Executive Summary
The year opened with satellite connectivity dominating both the regulatory docket and the show floor. On January 9, the FCC authorized SpaceX to deploy 7,500 additional Gen2 Starlink satellites, doubling the approved constellation to 15,000 and granting access to new Ku, Ka, V, and W band frequencies. Days earlier at CES 2026 in Las Vegas, direct-to-device connectivity was everywhere, with Skylo named a CES Innovation Awards honoree for bringing two-way satellite emergency messaging to smartwatches, no phone required. Back in Washington, the FCC circulated a draft order on January 8 that would open the 6 GHz band to a new class of high-power geofenced unlicensed devices, a move with real consequences for Wi-Fi offload and IoT deployments.
3
Stories analyzed
7,500
New Gen2 satellites approved
15,000
Total approved Gen2 constellation
Jan 6-9
CES 2026 dates
5.925-7.125 GHz
6 GHz band under review
FCC authorizes 7,500 more Starlink Gen2 satellites, doubling the approved constellation
FCC · January 9, 2026
What Happened
On January 9 the FCC granted SpaceX authority to deploy and operate 7,500 additional Gen2 Starlink satellites, bringing the total approved Gen2 constellation to 15,000. The order also lets SpaceX modify the orbital parameters of the previously authorized 7,500 satellites, operate in additional Ku, Ka, V, and W band frequencies, and waives certain power flux density limits inside the United States. SpaceX already operates the largest satellite fleet in history, including more than 650 direct-to-cell capable satellites.
Atomic Take
The frequency grants matter as much as the satellite count. V and W band access is about capacity per satellite, which is the real constraint on making satellite service feel like terrestrial service. Every step change in Starlink capacity strengthens SpaceX's hand in wholesale negotiations with carriers, and every carrier that resells Starlink coverage is training its customers to see the network behind the brand as interchangeable.
Direct-to-device dominates CES 2026 as Skylo brings satellite messaging to smartwatches
Skylo Newsroom · January 6, 2026
What Happened
At CES 2026 in Las Vegas, January 6 to 9, satellite direct-to-device connectivity was one of the show's defining themes. Skylo was named a CES Innovation Awards honoree for delivering the first two-way satellite emergency messaging for wearables, letting a smartwatch reach help with no phone nearby. The show floor featured D2D demos across chipsets, modules, and consumer devices, with non-terrestrial network support increasingly presented as a standard capability rather than a premium add-on.
Atomic Take
The wearable is the tell. When satellite messaging fits the power and antenna budget of a smartwatch, the technology has crossed from stunt to component. That means every connected product roadmap, from pet trackers to fleet sensors, now has a satellite fallback option on the menu, and connectivity providers who cannot orchestrate terrestrial plus satellite profiles on one SIM will look dated fast.
FCC circulates draft order to open 6 GHz to high-power geofenced unlicensed devices
FCC · January 8, 2026
What Happened
The FCC released a fact sheet and draft Fourth Report and Order on January 8 that would create a new class of geofenced variable power unlicensed devices in the 6 GHz band. GVP devices would operate outdoors at significantly higher power than today's low-power portable devices in the U-NII-5 and U-NII-7 sub-bands, using geofencing systems to protect incumbent licensed users from interference. The item was teed up for a vote at the Commission's January 29 open meeting.
Atomic Take
Higher-power unlicensed 6 GHz is quietly one of the most consequential spectrum stories of the year. It expands what Wi-Fi and unlicensed IoT can do outdoors, which pulls traffic away from licensed networks and strengthens the case for private and neutral-host deployments. Carriers lobbied hard for licensed 6 GHz and are watching another slice of prime mid-band go the unlicensed route.
Trends We're Watching
- 1.Satellite is moving from experiment to regulated infrastructure. A 15,000-satellite authorization is not a pilot program, it is the FCC treating direct-to-cell capacity as a permanent layer of the US network.
- 2.Direct-to-device is shrinking down the device chain. First phones, now smartwatches. Once satellite messaging fits in a wearable power budget, it becomes a checkbox feature for every connected product category.
- 3.Unlicensed spectrum keeps gaining ground. The 6 GHz proposal signals that regulators see high-power unlicensed operation as a complement to licensed networks, which changes the economics of offload and private connectivity.
Closing Outlook
January set the tone early: the satellite layer of the network is getting built at industrial scale, and regulators are clearing the runway rather than slowing it down. For carriers, the question is no longer whether direct-to-cell happens but who controls the customer relationship when coverage comes from orbit. Watch the 6 GHz proceeding as it heads toward a vote at the end of the month, because higher-power unlicensed devices will shape how much traffic ever touches a carrier network in the first place. And expect the CES direct-to-device momentum to carry straight into MWC season.
About Atomic Intelligence: Atomic Intelligence is based on publicly available announcements and reporting. Research and drafting are assisted by AI and reviewed by the Atomic Mobile team. Analysis and commentary reflect Atomic Mobile's interpretation of the verified facts available at the time of publication and do not constitute investment, legal, or regulatory advice.