequently asked questions

Which problems does it detect?

Nine types, including PCI clashes, cross-feeders, overshooting, undershooting and load imbalance.

How do I know a finding is right?

Each finding carries its evidence, so your engineers can check the measurements before they approve the fix.

Which vendors and technologies does it support?

All major vendors and technologies, from 2G to 5G. The data from every vendor in your network is brought into one model before the agents work on it.

Does the platform change anything on the network by itself?

No. The agents detect and recommend. Your engineers decide, and changes go through your own systems.

“O2 climbed one position in independent rankings after deploying our anomaly detection and root cause analysis engines.”

Run the nine checks on your network.

Bring one region. We run the agents on your data and show you every finding with its fix.