1 product
Physical AI digital twins for radio sites and in-building networks.
Overview
QDT’s telecom products bring physical sites into interactive 3D twins that combine the site’s geometry with radio telemetry, so network operations and field teams can see a fault where it happens. A copilot reads the telemetry, points at the likely asset, and drafts a work order. The demos on these pages run on synthetic sites and data.
In this family
Telecom
Interactive 3D twins of cell sites and in-building networks, with a copilot that finds the fault and drafts the work order.
View detailsChallenges we solve
A KPI drop or alarm says something is wrong, but not which antenna, cable or unit.
Crews climb masts or walk buildings to find a fault that could have been narrowed remotely.
Inventory, RF plans, performance counters and work orders rarely share one view of the site.
How it works
How the twin links network data, the physical site and field operations.
From telemetry to work order
How the twin links network data, the physical site and field operations.
Press Play the flow, or hover and click any step to see what it does.
Our approach
Each stage ends with something you can review, so decisions stay visible and reversible.
Build a 3D twin of the site from drawings, inventory or a phone or drone capture.
Attach radio coverage, alarms and 15-minute performance counters to the assets they describe.
Robots, drones and a copilot inspect the twin and point at the likely faulty asset.
Raise a work order with severity, SLA, crew and parts, ready for your ticketing system.
What you get
FAQ
No. The demo sites, telemetry and faults are synthetic. A deployment uses your own sites and data feeds.
The demos model 5G NR n78 outdoor and indoor. Other bands and technologies are scoped per engagement.
Start a conversation
Share your sites, users and systems. We will show how the platform configures to your context.