Our mission
Preserving Australia's
spectrum
Spectrum is the invisible backbone behind every wireless network, from two-way radios and emergency services to connected mine sites and the data links that tie them all together. It is finite, it is shared, and it is filling up. noIM₃ exists to help engineers use it well, so the airwaves stay clean and workable for the projects of tomorrow.
The pressure
Spectrum is finite, and the demand never stops
Every wireless system competes for the same limited resource, and the competition only grows. What gets built today has to share the airwaves with everything already there, and everything still to come.
A resource that cannot be made more of
Every radio network, IoT rollout and industrial system draws on the same finite bands. Nothing new is created; it can only be shared more carefully.
The register grows every year
The ACMA register keeps expanding. Frequencies that were simple to assign five years ago now demand careful coordination, and tomorrow's environment will be busier still.
Getting it wrong has real consequences
Interference found mid-project, networks that cannot scale, frequency plans that were never built to last. The cost is operational, financial and sometimes a matter of safety.
How it works
How noIM₃ preserves the spectrum
Good spectrum decisions cannot be made in isolation. noIM₃ keeps every design tied to the real environment around it, and steers each choice toward one that still holds up as the airwaves fill.
STEP 01
Design grounded in the live register
Every design tool on the platform reads from the live national register, so each decision is driven by the real spectrum environment around the site, not a stale spreadsheet or an assumption. Coordination starts from what is actually there.
STEP 02
Steered toward a frequency that lasts
When a frequency is requested, the engine weighs it against the whole surrounding environment. If it is a poor choice for the future, the platform recommends a better one, assessing the options against every other assignment so the selection is sound today and still sound as the area grows.
STEP 03
Every pending design counted, not just the licensed ones
A frequency does not have to be licensed yet to matter. noIM₃ tracks the designs still in progress, models the impact each one would have once it joins the register, and adjusts where needed, so plans account for what is coming, not only what is already there.
STEP 04
Refreshed every single day
The national register is pulled fresh each day. When anything changes, a new licence, a variation or a deletion, the designs it affects are recalculated automatically, so the picture every engineer works from never drifts out of date.
STEP 05
A defensible assignment that serves the future
Every design made on the platform and every shift in the regulatory picture feeds one consistent view of the spectrum. The result is frequency guidance you can defend, chosen not just to work now, but to keep the airwaves clean for the projects that come after.
Proven today
Built to the standards your work is judged against
The approach above runs on a foundation that already works. The coordination is real, worked to published standards, and in use on live projects right now.
Built to published standards
Every result traces back to a published standard, from ITU-R propagation models to ACMA RALI requirements and recognised protection ratios, so a plan stands up to scrutiny the first time.
The maths a submission is judged on
Interference, intermodulation and protection-ratio analysis worked properly, the same calculations a coordination application is assessed against, not rules of thumb.
In use on real projects
These are not roadmap promises. The coordination and compliance tools are live now and already used in the field, including on operational mine sites.
Where we're headed
From coordination to genuine spectrum stewardship
The tools available today are the foundation. The longer ambition is to make good spectrum decisions the default, for every engineer and every project.
Assigning for the future, not just today
The goal is to choose spectrum that stays clean as networks grow, so the decisions made now leave room for what comes next instead of creating tomorrow's interference.
A digital twin that proves it first
Stress-test a design against weather, fading and interference before it is deployed, to confirm a system will hold up in the real environment rather than finding the gaps on site.
A shared picture that lifts everyone
As more of the industry works from the same informed view of the spectrum, the quality and consistency of coordination across the country rises with it.
Help keep Australia's spectrum clean
Start with the ACMA tool, or talk to us about coordinating your next project the right way.