Satellite Telecommunications (U.S.) — Industry Primer

NAICS 2022 code 517410. A plain-language guide for public-market and private investors.

1. Overview

Satellite telecommunications is the business of moving communications — internet, voice, television, data, machine signals — through spacecraft in orbit instead of through cables or cell towers on the ground. The core asset is a satellite (or a fleet of them) plus the ground stations and user terminals that talk to it. Owners make money by selling that capacity: either wholesale, by leasing bandwidth to broadcasters, telecom carriers and governments, or retail, by selling connectivity subscriptions directly to homes, ships, aircraft and, increasingly, ordinary mobile phones.

Why it matters: this is one of the fastest-changing corners of the entire telecom world. For two decades it was a sleepy, capital-heavy utility dominated by a handful of operators parking large satellites in fixed high orbits. Since roughly 2020 it has been upended by low-Earth-orbit (LEO — satellites a few hundred miles up rather than ~22,000 miles up) "mega-constellations" of thousands of small satellites, led by SpaceX's Starlink. Global satellite-communications revenue was estimated at about $98 billion in 2025 and is projected to grow at roughly 11% a year through the early 2030s [7].

The catch for public investors: the single dominant player is private. Starlink is owned by SpaceX, which is not publicly traded [9]. The publicly investable pure-plays are either niche specialists, legacy operators in transition, or speculative bets on services that barely generate revenue yet — and two of the mid-sized public names are themselves in the process of being acquired. That gap — huge industry growth, but the best asset unbuyable — defines how to think about the sector.

• Public ways in: a small set of U.S.-listed operators (Iridium, Viasat, Globalstar, AST SpaceMobile, EchoStar), foreign-listed operators (SES, Eutelsat, Telesat), a launch/manufacturing acquirer moving into the space (Rocket Lab), and thematic space ETFs.
• Private ways in: venture and growth equity in constellations and ground infrastructure, pre-IPO secondary shares of SpaceX, private credit against contracted capacity, and government-contractor exposure.

The investment case, in one line: strategic, hard-to-replicate connectivity with recurring service revenue. The principal risks: heavy upfront capital expenditure, satellite or launch failure, spectrum regulation, terrestrial competition, debt, and capacity oversupply.

2. What it is and how it's structured

The North American Industry Classification System (NAICS) code 517410 covers establishments that provide telecommunications services by forwarding and receiving signals through a system of satellites, or that resell satellite telecommunications — the satellite carriers themselves, their earth stations and ground facilities, and resellers of satellite capacity [4][6].

The category is narrower than "the space economy" and deliberately excludes several adjacent businesses people often lump in with "satellite":

• Direct-to-home satellite TV to households (legacy DISH and DIRECTV subscription video) → NAICS 517111, Wired Telecommunications Carriers [4].
• Satellite TV/radio programming networks (the channels themselves) → NAICS 516210, Media Streaming Distribution Services, Social Networks and Other Media Networks [4].
• Satellite tracking stations and associated facilities → NAICS 517810, All Other Telecommunications [4].
• Wireless carriers other than satellite (ordinary mobile networks) → NAICS 517112 [4].
• Building the satellites and rockets → NAICS 336414, Guided Missile and Space Vehicle Manufacturing; ground and terminal equipment → NAICS 334220; expert systems-integration → NAICS 54151 [4]. This matters: SpaceX is classified primarily as a space-vehicle manufacturer and launch company, so much of Starlink's activity sits outside 517410's establishment statistics.

The value chain has four layers:

1. Space assets — satellites, orbital slots, spectrum rights, and constellation-management systems.
2. Ground infrastructure — gateways, teleports, antennas, network-operations centers, terrestrial backhaul, and customer terminals.
3. Connectivity services — wholesale capacity, managed networks, broadband, mobility, Internet of Things (IoT), messaging, and direct-to-device (D2D) services.
4. Distribution — mobile operators, value-added resellers, aviation and maritime integrators, government contractors, and enterprise sales channels.

Orbits, briefly. LEO constellations sit a few hundred miles up: low latency, broad capacity, but frequent satellite handoffs and short lifespans. Geostationary orbit (GEO) systems sit ~22,000 miles up and stare at a fixed region: broad, persistent coverage, higher latency. Medium Earth orbit (MEO) is the intermediate case. The economics depend less on the orbit label than on utilization, spectrum, terminal cost, reliability, and customer contracts.

Ownership mix. The industry is capital-intensive and concentrated among a few large corporations rather than many small firms. It spans: vertically integrated LEO broadband operators (SpaceX/Starlink; Amazon's newly branded "Amazon Leo," formerly Project Kuiper); traditional GEO and MEO operators (SES, now merged with Intelsat; Viasat, which absorbed Inmarsat); mobile-satellite specialists (Iridium, Globalstar); and emerging D2D entrants (AST SpaceMobile). Governments are both major customers and, through military SATCOM (satellite communications) systems, operators of their own — a large slice of real-world activity that never appears in commercial-industry receipts.

3. How big it is

Our ground-truth federal figures for NAICS 517410:

Two things stand out. First, this is a small-headcount, highly concentrated industry: fewer than 10,000 employees nationwide, the four largest firms booked roughly half of reported receipts in 2022, and the top 50 booked nearly all of it (94.2%) [1][2]. That concentration has almost certainly risen since, given the 2023 Viasat–Inmarsat and 2025 SES–Intelsat mergers plus Starlink's rise (see section 8). The HHI, a standard concentration score, is suppressed in the federal data, so we do not state a value. The SBA (Small Business Administration) $44 million figure is a federal-contracting classification threshold, not an estimate of a typical firm's revenue.

Second — and this is the important caveat — the federal business statistics dramatically undercount the true scale of satellite communications today. The $7.25 billion receipts figure is from the 2022 Economic Census, which predates the LEO broadband boom. For context, Starlink alone reported about $11.4 billion in connectivity revenue in 2025 [9] — a single company's satellite-service revenue now exceeds the entire measured 2022 industry. The undercount has structural causes, not just timing:

• County Business Patterns (CBP) and the Economic Census mainly measure businesses with paid employees and payroll; nonemployer firms are reported separately, so tiny and nonemployer operators are understated [5].
• Government-owned establishments are generally excluded (private government contractors are included), so military SATCOM does not appear [5].
• Starlink's revenue is folded into SpaceX (classified as a manufacturer/launch firm), and satellite-TV distribution sits in 517111, both outside this code [4].

Treat the $7.25 billion as a floor for a slice of the industry, not a measure of the whole — and not as the value of the U.S. space or defense-communications economy.

4. The investable universe

There are relatively few public pure-plays, none is a clean measurement of NAICS 517410 revenue, and the biggest force in the industry (Starlink) is not public at all. Two of the mid-cap operators — Iridium and Globalstar — are also under pending acquisition (see section 8). The table shows scale by 2025 revenue; market values are approximate and as of mid-2026.

Major private and "other" owners. Beyond Starlink, Amazon Leo (Project Kuiper) is being built inside Amazon (AMZN) — 375+ satellites launched by late 2025, consumer service starting 2026 — and Amazon's pending purchase of Globalstar would fold a licensed S-band operator into that effort; public investors get only a thin slice of a giant, mostly-retail parent [16][17][20]. Intelsat and Inmarsat, once independent, now sit inside SES and Viasat respectively; OneWeb inside Eutelsat; Hughes inside EchoStar. Private-only names include Rivada Space Networks, a developer of a planned LEO enterprise/government network [10][13][18][20]. Adjacent-but-not-517410 exposure investors sometimes use includes equipment maker Comtech (CMTL).

Note on tickers and yields: this is largely a growth and speculative sector, not an income sector. Several names (AST SpaceMobile, Globalstar) trade on future potential rather than current earnings, and most pay no meaningful dividend; legacy operators like SES have historically paid one. Reserve any decision on valuation multiples or yield for section 10.

5. How the money works

Two very different economic engines sit inside this one NAICS code.

Engine 1 — wholesale capacity leasing (the traditional GEO model). A GEO satellite costs roughly $150–400 million to build and launch but can earn revenue for 15+ years [8]. The operator sells its throughput — measured in transponders, megahertz, or megabits per second — to TV broadcasters, telecom carriers, enterprises and governments. Once the satellite is in orbit the fixed costs are sunk, so every additional unit of capacity sold drops almost straight to margin. The metrics that matter: fill rate / capacity utilization (how much of the satellite is actually sold), contracted backlog (multi-year government and enterprise commitments), and fleet age (when a satellite must be replaced). The problem: wholesale capacity prices have been falling — pure-wholesale operators averaged low-single-digit revenue declines over the last five years — which is why operators are shifting toward higher-value managed services and vertically integrated offerings [8].

Engine 2 — retail subscription broadband and direct-to-device (the LEO model). A LEO constellation is thousands of small satellites providing low-latency internet globally. The economics flip toward a subscriber business: revenue is roughly subscribers × ARPU (average revenue per user) minus network operating cost. Starlink illustrates the model: about 8.9 million subscribers at end-2025, ARPU around $81/month (down 18% as it scaled to a mass market), and an adjusted-EBITDA (earnings before interest, taxes, depreciation and amortization) margin near 63% [9][10]. But LEO demands a brutal capital treadmill: satellites live only ~5 years, so the operator must constantly relaunch just to stand still, and it often subsidizes the user terminal (the dish) to win subscribers.

Across both engines, watch these levers:

• Capital intensity and the replacement cycle — GEO (~15-year life) vs. LEO (~5-year life). LEO's shorter life means perpetual reinvestment. Costs (satellites, launches, gateways, spectrum compliance, terminals, insurance) are largely committed before demand is proven; weak demand leaves fixed costs, debt service, and impairment risk.
• Launch cost — the decisive advantage. SpaceX owns its rockets, giving Starlink a structural cost edge no rival can easily match.
• Segment mix — wholesale capacity vs. managed services vs. equipment sales vs. government contracts. Government/defense revenue is stable and high-value; media distribution is declining as streaming shifts off satellite.
• Spectrum as a store of value. Radio-frequency licenses are scarce, regulated assets that can be worth more than the satellites. EchoStar agreed in 2025 to sell spectrum to AT&T (~$23 billion) and to SpaceX (~$17 billion); Globalstar's L- and S-band licenses underpin both its Apple deal and Amazon's acquisition of it [14][16][17]. For some of these companies, spectrum — not connectivity revenue — is the real balance-sheet asset.

Operating metrics an investor should track: capacity sold/committed/utilized; network availability and service-level performance; subscriber additions, churn, and ARPU; revenue per aircraft, ship, vehicle, or terminal; government backlog and renewal rates; terminal-subsidy and equipment gross margins; capex per satellite/launch; and debt maturity, interest cost, and post-launch cash generation. Our federal file contains no standardized utilization, churn, ARPU, or satellite-level margin data — those come from company filings.

6. What drives demand

• Rural and remote broadband where fiber and cell towers are uneconomic — the core of the LEO consumer boom.
• Mobility: in-flight aircraft Wi-Fi, maritime shipping, rail, and land-mobile users needing connectivity away from towers.
• Government and defense: resilient, terrestrial-independent communications, intelligence/surveillance backhaul, and "sovereign" connectivity. North America accounted for over half the global market in 2025, helped by roughly $13 billion in U.S. Department of Defense service contracts [7].
• Direct-to-device / direct-to-cell (D2D): connecting ordinary, unmodified smartphones from space to eliminate mobile dead zones — the industry's hottest new demand pool. The D2D segment reached about $570 million in 2025 and is forecast to grow ~35% a year through 2030 [24]. Amazon's ~$11.6 billion purchase of Globalstar is itself a bet on this category [17].
• Internet of Things (IoT): low-bandwidth asset tracking for shipping, agriculture, energy and logistics — Iridium's and Globalstar's stronghold.
• Cellular backhaul in remote regions, and emergency/disaster resilience when terrestrial networks fail.

Forward-looking judgment: demand is strongest where terrestrial alternatives are expensive, unreliable, or physically unavailable. Consumer rural broadband and traditional media distribution face more pricing pressure than aviation, government, remote enterprise, IoT, and specialized mobility.

7. Regulation

Satellite communications is one of the most heavily regulated telecom niches because it depends on two scarce, licensed resources: radio spectrum and orbital positions.

• FCC (Federal Communications Commission) licenses U.S. satellite systems under Part 25 — both space-station and earth-station licenses — assigns their spectrum, and grants "market access" for foreign systems to serve U.S. customers [25].
• ITU (International Telecommunication Union), a UN body, coordinates orbital slots and spectrum globally so systems don't interfere; operators file for and defend these rights internationally.
• NGSO spectrum-sharing rules. In 2025 the FCC modernized how non-geostationary-orbit (NGSO) constellations share spectrum, adopting a "degraded-throughput" coordination method and — at SpaceX's petition — opening a review of decades-old power limits (EPFD, equivalent power flux density) that constrain how much signal LEO systems can put down [27]. These rulings materially affect how much capacity each constellation can sell.
• Supplemental Coverage from Space (SCS) / direct-to-device. The FCC created a regulatory path for satellite operators to partner with terrestrial mobile carriers and use the carrier's licensed spectrum from orbit — the framework enabling Starlink–T-Mobile and AST SpaceMobile–AT&T/Verizon services, and making spectrum rights, carrier partnerships, and interference protection central to the model [26].
• Deployment and debris obligations: milestone/surety-bond requirements to ensure constellations actually get built, plus orbital-debris rules and a requirement that many low-orbit systems complete post-mission disposal within five years — raising compliance and replenishment costs [28].
• Launch and national-security oversight: the FAA (Federal Aviation Administration) licenses commercial launches, reentries and launch sites [29]; export controls under the EAR (Export Administration Regulations) and, for some hardware, ITAR (International Traffic in Arms Regulations) restrict technology transfer; and the CFIUS (Committee on Foreign Investment in the United States) can review foreign investments and the foreign-ownership of licensees ("Team Telecom") for national-security concerns [30].

The practical takeaway: a favorable or adverse FCC/ITU ruling on spectrum or interference can shift a company's addressable market overnight, and spectrum licenses themselves are among the most valuable — and most contested — assets in the sector.

8. Competitive dynamics and consolidation

The strongest barriers to entry are licensed spectrum and orbital access, satellite and constellation engineering, launch capacity, terminals, ground infrastructure, distribution, reliability, and financing. Competition also comes from outside satellite — fiber, terrestrial fixed wireless, 5G mobile, and microwave links — so satellite is often a complement to terrestrial networks, not a full substitute. Within the industry, the field has split into two camps.

Camp 1 — LEO mega-constellations chasing mass-market broadband and direct-to-cell. Starlink is dominant, ending Q2 2025 with roughly 72% of U.S. satellite-broadband households [7]. Its structural edge is owning SpaceX's rockets, giving it the lowest launch cost on Earth. Amazon is the first credible challenger on two fronts at once: Amazon Leo enters commercial service in 2026 [20], and its pending acquisition of Globalstar would add a licensed operator and spectrum [17]. Multiple Chinese state-backed constellations are also deploying.

Camp 2 — traditional GEO/MEO operators retreating to defensible niches. Rather than fight Starlink head-on for consumers, incumbents like SES, Viasat and Telesat concentrate on government, enterprise and mobility customers and pursue "multi-orbit" strategies [22]. Falling wholesale prices and the need for scale and LEO exposure have driven a consolidation wave:

• Viasat completed its acquisition of Inmarsat in 2023 [13].
• SES completed its acquisition of Intelsat in July 2025, creating a ~120-satellite, ~$3.7 billion pro-forma-revenue operator [18].
• Eutelsat merged with OneWeb (2023) [22].
• Rocket Lab agreed in June 2026 to acquire Iridium for ~$8.0 billion ($54/share, cash-and-stock), a vertical-integration play joining launch and manufacturing with a global network and spectrum; expected to close ~mid-2027 subject to shareholder and regulatory approval [12].
• Amazon agreed in April 2026 to acquire Globalstar for ~$11.6 billion (~$90/share), including buying out Apple's ~20% stake; expected to close ~2027, with FCC review underway [17].

Two of these — Rocket Lab/Iridium and Amazon/Globalstar — mean that scarce spectrum and orbital assets are now commanding premium prices from deep-pocketed strategic buyers, not just from other satellite operators.

The direct-to-cell land grab is the newest battleground, pairing satellite operators with mobile carriers: Starlink with T-Mobile (the "T-Satellite" service launched July 2025 at ~$10/month) [23], AST SpaceMobile with AT&T and Verizon [19], and Globalstar with Apple — which has historically taken the bulk of Globalstar's network capacity and accounted for roughly two-thirds of its revenue, and whose stake Amazon is now buying [16][17]. Spectrum holdings and carrier partnerships — not just satellites — decide the winners here.

9. Risks

• The Starlink cost advantage. SpaceX's in-house launch capability lets Starlink undercut on price and out-deploy everyone, structurally pressuring the economics of every competitor.
• Capital intensity and funding risk. LEO constellations burn billions before profitability. AST SpaceMobile is essentially pre-revenue at a ~$26 billion valuation [19][31]; Telesat's Lightspeed and Amazon Leo require sustained multi-billion-dollar investment before returns [20][21].
• The replacement treadmill. Short LEO satellite lifespans (~5 years) mean perpetual capex just to maintain service — a permanent drag GEO operators historically avoided.
• Capacity oversupply. Multiple overlapping LEO networks could create excess capacity and force prices down before subscriber density matures.
• Concentration / single-customer risk. Globalstar has depended on Apple for roughly two-thirds of revenue [16]; Iridium and others lean heavily on government contracts. Loss or renegotiation of an anchor customer is material.
• Deal / event risk. Iridium and Globalstar are both mid-acquisition; either deal could be delayed, repriced, or blocked on regulatory or shareholder grounds, and their share prices now track deal terms as much as operations [12][17].
• Regulatory and spectrum risk. Value hinges on FCC/ITU decisions; interference disputes and license outcomes can reshape addressable markets [27].
• Technical and physical hazards. Launch failure, satellite malfunction, collision and orbital debris (the "Kessler" concern, rising as constellations grow), space weather, ground outages, cyberattack, jamming, and spoofing.
• Geopolitics and sovereignty. Heavy defense reliance on a single private provider (Starlink) has prompted governments to fund alternatives; export controls and competing Chinese constellations add complexity.
• Private-market risk. For unlisted routes: illiquidity, follow-on funding requirements, opaque valuations, technology concentration, and limited exit options.

10. How to invest, and the outlook

Public routes.

• Pure-play U.S. operators (with an event-driven twist): Iridium (IRDM) — a profitable niche IoT/government/PNT specialist, now an event-driven situation as its ~$8B Rocket Lab acquisition works toward a mid-2027 close [11][12]. Globalstar (GSAT) — a spectrum-and-D2D bet, likewise now a merger-arbitrage situation into Amazon's ~$11.6B offer [16][17]. Viasat (VSAT) — a diversified GEO-plus-defense operator in transition [13]. AST SpaceMobile (ASTS) — a partnership-and-spectrum bet on direct-to-device, priced richly relative to current revenue [19]. EchoStar (ECHO, formerly SATS) — mostly a pay-TV/wireless company with a satellite (Hughes) segment and large spectrum assets it is monetizing [14][15].
• Adjacent acquirers: Rocket Lab (RKLB) becomes a more direct, vertically integrated satellite-connectivity play if the Iridium deal closes; Amazon (AMZN) is a very diluted way to own Amazon Leo plus (pending) Globalstar [12][17][20].
• Foreign-listed operators: SES (Luxembourg/Euronext, U.S. OTC), Eutelsat (Paris), and Telesat (Nasdaq: TSAT) offer GEO/MEO and emerging-LEO exposure — with added currency, governance and market-structure considerations [18][21][22].
• The Starlink gap: the dominant asset is private. Direct exposure is only available through pre-IPO secondary markets and funds holding SpaceX shares. A widely speculated future Starlink IPO would be a landmark event that could reprice the whole sector.
• Diversified/thematic: space-themed ETFs bundle operators with manufacturers and launch firms — broader exposure, but diluted by non-517410 businesses.

Private routes. Venture and growth equity in constellations, ground-segment infrastructure (teleports, gateways) and D2D startups; pre-IPO secondaries in SpaceX; private credit against contracted capacity; infrastructure/PE plays on spectrum and ground networks; and government-contractor positions that ride defense demand. Diligence should center on contracted vs. speculative capacity, utilization, churn, terminal economics, launch/replenishment plans, spectrum rights, debt maturities, insurance, and government-customer concentration.

Near-term drivers to watch (forward-looking, not guarantees):

1. Direct-to-cell commercialization in 2026 — Starlink–T-Mobile expanding to voice/data, and AST SpaceMobile's beta with AT&T/Verizon — could open a large new revenue pool [19][23].
2. Amazon Leo's commercial launch — the first real test of Starlink's dominance [20].
3. Two pending deal closings — Rocket Lab/Iridium (~mid-2027) and Amazon/Globalstar (~2027) — as catalysts, and as a signal of how strategics value spectrum and orbital assets [12][17].
4. Spectrum monetization — closing of EchoStar's ~$40 billion in combined spectrum sales to AT&T and SpaceX [14].
5. A potential Starlink IPO — would give public markets the sector's crown jewel and likely re-rate peers.
6. Continued GEO/MEO consolidation and steady government/defense demand as an anchor.

Outlook (judgment). The industry is in the middle of a once-in-a-generation reordering — from a capital-heavy wholesale-capacity utility into a fast-growing consumer, mobility and direct-to-device business led by LEO constellations. The total market is expanding quickly, but value is concentrating in one private company with a structural cost advantage, while the best mid-cap public operators are being bought out by strategics (Rocket Lab, Amazon) rather than left standing alone. For public investors that creates a genuine paradox: the growth is real, yet the dominant asset isn't buyable and the remaining pure-plays are niche, in transition, or speculative. The central question is not how many satellites a company owns; it is whether those assets — spectrum, orbital slots, reliable networks, low-cost terminals, strong distribution — can be filled with durable, profitable connectivity before the next wave of capacity arrives, and whether an incumbent can defend a profitable niche (government, mobility, IoT, spectrum) as Starlink resets the economics around it.

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Sources

1. U.S. Census Bureau, County Business Patterns (2023), NAICS 517410 (establishments, employment, annual and Q1 payroll). https://www.census.gov/programs-surveys/cbp.html
2. U.S. Census Bureau, 2022 Economic Census — Concentration, NAICS 517410 (firms, receipts, CR4/CR8/CR20/CR50; HHI suppressed). https://www.census.gov/programs-surveys/economic-census.html
3. U.S. Small Business Administration, Table of Small Business Size Standards (effective 2023), NAICS 517410 — $44 million. https://www.sba.gov/document/support-table-size-standards
4. U.S. Census Bureau / NAICS Association, 2022 NAICS Definition and Exclusions, Code 517410 — Satellite Telecommunications. https://www.census.gov/naics/?details=517410&input=517410&year=2022
5. U.S. Census Bureau, County Business Patterns & 2022 Economic Census methodology; Nonemployer Statistics (coverage of employer vs. nonemployer and government activity). https://www.census.gov/programs-surveys/economic-census/year/2022/technical-documentation/methodology.html; https://www.census.gov/econ/overview/mu0500.html
6. IBISWorld, Satellite Telecommunications in the US (NAICS 517410) (2025). https://www.ibisworld.com/classifications/naics/517410/satellite-telecommunications/
7. Fortune Business Insights / S&P Global Market Intelligence, Satellite Communication Market Size 2025; The State of Satellite Connectivity 2025 (global market ~$98B, ~11% CAGR; ~$13B DoD service contracts; Starlink ~72% of U.S. satellite-broadband households). https://www.fortunebusinessinsights.com/satellite-internet-market-109242; https://www.spglobal.com/market-intelligence/en/news-insights/research/2025/11/the-state-of-satellite-connectivity-2025
8. Analysys Mason, Satellite operators must develop managed services to preserve revenue as wholesale capacity prices decline (2024). https://www.analysysmason.com/research/content/articles/satellite-operators-managed-services-revenue-nsi040/
9. SpaceXChart / Sacra, Starlink — Subscribers, Revenue, Unit Economics & Margin (2026) — ~$11.4B 2025 connectivity revenue; ~8.9M subscribers; SpaceX private. https://spacexchart.com/starlink
10. The Information, SpaceX's Starlink Revenue Per User Fell 18% As Customers Quadrupled (2026). https://www.theinformation.com/articles/spacexs-starlink-revenue-per-user-fell-18-customers-quadrupled
11. Iridium Communications Inc., 2025 Results / 2025 Annual Report — $871.7M revenue, ARPU ~$49. https://www.prnewswire.com/news-releases/iridium-announces-2025-results-issues-2026-outlook-302685852.html; https://www.iridium.com/sites/default/files/2026-04/Iridium_Communications_Inc_2025_Annual_Report.pdf
12. Rocket Lab, Rocket Lab to Acquire Iridium in Historic Deal (June 29, 2026) — ~$8.0B enterprise value, $54/share cash-and-stock, close ~mid-2027; corroborated by Bloomberg/CNBC/SpaceNews. https://investors.rocketlabcorp.com/news-releases/news-release-details/rocket-lab-acquire-iridium-historic-deal-creating-fully; https://www.cnbc.com/2026/06/29/rocket-lab-buys-iridium.html
13. Viasat, Inc., Form 10-K, FY2025 (year ended March 31, 2025) — $4.52B revenue; segment detail; owns Inmarsat (acquired 2023). https://www.sec.gov/Archives/edgar/data/797721/000095017025077138/vsat-20250331.htm
14. EchoStar Corporation, FY2025 financial results; spectrum sales to AT&T (~$23B) and SpaceX (~$17B) (2025). https://ir.echostar.com/news-releases; https://www.telecompetitor.com/fcc-approves-att-and-starlink-purchases-of-echostar-spectrum/
15. EchoStar Corporation, EchoStar Changing Stock Ticker SATS to ECHO (effective June 24, 2026). https://ir.echostar.com/news-releases/news-release-details/echostar-changing-stocker-ticker-sats-echo-marking-companys-next
16. Globalstar, Inc., 2025 results — $273M revenue, turned profitable; Apple anchor customer (~20% stake, majority of network capacity, ~2/3 of revenue). https://investors.globalstar.com/news-releases/news-release-details/globalstar-announces-first-quarter-2026-financial-results
17. Amazon / Globalstar, Amazon to Acquire Globalstar and Expand Amazon Leo Satellite Network (April 14, 2026) — ~$11.6B, $90/share, includes Apple's stake, close ~2027, FCC review underway; corroborated by Bloomberg/CNBC/SatNews. https://investors.globalstar.com/news-releases/news-release-details/amazon-acquire-globalstar-and-expand-amazon-leo-satellite; https://www.cnbc.com/2026/04/14/amazon-globalstar-satellite-leo-internet.html
18. SES S.A., SES Completes Acquisition of Intelsat (July 2025); SES Reports ~$2.9B FY2025 Revenue (2026). https://www.ses.com/press-release/ses-completes-acquisition-intelsat-creating-global-multi-orbit-connectivity; https://www.govconwire.com/articles/ses-fy2025-financial-report
19. AST SpaceMobile, Inc., BlueBird launch updates; AT&T / Verizon satellite-to-cell expansion (2025–26). https://investors.ast-science.com/; https://www.businesswire.com/news/home/20251222922862/en/
20. Amazon, Amazon Leo (Project Kuiper) mission updates: 375+ satellites in orbit; U.S. service in 2026. https://www.aboutamazon.com/news/innovation-at-amazon/project-kuiper-satellite-internet-first-launch
21. Telesat Corp., Form 6-K / 20-F, FY2025 — Lightspeed LEO commercial service ~2027. https://www.sec.gov/Archives/edgar/data/1845840/000121390026028638/ea0276056-01.htm
22. Eutelsat Group / Payload, Eutelsat + OneWeb; The State of Satcom — multi-orbit, incumbent focus on government/enterprise. https://webapps.eutelsat.com/en/group/eutelsat-group; https://payloadspace.com/the-state-of-satcom-2026/
23. T-Mobile / Bloomberg, T-Satellite with Starlink launches July 2025 at ~$10/month (2025). https://www.t-mobile.com/coverage/satellite-phone-service
24. Coherent Market Insights / MexicoBusiness, Direct-to-Device market ~$570M in 2025, ~35.6% CAGR to 2030 (2025–26). https://mexicobusiness.news/aerospace/news/starlink-amazon-eye-us26-billion-direct-device-market
25. Federal Communications Commission, Part 25 Space Station and Earth Station Licensing. https://docs.fcc.gov/public/attachments/FCC-20-159A1.pdf
26. Federal Communications Commission, Supplemental Coverage from Space (SCS) framework (2024). https://docs.fcc.gov/public/attachments/DOC-400678A1.pdf
27. Federal Register (FCC), Revising Spectrum Sharing Rules for Non-Geostationary Orbit, Fixed-Satellite Service Systems (July 31, 2025) — degraded-throughput method, EPFD review. https://www.federalregister.gov/documents/2025/07/31/2025-14506/
28. Federal Communications Commission, Orbital-debris mitigation & five-year post-mission disposal (2025). https://docs.fcc.gov/public/attachments/DA-25-256A1.pdf
29. Federal Aviation Administration, Commercial Space Transportation Licenses (launch/reentry/site licensing). https://www.faa.gov/space/licenses
30. U.S. Bureau of Industry and Security, Export Administration Regulations (EAR) (and ITAR for controlled hardware); U.S. Treasury, Committee on Foreign Investment in the United States (CFIUS). https://www.bis.gov/regulations/ear; https://home.treasury.gov/policy-issues/international/the-committee-on-foreign-investment-in-the-united-states-cfius
31. Macrotrends, AST SpaceMobile (ASTS) and EchoStar market capitalization (mid-2026). https://www.macrotrends.net/stocks/charts/ASTS/ast-spacemobile/market-cap