Mobility
Handover failures, ping-pong and coverage gaps located along trains and highways, with the neighbour and threshold changes that fix them.
Results
Handover success on a new C-band rollout.
Failures located along each train line and highway.
At a glance
For
RAN optimization teams
Replaces
Drive tests and train-ride measurement campaigns along corridors
Data used
Geolocated call traces, PM counters, neighbour relations and handover parameters
Runs on
Your cloud or on-prem, every major vendor, 2G to 5G
The problem
Users on trains and highways cross many cells in a few minutes. A missing neighbour or a wrong threshold drops their calls, and the problem moves with them.
Measuring a route means a drive test or a train ride, so most corridors are checked rarely and fixed late.
How it works
Check the route
After the change, the agent measures handover success along the route and flags any segment that still fails.
Where along the Madrid–Valencia high-speed line do calls drop, and which neighbour changes would fix it?
The segments of the line with handover failures and drops, the cells involved and the neighbour or threshold change proposed for each.
Frequently asked questions
Does it need a drive test along the route?
No. Failures are located from the traces of the users travelling on it, so routes are measured without field campaigns.
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 locate and propose. Your engineers decide, and changes go through your own systems.
Where has it been used?
With Moldtelecom, where handover success reached 99.9% on a new C-band rollout.
“O2 climbed one position in independent rankings after deploying our anomaly detection and root cause analysis engines.”
Find where your calls drop on the move.
Bring one train line or highway. We run the agents on your data and show you the segments that fail and the fix.
