Where we're headed
Prove the design
before you build it
A frequency plan or a link budget tells you a design should work. A digital twin lets you watch it actually work, under load and under stress, before a single piece of hardware leaves the depot. It is where noIM₃ is going next: simulating a design against the real world so the gaps are found in software, not on site.
The idea
A living model of the design, not a static calculation
Planning tools answer a question once. A digital twin keeps answering it as conditions change, so you see how a design behaves, not just whether it passes on paper.
From an answer to behaviour
A planning tool gives you a number: this link closes, this plan is compliant. A twin gives you behaviour: how the design holds up as traffic rises, conditions change and the environment shifts around it.
Stress it before the world does
Drive the twin with the things that break real systems, like weather, fading, interference and load, and find where the design bends or breaks while it is still cheap to change.
Confidence before you mobilise
Confirm a system meets its operational requirements in simulation, so the trip to site is to install a design you already know works, not to discover what doesn't.
Worked examples
What a twin lets you do
The same idea across three kinds of system, from a surface radio network to an underground site to a single link.
Surface radio system
A site-wide radio network across the surface: every site, every link and the traffic between them. Simulate a real shift, with load spiking at change of crew, a repeater dropping out and weather rolling across the area, and see whether coverage and capacity hold before any of it is deployed.
Underground radio system
Leaky feeder and radio coverage through the tunnels and declines. Push the system the way an operation really loads it, with conditions changing as the workings advance, and find the dead spots and bottlenecks in simulation, not on a re-entry after the shift.
Point-to-point link
A microwave link as a living model with real traffic running across it. Drive rain fade, multipath and a ducting event at the worst possible moment, and watch where throughput drops and how the link recovers, a far harder test than a static link budget could ever be.
Where we are
Built on a foundation that already exists
This is not starting from scratch. noIM₃ already calculates the propagation, the rain fade, the multipath and the interference behind every link and every coverage plan on the platform today. The digital twin is the next step: putting those proven models in motion, under live conditions, so a design can be tested as a system before it is ever built. It is where the platform is headed, and the groundwork is already in place.
See where noIM₃ is going →Design with this kind of confidence
noIM₃ is building towards it. Start with the engineering tools today, and follow where it is going.