A Wi-Fi router could soon talk to a satellite. So could a Bluetooth thermometer, an industrial sensor, or any of the billions of devices already broadcasting on unlicensed spectrum. The FCC released a 38-page draft order last week proposing to open more than 225 megahertz of unlicensed Part 15 spectrum to direct-to-satellite uplinks and downlinks, fundamentally collapsing the licensing barrier that has kept satellite connectivity as a niche service for handsets and purpose-built ground stations. The vote is scheduled for August 6, 2026.
The three spectrum bands in play are 902 to 928 MHz, 2400 to 2483.5 MHz, and 5725 to 5850 MHz, the exact same radio real estate that Wi-Fi, Bluetooth, and industrial IoT devices already occupy. Rather than requiring device makers to license spectrum or sign cellular SIM agreements, the FCC proposal would allow existing Part 15 equipment to uplink to FCC-authorized satellites at power levels generally capped at 36 dBm (4 watts effective isotropic radiated power), the same ceiling that governs terrestrial Wi-Fi today. This is not a small regulatory tweak. It is a structural redefinition of how satellite operators can access device inventory.
What makes this move distinct from the FCC's existing Supplemental Coverage from Space framework is the access model. SCS carves out a licensed-satellite allocation for carrier-controlled D2D networks, think Starlink's direct-to-cellular for handsets. The new pathway uses unlicensed Part 15 bands, meaning any device already broadcasting on Wi-Fi, Bluetooth, or similar Part 15 protocols could theoretically become satellite-enabled through firmware updates alone, without new hardware, without a spectrum license, and without a cellular carrier. FCC Chair Brendan Carr framed it as an examination of whether devices operating in Part 15 bands could communicate with satellites on an uplink or downlink basis, a carefully neutral phrasing that masks the radical implication: billions of existing consumer and industrial IoT devices suddenly become candidates for satellite connectivity.
The technical and political obstacles are real. The FCC must solve an interference problem that does not yet have a clear answer. Outdoor Wi-Fi networks, wireless ISPs, federal radiolocation systems, amateur radio, and radio astronomy all share these bands. If satellite uplinks from billions of devices introduce too much aggregate noise, terrestrial spectrum users lose utility. The FCC's Space Bureau has indicated it will examine link budgets, protocol compatibility, antenna characteristics, and what satellite operators can actually support, a workload that could easily expand the timeline beyond August 6. But the decision to hold the vote at all signals that the agency views the opportunity as worth the risk.
Who wins if this passes? Satellite operators gain access to a vastly larger addressable device base without competing for licensed spectrum allocations. Device makers like consumer electronics manufacturers can add satellite fallback without embedding a cellular modem or paying SIM licensing fees. Enterprise IoT vendors can deploy edge sensors with built-in space-based redundancy. Who loses? Cellular carriers, because the rule creates a bypass route that does not route through their networks. Terrestrial Wi-Fi and WISP operators, if interference becomes unmanageable, though the power caps and Part 15 technical standards are designed to mitigate that risk. The FCC's own spectrum engineers and field compliance teams, who will need to actively monitor deployment and enforce interference limits if adoption occurs.
The real question is not whether the rule passes August 6, the FCC has signaled it wants this to move forward, but whether it survives the interference analysis and operational reality. Satellite operators will need to implement protocols that work within Part 15 power limits while maintaining acceptable link margins. Device makers will need to decide whether firmware-level satellite support justifies the R&D spend. And the FCC will need to build an enforcement framework that does not collapse under the scale of potential uplink sources. Watch three markers: the August 6 vote itself; the FCC's published interference modeling and mitigation strategy in the final rule; and the first satellite operator announcement of device category support (which device types they will actually accept on their networks). Until then, this is still a proposal on paper.