A satellite is trying to phone home
Right now, somewhere above the Arctic Circle, a small satellite is racing across the sky at roughly seven kilometers a second. It has a few precious minutes of a horizon before it dips out of view. In those minutes it needs to do one thing: dump its data to a dish on the ground and take fresh instructions back up. Miss the window and the images, the telemetry, the whole point of the mission waits for the next orbit. That handshake between space and Earth is unglamorous, invisible, and absolutely essential. It is also, until fairly recently, wildly inefficient.
RBC Signals exists in that narrow window. The company doesn't build rockets and it doesn't launch satellites. It runs the antennas - and, increasingly, the radio spectrum - that let everyone else's satellites talk. When that Arctic-passing spacecraft needs a listener, there's a decent chance a dish in Deadhorse, Alaska, or Piteå, Sweden is already booked to catch it, courtesy of a company most people have never heard of.
Here's the insight that started it all. Ground stations are enormous, expensive, and empty most of the time - like a wedding venue that hosts one event a month. Around the world, thousands of dishes sit idle for the majority of the day. In 2015, co-founders Christopher Richins - a former SpaceX intern - and Olga Gershenzon, a veteran of the satellite remote-sensing world, looked at all that dead air and asked the obvious question no one had commercialized: what if you could just rent the room?
That question became a product category: Ground Station as a Service, or GSaaS. Instead of a satellite operator spending millions to build and staff its own antenna in some remote latitude, it books time on RBC Signals' network the way you'd reserve a car. The company aggregates unused capacity from partner-owned stations and blends it with its own hardware into a single, orchestrated global network. The operator gets coverage; the dish owner gets revenue on otherwise-dead hours; RBC Signals sits in the middle, matching supply to demand. A sharing economy, pointed at the sky.
The person steering it today is Ron Faith, who took the CEO seat after joining as president and COO in 2018. His path is a little unusual for a space executive: a SpaceX internship early on, then years in enterprise software, including running Datacastle before Carbonite acquired it in 2017. He came back to space to do something distinctly software-flavored - turn physical infrastructure into an on-demand service. It's a fitting résumé for a company whose real product is less about steel dishes and more about the scheduling logic that keeps them busy.
Then spectrum became the second scarce thing
If antenna time was the first bottleneck RBC Signals attacked, radio spectrum is the second. Spectrum - the licensed frequencies satellites use to transmit - is finite, tightly regulated, and expensive to hold. So the company built STORM, short for Spectrum Trade Orchestration and Resource Management, a platform that lets operators lease spectrum the way they lease antenna passes: dynamically, fractionally, and only when they need it. Working with Viasat, RBC Signals opened up access to 3GPP-approved spectrum. Working with IQ Spacecom and Viasat, it launched Go.BIC - a solution that lets low-Earth-orbit satellites borrow the spectrum and power of geostationary ones. Unbundling scarcity, again.
The strategy has a financial elegance to match. Rather than pour its own capital into every new dish, RBC Signals leans on sale-and-leaseback deals with Space Leasing International, a vehicle formed by the Libra Group. SLI buys the ground stations - in Alaska, in Sweden, and the ten S- and X-band tracking antennas RBC Signals picked up when Microsoft exited the ground-station business in 2025 - and leases them back for RBC Signals to operate. The result is a network that grows fast without the balance sheet getting heavy. Capital-light infrastructure in one of the most capital-heavy industries on Earth.
Who actually uses this? A widening cast. Commercial LEO and GEO operators. Earth-observation companies whose entire business is getting imagery down quickly. CubeSat and smallsat missions that could never justify their own antenna. Orbital transfer vehicles like Spaceflight's Sherpa. And government customers - RBC Signals has collected multiple U.S. Air Force SBIR awards for its work on communications and spectrum. For a company with a core team you could fit in a conference room, the reach is disproportionate. That's the whole trick: orchestrate infrastructure instead of owning all of it, and a small crew in Redmond can run antennas on every populated continent.
So return to that satellite over the Arctic, minutes from losing its horizon. A decade ago, if its operator hadn't built a polar ground station - a genuinely absurd ask for most missions - those minutes were simply lost. Today the operator opens a booking, a dish it will never see catches the pass, and the data is on the ground before the spacecraft slips below the curve of the planet. The satellite still can't build its own antenna. It doesn't have to. That, quietly, is what RBC Signals changed.
Caption: A dish in Deadhorse waits for a bird it will never meet. Somewhere, a data set makes it home on time.