Quick answer: November 6, 2026 is the day the satellite-to-phone story went concrete on three fronts at once: India's regulator published the framework that would let phones talk to satellites, the US regulator cleared SpaceX to build 15,000 direct-to-device satellites, and Safaricom began live Starlink backhaul trials in Kenya. Meanwhile the AI side of the industry split in two directions — Nokia's AI and cloud sales jumped 123 percent while Google warned that orbital data centres could cost 100 times more than ground ones. All 20 items carry honest status labels, with FAQ and 20 linked sources.
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📑 In this article
- Hybrid networks: satellite IoT, Starlink backhaul and the Qualcomm question
- Regulation: TRAI, the FCC and the 100,000-satellite filing
- Constellations: Amazon Leo launches, Telesat slips and OneWeb renews
- Orbital AI: Google's space TPU, Starmind and Starlink Gen3
- Autonomy: AI-RAN results, Nokia's AI surge and the vendor pact
- Markets and timelines: AST's rebound and the beta countdown
- What it means for satellite TV viewers
- FAQ
- Sources (20)
At a glance: all 20 developments
| # | Development | Status |
|---|---|---|
| 1 | Kinéis and Netmore pair satellite IoT with LoRaWAN in 18 countries | Announced |
| 2 | Safaricom begins testing Starlink satellite backhaul in Kenya | Testing |
| 3 | Analyst explains why SpaceX chose Qualcomm for wireless | Analysis |
| 4 | TRAI satellite framework draws second-day reaction in India | Proposed |
| 5 | FCC clears SpaceX to build 15,000 direct-to-device satellites | Approved |
| 6 | SpaceX files FCC application for 100,000 Gen3 Starlink satellites | Filed |
| 7 | Amazon Leo Vulcan Leo 1 set for November 13 with 40 satellites | Scheduled |
| 8 | Amazon Leo Ariane 6 flight LE-04 set for November 23 with 36 satellites | Scheduled |
| 9 | Telesat Lightspeed slips again, global service now mid-2028 | Delayed |
| 10 | Airbus delivers first 32 OneWeb replacement satellites to Eutelsat | In production |
| 11 | Google Project Suncatcher returns first AI response from orbit | Testing |
| 12 | SpaceX Starmind: one-million-satellite orbital AI data centre vision | Planned |
| 13 | Starlink Gen3: 250 kW satellites with Nvidia Vera Rubin onboard compute | Unveiled |
| 14 | Ericsson AI in RAN reports up to 20 percent higher downlink throughput | Live results |
| 15 | Nokia AI and cloud sales jump 123 percent in Q3 2026 | Reported |
| 16 | Nokia and Microsoft launch agentic AI and unified data initiative | Announced |
| 17 | Nokia and Ericsson join forces on autonomous networks at MWC 2026 | Announced |
| 18 | Nokia, T-Mobile and NVIDIA complete world's first AI-RAN call | Tested |
| 19 | AST shares rebound after AT&T handoff milestone; founder urges speed | Market reaction |
| 20 | AST targets intermittent beta before year-end, paid service spring 2027 | Planned |
🛰️ Hybrid networks: satellite IoT, Starlink backhaul and the Qualcomm question
1. Kinéis and Netmore pair satellite IoT with LoRaWAN in 18 countries ANNOUNCED
European satellite operator Kinéis and Netmore Group have launched a strategic partnership that pairs Kinéis' sovereign European constellation of 25 IoT and AIS satellites with Netmore's carrier-grade LoRaWAN network. The hybrid service is available immediately across the 18 countries where Netmore already operates, delivered through Netmore's ThingPark platform, so customers get a single platform for terrestrial and satellite IoT connectivity. For utilities, water networks, infrastructure and smart-city operators, the deal removes the old either-or choice: devices stay connected whether they use ground LoRaWAN or the satellite link, and the service is aimed squarely at places where terrestrial coverage alone is not enough.
2. Safaricom begins testing Starlink satellite backhaul in Kenya TESTING
Safaricom has begun testing Starlink satellite technology to connect parts of its mobile network, group chief executive Peter Ndegwa disclosed during the company's half-year 2027 investor earnings call on November 5. The initial focus is satellite backhaul — the link that connects mobile base stations to the wider telecom network — which could replace older, expensive transmission links in locations where fibre is costly or impractical. The trials sit inside a broader Vodacom–Starlink partnership announced in November 2025 to integrate low-Earth-orbit satellite technology into mobile networks across Africa. Safaricom is also weighing reselling Starlink broadband to Kenyan customers once licensing is clarified, while direct-to-device service remains under development, with service quality, technology and regulation still open questions.
3. Analyst explains why SpaceX chose Qualcomm for wireless ANALYSIS
Industry analyst Jeff Kagan, writing on November 6, called the multiyear SpaceX–Qualcomm agreement "another important step" in a wireless transformation driven by Elon Musk, SpaceX and Starlink. Under the deal announced November 4, Qualcomm supplies wireless network equipment and software — including its Dragonwing QRU100 and QDU100 radio and baseband platforms, 64T64R Massive MIMO and commercial Layer 1 software — for Starlink Mobile's planned US terrestrial 5G network, with deployment expected to begin in 2027 and tens of thousands of base-station sites envisioned over several years. Kagan's reading is that Qualcomm, a wireless leader since the 1990s, is buying into satellite communications, AI and data centres as new growth markets, while SpaceX gains the radio expertise it needs to challenge traditional carriers on their own ground. Qualcomm describes the deal as a long-term foundation for AI-native 6G.
📜 Regulation: TRAI, the FCC and the 100,000-satellite filing
4. TRAI satellite framework draws second-day reaction in India PROPOSED
A day after the Telecom Regulatory Authority of India released its recommendations on November 5, Indian trade press on November 6 mapped out who gains if the framework is adopted. TRAI proposes a new Satellite Communication Network (SCN) Provider Authorisation under the Telecommunications Act, 2023, valid for 20 years with a 20-year renewal option, carrying an 8 percent adjusted gross revenue fee with no minimum. Two direct-to-device models are on the table: one using dedicated mobile satellite service spectrum in the L-band and S-band, the other using IMT spectrum already assigned to operators, with the 600, 700, 800, 900, 1800 and 2100 MHz bands identified. Starlink, Amazon Leo, Eutelsat OneWeb and Tata's Nelco could supply capacity, while Reliance Jio, Bharti Airtel and Vodafone Idea could extend coverage to remote regions. The recommendations now sit with the Department of Telecommunications, which takes the final decision — they are not approval yet, and satellite broadband providers are still awaiting security clearances and spectrum allocation.
5. FCC clears SpaceX to build 15,000 direct-to-device satellites APPROVED
The Federal Communications Commission has approved SpaceX to build up to 15,000 satellites designed to connect straight to ordinary phones — no dish, no special terminal — in a decision reported on November 3 and 4. The approval covers the direct-to-device fleet that would let a handset reach orbit from places ground networks cannot, and it lands alongside the SpaceX–Qualcomm terrestrial 5G plan as a two-track push into mobile. The approval is not the same as service: real-world coverage still depends on phones, spectrum rights, performance and carrier deals, and none of the 15,000 satellites are flying yet. The decision also sharpens the competitive picture for AST SpaceMobile, whose carrier-partner model now faces a SpaceX that could sell phone service directly to US consumers.
6. SpaceX files FCC application for 100,000 Gen3 Starlink satellites FILED
SpaceX has filed an application with the FCC for authorisation of up to 100,000 new third-generation Starlink satellites, a filing reported on November 4 and 5. The company aims to launch the first machines in the second half of 2026, just six months after requesting 7,500 more Gen2 satellites, and the filing is separate from the one-million-satellite Starmind orbital data centre initiative. Each Gen3 satellite is listed at 2,000 to 2,500 kilograms dry mass with 1 Tbps of capacity back to Earth, using Ku-, Ka-, V- and E-band licences plus a request for the unconventional W- and D-band frequencies between 92 and 275 GHz for autonomous data transit. The filing argues that "AI requires massive uplink capacity to support high-definition spatial and auditory data necessary for real-time decision-making and industrial automation," and that "without it, the United States cannot compete in the AI revolution." BNP Paribas estimates a complete Gen3 constellation could serve 200 million subscribers globally.
🛰️ Constellations: Amazon Leo launches, Telesat slips and OneWeb renews
7. Amazon Leo Vulcan Leo 1 set for November 13 with 40 satellites SCHEDULED
United Launch Alliance is preparing to return its Vulcan rocket to service on November 13, 2026, carrying 40 Amazon Leo broadband satellites — the largest single batch Amazon has ever flown. The mission, designated Vulcan Leo 1, ends a nine-month grounding after a solid rocket booster nozzle anomaly on the February US Space Force flight, and it will be Vulcan's fifth flight since its 2024 debut. The rocket flies in its most powerful VC6L configuration with six strap-on boosters and a long payload fairing, and the flight is the first of 38 Vulcan missions Amazon has booked to deploy the majority of its network. All 40 satellites were integrated at ULA's Vertical Integration Facility-A, with final processing under way and the launch pending range approval. The mission also carries weight for US national security: the Space Force says its Vulcan certification decision depends heavily on flight data from this commercial mission.
8. Amazon Leo Ariane 6 flight LE-04 set for November 23 with 36 satellites SCHEDULED
A second Amazon Leo launch follows ten days later: the Ariane 64 flight LE-04 is scheduled for November 23, 2026, from the Guiana Space Centre in French Guiana, carrying 36 satellites. It is Amazon's fourth Ariane 6 launch and the second half of a November one-two that would take the constellation past 470 satellites launched. Amazon's own mission log lists 14 launches since full-scale deployment began in April 2025 — eight on Atlas V, three on Falcon 9 and three on Ariane 6 — adding up to 396 production satellites, with no new launches since early July 2026. Amazon says it is only weeks away from switching on commercial service, which it still promises before the end of the year. The first-generation constellation calls for 3,232 satellites, with a hard deadline of July 30, 2029 for the full fleet to be in orbit.
9. Telesat Lightspeed slips again, global service now mid-2028 DELAYED
Telesat has delayed the commercial rollout of its Lightspeed low-Earth-orbit constellation by three months, targeting full global service by the end of the second quarter of 2028, the company said in an earnings call on October 29. Assembly and software development challenges at prime contractor MDA Space pushed back the first two pathfinder satellites, and chief executive Dan Goldberg said the company chose to preserve launch resources rather than spend a full rocket on pathfinders; dedicated deployment missions now begin in September 2027, with 14 Falcon 9 launches under contract and a 15th planned. The delay lands in a difficult financial week: third-quarter revenue fell 20 percent to 81 million Canadian dollars, the company holds a 5.6 billion Canadian dollar LEO backlog, and roughly 2.3 billion US dollars of GEO debt comes due on December 6, with lenders tabling a 3.2 billion Canadian dollar rescue proposal in October that has not been negotiated. Canada has put Telesat at the centre of its push to cut reliance on Starlink, yet none of the 225 Lightspeed satellites are in orbit and the network is not expected to enter service until early 2028.
10. Airbus delivers first 32 OneWeb replacement satellites to Eutelsat IN PRODUCTION
Eutelsat has received the first 32 replacement satellites for its OneWeb low-Earth-orbit network from Airbus, delivered in October 2026, with launches planned for 2027 and 2028. The first-generation OneWeb fleet counts about 650 satellites in orbit — an independent count put 636 operational on September 10, 2026 — and none has launched since October 2024, so the renewal is the bridge to the next-generation fleet meant to work alongside IRIS2, the European Union constellation due around 2030. OneWeb remains a partners-only enterprise and government network, sold through distribution rather than online, and it is the non-US global LEO option for enterprise backup, sovereignty, maritime and aviation customers. The renewal keeps Eutelsat in the LEO race while Starlink and Amazon Leo scale far faster.
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🌌 Orbital AI: Google's space TPU, Starmind and Starlink Gen3
11. Google Project Suncatcher returns first AI response from orbit TESTING
Google announced on October 30 that its Project Suncatcher prototype satellite had generated the first artificial intelligence response from a data-centre-class tensor processing unit in orbit — a Gemma 4 model running on a TPU aboard a satellite built with Planet and launched October 1 on a SpaceX Falcon 9, which returned a haiku as it passed over Svalbard, Norway. The prototype carries four TPUs with about the computing power of one data centre server, runs on about one kilowatt of solar power, and can only power a single TPU for roughly 20 minutes at a time because of heat and power limits in vacuum. The milestone is self-reported and no performance data has been published, but the year of tests ahead will measure how much AI work a satellite can deliver within its heat and power budget. On November 2, Google's global head of energy and power, Amanda Peterson Corio, added a blunt caution at a summit: space data centres could be up to 100 times more expensive than terrestrial facilities under current conditions. The next stated milestone is a pair of interlinked satellites in 2027.
12. SpaceX Starmind: one-million-satellite orbital AI data centre vision PLANNED
SpaceX has confirmed the name Starmind for its planned artificial intelligence satellite megaconstellation, announced by Elon Musk on June 23, and in October released a visualisation showing the proposed one million AI satellites flying in tight formation clusters around Earth. The concept turns satellites from communication nodes into active computing units: spacecraft directly harnessing near-constant solar power to run large-scale computation in orbit instead of sending everything back to Earth-based servers. SpaceX vice president of Starlink engineering Michael Nicolls said the company needs to "operate clusters of satellites in tight formation to get enough coherent compute to run AI models in space." The AI1 satellite stands 30 metres tall when deployed with a 75-metre wingspan, carrying a compute payload of up to 250 kilowatts at peak. SpaceX teamed up with Nvidia in August to bring Rubin GPUs to the Starmind satellites, and in mid-October Musk posted that the Star Mind computer co-engineered with Nvidia "is far better than almost anyone expects and will reach volume production next year," with mass production targeted from late 2027.
13. Starlink Gen3: 250 kW satellites with Nvidia Vera Rubin onboard compute UNVEILED
Technical specifications disclosed on October 1 describe SpaceX's next-generation Starlink Gen3 architecture as a 250-kilowatt power payload with 10 terabits per second of bidirectional data capacity per spacecraft — each satellite generating more electrical power than the International Space Station, which produces between 120 and 240 kW across its solar array. The onboard edge processing architecture uses a SpaceX-designed compute system featuring Nvidia Vera Rubin NVL72 hardware, allowing the satellite to conduct orbital data processing, digital beamforming and dynamic RF power allocation across steerable spot beams without routing all compute through ground stations. "Connectivity per sat will be more like 10Tb in both directions and there is a path to 100+Tb," Musk said. Deployment is tied to the Starship launch cadence, and commercial service still needs modified orbital authorisations and spectrum coordination from the FCC and international regulators.
🤖 Autonomy: AI-RAN results, Nokia's AI surge and the vendor pact
14. Ericsson AI in RAN reports up to 20 percent higher downlink throughput LIVE RESULTS
Ericsson introduced AI in RAN software in June 2026, and a November 6 industry overview reports the early numbers: up to 20 percent higher downlink throughput, up to 10 percent better spectral efficiency, up to twice as many high-traffic users served, and 90 to 95 percent coverage prediction accuracy. The overview, published November 6, frames AI as moving from advice to action in radio access networks — the layer connecting mobile devices to cell towers — with agentic AI, digital twins and autonomous networks shaping the next phase. A Broadband Forum survey published October 8, covering more than 100 broadband network decision-makers, backs the direction of travel. The message for operators is that AI-RAN is no longer a lab demo: the vendors are now publishing measured gains, and the race is over who can turn those gains into live network automation first.
15. Nokia AI and cloud sales jump 123 percent in Q3 2026 REPORTED
Nokia's AI and cloud net sales jumped 123 percent year over year in the third quarter of 2026, with order intake in the area up 118 percent, according to the company's interim report published October 22 and analysed on November 1. Nokia said it secured 1.5 billion euros in new orders, attributed to hyperscalers, and AI and cloud sales came to about 709 million US dollars against 5.79 billion US dollars of total sales — roughly 12 percent of the business. The Network Infrastructure segment, which houses the data centre optics and IP routing work, posted sales of 2.158 billion euros, up 15 percent in constant currency, with IP Networks growing more than 40 percent and Optical Networks up 18 percent. The Infinera acquisition sits behind much of the optical push, with integration on track to finish by the end of 2026, a year ahead of plan. Ericsson, by contrast, grew 7 percent organically on its core mobile networks business — the two Nordic vendors are now telling opposite stories about where telecom growth lives.
16. Nokia and Microsoft launch agentic AI and unified data initiative ANNOUNCED
In September 2026, Nokia and Microsoft announced an agentic AI and unified data initiative aimed at predictive maintenance, voice over New Radio (VoNR) assurance and service experience optimisation. The partnership matters because it pairs Nokia's network estate with Microsoft's cloud and AI stack, targeting the operational layer where autonomous networks are won or lost: spotting faults before they bite, assuring voice quality on 5G standalone, and tying service experience back to network data in one place. It is part of a wider pattern in which agentic AI — systems that act on their own rather than merely advising — is becoming the default pitch for network management, with Google Cloud expanding its own autonomous network operations framework in March 2026 with Data Steward agents, Core Network VoLTE agents, digital twins and graph neural network predictions.
17. Nokia and Ericsson join forces on autonomous networks at MWC 2026 ANNOUNCED
At Mobile World Congress 2026 in Barcelona, long-time Nordic rivals Nokia and Ericsson announced what analysts called a landmark collaboration on autonomous networks. Ericsson joined Nokia's Service Management and Orchestration (SMO) Marketplace, while Nokia joined the Ericsson rApp Ecosystem built around the Ericsson Intelligent Automation Platform. The pair share a focus on the R1 interface through which rApps interact with the SMO — the hinge that lets AI and automation applications from different vendors work in one operator's network. "This partnership with Ericsson marks a pivotal advancement in how the industry delivers the next generation of autonomous networks," said Nokia CTO Ari Kynaslahti. Analysts at Recon Analytics called it pivotal, and the goal both vendors name is the same: help operators reach and exceed level-four network autonomy, where the network largely runs itself.
18. Nokia, T-Mobile and NVIDIA complete world's first AI-RAN call TESTED
Nokia described the world's first AI-RAN call, completed with T-Mobile and NVIDIA, as a technical milestone in its third-quarter reporting. The call puts Nokia on both sides of the AI trade: selling optical and IP gear into data centres while pitching AI-capable radio software to carriers. Nokia mapped out its AI RAN strategy at MWC 2026 ahead of the 6G era, working with Nvidia and several telcos — BT, Elisa, NTT Docomo and Vodafone Group — to adopt AI-RAN technologies that improve network performance and support the growth in mobile AI traffic. The company expects its first commercial AI RAN trial in 2026 and its first commercial release in 2027. For satellite watchers, AI-RAN is the terrestrial twin of the same idea driving Gen3 and Starmind: put the compute where the signal is, and let AI manage the network in real time.
📈 Markets and timelines: AST's rebound and the beta countdown
19. AST shares rebound after AT&T handoff milestone; founder urges speed MARKET REACTION
AST SpaceMobile shares climbed roughly 4.57 percent to about 37.99 US dollars in Tuesday's session, rebounding off a 16-month low after Monday's sharp 11 percent selloff. The selloff followed reports that SpaceX is in talks to buy EchoStar's Boost Mobile or gain access to its network — a deal that would give Starlink a ground network to sell phone service directly to US consumers, positioning SpaceX as a head-on rival to AST's carrier partners AT&T and Verizon. The recovery was underpinned by the tangible milestone announced November 2: the first successful handoff between a ground cellular network and AST's satellites, in an October 21 test near Granite Falls, Washington, where a phone kept its connection while switching between AT&T's network and AST's BlueBird satellites, with latency cut from seconds to milliseconds. Boost Mobile founder Peter Adderton publicly urged AST to move faster while disclosing his own purchase of shares, and traders are now watching beta testing progress and the BlueBird launch cadence.
20. AST targets intermittent beta before year-end, paid service spring 2027 PLANNED
AST SpaceMobile is targeting initial, intermittent beta service in the United States, Canada, Japan, the United Kingdom and Saudi Arabia before the end of 2026, the company said on October 20, with paid service three to six months after beta starts — spring 2027 at the earliest. AT&T said the next phase after the Granite Falls handoff is expected to include real-world beta services, and Ericsson supplied AT&T's combined terrestrial radio and core technology including network automation for the transition, while Nokia supplied radio-access and mobility software for AST's space-based network. AST sells through mobile operators rather than directly, with partners including AT&T, Verizon, Vodafone, Rakuten Mobile, Bell Canada, TELUS and stc Group, and says it works with more than 60 operators covering over 3 billion subscribers. Service will only be available where its satellites are overhead, and more launches are needed for continuous coverage — beta will be geographically limited at first.
📺 What it means for satellite TV viewers
For readers of this blog, today's news is mostly about the pipes behind the screen rather than the channels on it — but the direction is clear. Direct-to-device satellites, AI-managed radio networks and orbital compute all push toward a world where the dish, the tower and the data centre blur into one managed network. That matters for satellite TV in three practical ways. First, satellite capacity is increasingly shared with broadband and phone traffic, so broadcasters and platform operators will keep squeezing more from the same spectrum — expect more HEVC and VVC compression and more IP-delivered channels. Second, the AI tools that now tune mobile networks are the same class of tools that will manage satellite links, spot interference and heal faults before viewers notice. Third, the constellation race — Starlink Gen3, Amazon Leo, OneWeb renewal, Telesat's delay — decides who carries the traffic, and today's filings and launch dates are the earliest signal of which networks will still be standing in 2028. Keep your receiver firmware current, watch the November 13 and 23 Amazon launches, and treat every "AI satellite" headline as a claim to check against the launch record, not the press release.
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❓ FAQ — AI in satellite & telecom, November 6, 2026
What is the TRAI SCN authorisation, and when could it take effect?
It is a proposed new Satellite Communication Network Provider Authorisation under India's Telecommunications Act, 2023, that would let satellite operators build networks and sell capacity to telecom companies and other eligible providers — but not serve end users directly. The recommendations were released November 5 and submitted to the Department of Telecommunications, which takes the final decision; there is no fixed date yet, and commercial satellite broadband in India still awaits security clearances and spectrum allocation.
Can an ordinary phone really connect to a satellite?
Yes, in tests — and the pieces are falling into place. AST SpaceMobile and AT&T completed the first live handoff of an active connection from a ground network to a satellite network on October 21, 2026, using an ordinary smartphone, and the FCC has cleared SpaceX to build 15,000 direct-to-device satellites. But service is not commercial yet: AST targets intermittent beta before the end of 2026 with paid service in spring 2027 at the earliest, and coverage will only exist where satellites are overhead.
What is Google Project Suncatcher?
A Google research programme testing whether AI compute can run on solar-powered satellites. Its prototype, built with Planet and launched October 1, 2026, carries four TPUs and returned its first AI response — a haiku from its Gemma 4 model — on October 30. It is a proof of concept, not a service: one TPU can run for only about 20 minutes at a time, and Google itself warns orbital data centres could cost 100 times more than ground ones today.
When will Amazon Leo start service?
Amazon says it is only weeks away from switching on commercial service, which it still promises before the end of 2026. Two launches are scheduled in November — 40 satellites on ULA's Vulcan on November 13 and 36 on Ariane 6 on November 23 — which would take the constellation past 470 satellites. The first generation calls for 3,232 satellites, due in orbit by July 30, 2029.
What is an AI-RAN?
AI-RAN means running artificial intelligence inside the radio access network — the part of a mobile network that connects phones to towers — so the network can predict coverage, steer capacity and fix problems by itself. Ericsson reports up to 20 percent higher downlink throughput from its AI in RAN software, and Nokia, T-Mobile and NVIDIA completed the world's first AI-RAN call. Nokia expects its first commercial AI RAN trial in 2026 and first commercial release in 2027.
Why did Telesat Lightspeed slip again?
Assembly and software development challenges at prime contractor MDA Space pushed back the first two pathfinder satellites, and Telesat chose to preserve launch resources rather than spend a full rocket on pathfinders. Dedicated deployment missions now begin in September 2027, with full global service targeted for the end of the second quarter of 2028. The company also faces about 2.3 billion US dollars of GEO debt maturing on December 6, 2026.
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🔗 Sources (20)
- Kinéis, Netmore join forces to bridge IoT connectivity gaps — rfidjournal.com
- Safaricom tests Starlink to cut network costs, expand coverage — thenewsbooth.co.ke
- Why SpaceX chose Qualcomm for help competing in wireless: industry analyst Jeff Kagan — einnews.com
- TRAI proposes new satellite authorisation, paves way for direct-to-mobile connectivity in India — moneycontrol.com
- Elon Musk is coming for your phone: FCC clears SpaceX for 15,000 direct-to-device satellites — manilatimes.net
- SpaceX files FCC application for 100,000 Gen3 Starlink satellites — datacenterdynamics.com
- ULA's Vulcan rocket to resume launches with major satellite mission on November 13 — itechpost.com
- Arianespace Amazon Leo (LE-04) Ariane 64 launch, November 23 — spacelaunchschedule.com
- Telesat Lightspeed delayed, Q3 results and December debt deadline — iphoneincanada.ca
- Eutelsat OneWeb renewal and satellite internet options compared, 2026 — leosatnetwork.com
- Google's satellite data center test sends poem from orbit — techsota.com
- SpaceX names planned satellite network Starmind for AI computing in orbit — dailygalaxy.com
- SpaceX unveils 1 million Starmind AI satellites flying in tight formation — teslanorth.com
- SpaceX unveils 250 kW Starlink Gen3 AI satellites with 10 Tbps throughput — satnews.com
- AI-powered network optimization and management in telecom — dailyhunt.in
- Ericsson vs Nokia: AI sales up 123 percent vs 7 percent growth, 2026 — tech-insider.org
- MWC brings Nokia and Ericsson closer on autonomous networks — sdxcentral.com
- Nokia maps out AI RAN vision at MWC ahead of 6G era — datacenterdynamics.com
- When will AST SpaceMobile start commercial service? — orbitalpha.cloud
- Why is AST SpaceMobile stock up 4.57 percent today? — tickeron.com
Disclaimer: This article summarises public announcements, company reports and trade-press coverage dated November 6, 2026. Figures, forecasts and timelines are as reported by the cited sources and may change; always check the source link for the latest status before acting on any item.
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