The End of the Macro Monopoly?

The United States Federal Communications Commission (FCC) voted unanimously on August 6,2026, to explore whether unlicensed consumer devices, like your phone or your Wi-Fi router, should be allowed to communicate directly with satellites (ET Docket No. 26-169 “Unleashing Unlicensed Spectrum for Direct-to-Device”). If adopted, the proposal would open up roughly 200 megahertz of unlicensed spectrum across the 2.4 GHz and 5.8 Ghz bands for direct-to-device (D2D) satellite use.

This makes it clear that regulators are asking the same question the telecom industry is grappling with: does connectivity have to keep coming from macro towers, the big cell sites that anchor traditional carrier networks?

Helium’s answer? No. And the Helium Network has the data to prove it. Reliable connectivity comes from layers working together, not one access technology carrying the whole load. The Helium Network was built on that model. Now regulators are catching up to it.

Why the FCC’s direct-to-device proposal matters

The FCC proposal joins a growing pattern that includes Starlink's direct-to-device ambitions, small-cells and neutral-host networks, and the continued adoption of carrier-grade Wi-Fi offload at scale. Regulators and markets alike are confronting the same question: what if connectivity didn't have to come from ever-more macro towers?

Direct-to-device satellite signal alone won't answer that question, but the pattern is the point: multiple industries are independently building around the same gap in macro coverage.

The implicit consensus forming across the industry is that more towers from carriers simply doesn't scale to where demand is going. And the money agrees: industry projections show declining capital investment on infrastructure. Connectivity will be delivered by a portfolio of layers, not a single architecture.

Wi-Fi Offload already works at carrier scale 

Chances are your phone has connected to the Helium Network and you didn’t even know it. Tens of thousands of existing Helium sites carry live commercial carrier traffic today. Major US carriers connect their subscribers through the Helium Network’s distributed, incentive-driven Wi-Fi infrastructure. Why? Because macro towers can’t deliver reliable indoor cellular coverage, especially in crowded spaces.

The Coexistence Problem: which network should serve the device in real time?  

Mobile devices are going to be faced with various networks simultaneously. This includes macro cellular, satellite signal, indoor Wi-Fi, and potentially a legacy distributed antenna system (DAS) or small cell all at the same time. Which connection is going to serve the device best? 

Signal strength only measures one network at a time, and static priority lists (fixed rules like “always prefer Wi-Fi”) can't adjust to real conditions. Neither approach can compare quality across network types in the moment, so devices end up connected to what's available, not what performs best. That's poor quality of service, or what we call “QoS.”

Poor quality of service (QoS) in action
Ever been in an airport, seen full bars of service on your phone, but still not been able to get data?

That's the problem in action. Your phone measured signal strength, saw four bars, and stopped looking. What it didn't measure was the hundred other phones on that same tower fighting for the same congested spectrum. Full bars told you the connection existed. It said nothing about whether the connection could actually carry your data.

The best solution is to dynamically route traffic based on measured QoS, per network, per moment.

Why this validates the Helium Network’s bet

Measuring Wi-Fi quality of service and making it actionable for carriers is exactly what  Helium offers today. As your device’s best connection increasingly jumps between networks, the ability to measure and steer that connection only becomes more valuable.

Whatever the FCC decides on direct-to-device satellite, connectivity is already converging across layers. A growing number of networks is not a solution for reliable connectivity. It's whether your device works across all of them.

Helium is already doing what's necessary to make that happen: measuring quality metrics and steering across networks in real time.

Further Notes

What is FCC docket 26-169?

ET Docket No. 26-169, "Unleashing Unlicensed Spectrum for Direct-to-Device," is a Notice of Proposed Rulemaking the FCC adopted unanimously on August 6, 2026. It proposes allowing unlicensed devices operating in the 2.4 GHz and 5.8 GHz bands to communicate directly with FCC-authorized satellites on a non-interference basis. Initial public comments are due 30 days after Federal Register publication, with replies due at 60 days.

What is direct-to-device (D2D) satellite connectivity?

Direct-to-device means a standard phone or consumer device connects to a satellite without any special hardware, extending coverage to places no terrestrial network reaches.

Does satellite D2D compete with Wi-Fi offload?

They serve different physics. Satellite reaches outdoor, remote, and rural gaps. Carrier Wi-Fi offload serves dense indoor demand that neither macro towers nor satellites can carry. A converged network needs both, plus standardized quality of service (QoS) metrics to steer between them.