Every SATCOM engineer knows the feeling: the tool you need is almost there, split across different desktop applications or buried in an old spreadsheet, so you end up stitching things together yourself, every single time.
So, we built the suite we always wanted: six browser-based engineering utilities, shared free with the field, that run entirely in your browser and keep your TLE files, observer coordinates, and log data on your machine.
"One of our core values is community. We wanted to build these tools to share with the field, to share the wealth."
— Andrew Correnti, Senior Architect, Radeus Labs
These tools replace work that used to require specialist software, a paid subscription, or a lot of manual effort, and now put that capability directly into a browser tab.
Before: Antenna characterization math done by hand, in a spreadsheet, or inside a desktop RF tool that required a license.
Now: Enter your measured data and get beamwidth and bandwidth parameters computed instantly. If you have been eyeballing figures or relying on vendor datasheets, this gives you a faster, more precise alternative.
Now: The validator surfaces bad values, out-of-range entries, and missing mandatory fields before you submit. This removes a frustrating source of delays.
Now: Provide a TLE file and your observer location, set your time window and resolution, and export a CSV track file from the browser. It uses SGP4 propagation to compute the math. The result is a CSV ready for ACU pointing.
Now: Enter your frequency, LO offset, K factor, and antenna diameter and get results in degrees and milliradians. The reverse mode lets you enter an IF reading and back-solve to the sky RF, with low-side/high-side disambiguation built in.
This particular tool is specific to Radeus systems. If you are running our ACU hardware, here is what it unlocks.
Before: Making sense of ACU telemetry logs meant loading dense data files into dedicated data visualization software, typically a per-seat subscription that not every operator or customer wants to procure and maintain.
Now: Load your log data into the browser-based viewer and plot any column over a chosen date range. Pan, zoom, overlay channels, color by signal quality, and exclude bad data, all without sending your data to a server. A sample dataset is available on the page if you want to see it before connecting your own system.
Before: Getting a "what can I see from this site right now" view required stitching together catalog data, a propagator, and a separate plotting tool.
Now: Enter your observer location, and the tool plots AZ/EL sky tracks for satellites across the visible arc. Filter by visibility, band, inclination, and elevation mask, then scrub through the time window to animate satellite movement. Live analemmas make it easy to see which satellites are station-kept and which are drifting.
Let's say a teleport operator has a low receive signal on a 9.1 m Ku dish from a satellite near 166E. They can:
As Andrew puts it:
"We chose to use AI, and the result is not just better internal tooling. It is a free suite of utilities we can hand to every customer and operator in the field."
Tools that previously required a dedicated project, a budget approval, and a software team can now be prototyped, tested, and shipped fast enough to actually solve the problem you have this week, not next quarter.
A few numbers that illustrate our result with developing these tools with AI:
All six tools are live and free to access HERE. We encourage you to check them out!