Digital twin · Where we're headed

Prove the design.
Before you build it.

A link budget tells you a design should work. A digital twin will let you watch it work: real traffic running across it, rain and fading moving through it, until you know it meets its requirements before anyone mobilises to site.

On the roadmap Built on the live tools' models

How it would work

A whole system, proven in software first

  1. The sites, links, cable runs and equipment from a design you already have in the tools, laid out on the land they will stand on.

  2. The twin runs the design: real traffic across every link and through every metre of cable, loaded the way the operation will load it.

  3. A rain cell crosses the microwave path. The twin follows the fade as it deepens, the link stepping its rate down to stay up, then back as the rain clears.

  4. The load peaks at shift change just as a repeater drops out. The twin shows where the traffic goes, and whether the network holds.

  5. Leaky feeder coverage through the decline. As a new heading is driven past the end of the cable, the twin finds the dead spot before anyone works in it.

  6. Coverage, capacity and availability, each checked against its requirement, so the trip to site is to build a design already known to work.

An illustration of where the twin is headed: made-up sites and land, no real places or figures.

Where we are

Built on models that already run today

This is not starting from scratch. The models a twin needs already run in the tools, one calculation at a time. The twin is the step that runs them together, in motion.

Live today

Rain and multipath on every link

ITU-R P.530-19 rain and multipath fading, with P.837 rainfall rates, along terrain-accurate path profiles.

Link Planner →

Live today

Coverage over real terrain

ITU-R P.1812 propagation over the terrain between each site and every point around it.

Coverage Predictor →

Live today

Load from the real fleet

Offered traffic built from talkgroups and fleets, and the channels it takes to carry it.

LMR Trunked System Planner →

Every one of these is a Pro tool, and every new account gets 14 days of Pro free. See the plans →

Where we're headed

The twin is the third step

It comes after the engine that already runs, and the congestion forecasting that comes next.

Now

Every channel, every site, every day

The tools, frequency assignment and the engine, all working from the same register.

Next

Seeing congestion coming

Reading the register's history, the channel plans and where each band is heading, to show which bands are filling up and advise what spectrum to license before it runs short.

Later

A digital twin that proves a design

Stand up a design, run real traffic across it and stress it against weather, fading and interference, so it is proven to meet its requirements before anyone mobilises to site.

This page

Start with the models it will run on

The digital twin is not available yet. Every tool it builds on is, and every new account gets 14 days of every Pro tool free, with no card needed.