Thread regarding Verizon Communications Inc. layoffs

@bg 280 million dollars buys a lot of friends in the highest of places

@ap Maybe not with the current administration. He didn’t make many friends.

@OP Elon will get whatever he wants. 280 million Dollars is last election. And he is opening up the man purse for the mid terms. It is what it is

@a3 Gemeni BS

If the FCC permits SpaceX to satisfy—or receive waivers from—terrestrial buildout obligations while using its spectrum from satellites, Starlink could become a national wireless platform rather than merely a rural broadband provider.
What changes
The FCC has already created a framework for Supplemental Coverage from Space (SCS), allowing satellite operators to use terrestrial wireless partners’ spectrum to connect ordinary phones outside cellular coverage. SCS is designed as a complementary service, with satellites filling coverage gaps rather than fully replacing terrestrial networks.
The more consequential step is SpaceX’s reported acquisition of approximately MHz of nationwide spectrum from EchoStar, together with regulatory flexibility to use it in terrestrial, satellite, or hybrid architectures. Area Traditional telecom model Starlink hybrid model
Coverage Towers, fiber, and small cells Satellites plus selected ground infrastructure
Rural economics Expensive tower and backhaul deployment Broad geographic coverage without a tower at every location
Device Phone connects to a terrestrial cell site Compatible phone may connect directly to a satellite
Capacity Strong in dense areas Initially better for coverage than highvolume urban capacity
Network control Carrier owns or controls most access infrastructure SpaceX could control the satellite layer and sell capacity to carriers
Customer relationship Carrier owns the subscriber relationship Could shift toward SpaceX, depending on wholesale arrangements
Rural coverage becomes less defensibleThe strongest nearterm pressure would fall on wireless carriers and rural broadband providers. Satellite coverage can reach remote homes, farms, highways, maritime users, and disaster zones without the same geographic buildout required for towers and fiber. Starlink’s network is already positioned as a competitor in underserved areas, where traditional providers have weaker economics. This could reduce the value of rural coverage as a competitive differentiator. Carriers may increasingly treat towers as the highcapacity layer and satellites as the coverage layer.
. Carriers become partners—and potential customersThe likely outcome is not immediate replacement of Verizon, AT&T, or TMobile. Satellite links generally have less capacity than dense terrestrial networks, so cities, stadiums, and hightraffic suburbs will still require fiber, towers, and small cells.
Carriers may buy Starlink connectivity wholesale for: Remote dead zones.
Emergency restoration after hurricanes and other disasters.
Rural highways and utility corridors.
Maritime, aviation, and logistics customers.
Backhaul for temporary or hardtoreach cell sites.The strategic risk is that carriers could become dependent on SpaceX for rural coverage and lose control over part of the network “last mile.”. Spectrum economics could shift
A waiver from conventional terrestrial buildout requirements would challenge the assumption that valuable mobile spectrum must be used primarily through terrestrial facilities. SpaceX could potentially meet coverage goals with satellites while deploying ground stations only where they improve capacity. Reports indicate that SpaceX has specifically discussed a hybrid architecture using terrestrial base stations where needed. That would make spectrum more flexible, but it would also create controversy:
Incumbent carriers may argue that SpaceX received an advantage without making equivalent tower investments.
Other satellite operators could request similar treatment.
The FCC would need to prevent interference between satellite and terrestrial users.
Regulators may impose performance milestones, geographic coverage rules, and qualityofservice requirements. Directtophone service expands the addressable marketStarlink’s earlier broadband model required a user terminal. Directtodevice service changes the proposition: the customer may use an existing smartphone, with no dish or dedicated satellite antenna. The FCC’s SCS rules specifically contemplate satellitetophone connectivity using spectrum associated with terrestrial mobile partners. That could make satellite service an embedded feature of mobile plans rather than a separate broadband product. The commercial model may resemble roaming: a carrier retains the customer, while SpaceX supplies coverage where the carrier’s terrestrial network is unavailable.. Competitive pressure rises across several marketsThe shift would affect more than consumer broadband:Wireless carriers: Pressure on rural coverage, roaming, and emergency connectivity.
Fiber providers: Less urgency to extend fiber to extremely lowdensity premises.
Tower companies: Some marginal rural tower projects could be deferred, although urban capacity demand should remain strong.
Enterprise networks: More resilient backup links for branches, mines, farms, ships, and remote facilities.
Government and public safety: More reliable connectivity during disasters and in remote regions.
Other satellite operators: Greater pressure on Amazon’s Kuiper, OneWeb/Eutelsat, AST SpaceMobile, and traditional GEO providers.
This would not make satellites equivalent to terrestrial 5G. Satellitetophone links face constraints from spectrum availability, satellite power, antenna size, line of sight, congestion, weather, regulatory coordination, and the number of users sharing a beam.

The most realistic service progression is:1. Text messaging and emergency communications.

1. Limited voice and lowrate data.
2. Basic web access in uncovered areas.
3. Higherspeed service as more satellites, spectrum, and specialized payloads are deployed. A regulatory approval also would not automatically mean nationwide commercial service. SpaceX would still need satellite launches, technical authorizations, device compatibility, network integration, and compliance with any FCC deployment and performance conditions. The strategic shift is from “satellite versus telecom” to “satellite as part of telecom.” If the FCC accepts a Starlink buildout that substitutes orbital coverage for some terrestrial obligations, SpaceX could gain a powerful advantage: nationwide reach without matching the tower footprint of incumbent carriers.
   For telecom companies, the likely response is to keep terrestrial networks for capacity and reliability, while using Starlink or competing satellite systems for coverage, backup, and mobility. The biggest longterm risk is not that Starlink eliminates cellular networks; it is that carriers become dependent on SpaceX for the portions of connectivity where terrestrial infrastructure is most expensive.