Quick answer: November 7, 2026 is the day satellite-to-phone stopped being a promise and started being measured: Ookla's tests show Starlink direct-to-device texts arrive 86 percent of the time, the United States is now the largest direct-to-device market, and SpaceX will start building tens of thousands of ground cell sites in 2027. At the same time, regulators in South Asia are still holding the keys — six firms are registered in Pakistan with no licences yet, and Jio is answering with a proposed 1,600-satellite sovereign network. All 20 items carry honest status labels, with FAQ and 20 linked sources.
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📑 In this article
- Satellite-to-phone: Ookla's reality check, the Qualcomm buildout and new spectrum
- Regulation and sovereign moves: Pakistan, Jio and the Ukraine pact
- Africa and Europe go direct-to-device
- Constellations: Amazon Leo at sea, SES mPOWER and Telesat's Canada contract
- Autonomy: agentic AI, 5G sensing and the Verizon field results
- Big claims and unverified reports: V4 lasers and the HiSKY story
- What it means for satellite TV viewers
- FAQ
- Sources (20)
At a glance: all 20 developments
| # | Development | Status |
|---|---|---|
| 1 | Ookla tests Starlink direct-to-device: coverage up, performance still behind cellular | Independent testing |
| 2 | SpaceX and Qualcomm plan tens of thousands of Starlink Mobile cell sites from 2027 | Announced |
| 3 | FCC advances 482 MHz spectrum plan for direct-to-device service | Proposed |
| 4 | AT&T and AST SpaceMobile complete first terrestrial-to-satellite handoff | Demonstrated |
| 5 | United States becomes the largest direct-to-device market | Measured |
| 6 | Pakistan: six satellite firms registered, licences pending security clearance | Awaiting clearance |
| 7 | Jio unveils sovereign plan: about 1,600 LEO satellites and 23 ground stations | Proposed |
| 8 | Nokia, ICEYE and Ukraine sign sovereign satellite communications memorandum | Memorandum signed |
| 9 | Airtel Africa and Starlink launch commercial satellite-to-mobile in DRC and Uganda | Live commercial |
| 10 | Europe's four largest carriers sign letter of intent for joint satellite spectrum bid | Letter of intent |
| 11 | Amazon Leo goes to sea with Can Marine maritime reseller deal | Agreement signed |
| 12 | SES O3b mPOWER: 13 satellites launched, 10 operating, 3 more in 2027 | Operational |
| 13 | Telesat Lightspeed wins 2.3 billion Canadian dollar contract from Canada | Contract signed |
| 14 | OneWeb renewal: structural panels delivered for 32 new satellites | In integration |
| 15 | du and Comarch bring agentic AI to OSS network operations | Partnership expanded |
| 16 | Ericsson introduces 5G sensing to detect drones | Introduced |
| 17 | Ericsson 5G to support NATO and Nordic military communications | Demonstration |
| 18 | Verizon and Ericsson report AI rApps field results, nationwide controller rollout | Field deployment |
| 19 | Musk claims Starlink V4 lasers could outcompete subsea cables | Claim / Planned |
| 20 | Ukraine reported using HiSKY SmartLITE satellite terminals | Reported, unverified |
🛰️ Satellite-to-phone: Ookla's reality check, the Qualcomm buildout and new spectrum
The satellite-to-phone story is no longer about announcements. This week brought independent measurements, a concrete ground-network plan and a regulatory proposal that would widen the spectrum available to space-based mobile service. The picture is consistent: coverage where nothing else reaches, performance still well behind a normal cell tower.
1. Ookla tests Starlink direct-to-device: coverage up, performance still behind cellular INDEPENDENT TESTING
New Ookla testing shows Starlink's direct-to-device service is genuinely valuable where terrestrial coverage disappears, but still trails conventional cellular networks by a wide margin in reliability, speed and signal quality. In RootMetrics drive tests along United States national routes, the share of T-Mobile tests with no signal fell from 2.01 percent in late 2024 to 0.50 percent in late 2026, after T-Mobile began offering Starlink-powered direct-to-device service. Starlink texts were delivered 86 percent of the time, compared with 98.1 percent on a representative terrestrial network, and took a median of 16.6 seconds to arrive versus 1.3 seconds on cellular. In Ookla's lite-data tests, 60 percent of direct-to-device sessions were fully successful, compared with 93 percent on terrestrial networks. Ookla measured a median United States direct-to-device signal strength of minus 120 dBm, 15 dB weaker than terrestrial LTE, and estimates current beams deliver roughly 4.7 Mbps each. The honest reading is the one Ookla gives: a coverage lifeline, not yet a cellular replacement.
2. SpaceX and Qualcomm plan tens of thousands of Starlink Mobile cell sites from 2027 ANNOUNCED
SpaceX has selected Qualcomm Technologies to supply technology for its Starlink Mobile nationwide terrestrial 5G network in the United States, under a multi-year agreement announced on November 4. Qualcomm will supply tens of thousands of radio units and chips, with deployment set to begin in 2027. The base stations will use Qualcomm's Dragonwing QRU100 radio-unit and QDU100 distributed-unit platforms, each radio unit carrying 64 transmit and 64 receive paths. The plan marks a shift from earlier talk of tiny femtocell radios to full macro cell sites, and Bloomberg had previously reported SpaceX was in the market for as many as 80,000 tower leases. The terrestrial network is designed to complement the satellite service: towers carry dense capacity where people live, while orbital links extend service where ground networks cannot easily reach. It is the most concrete step SpaceX has taken toward becoming a full wireless carrier, but no coverage map, site inventory or launch date for subscribers has been published yet.
3. FCC advances 482 MHz spectrum plan for direct-to-device service PROPOSED
At its October open meeting, the United States Federal Communications Commission voted to advance a proposal that would open an additional 482 MHz of spectrum to direct-to-phone satellite service, raising the number of bands eligible for Supplemental Coverage from Space from five to 13. A companion item proposes auctioning 25 MHz in the 1675–1695 MHz and 2020–2025 MHz bands for terrestrial, direct-to-device or combined use. The vote hands SpaceX no spectrum outright: it opens a public comment period, with comments due 60 days after the notice is published in the Federal Register. Earlier in October the agency also cleared SpaceX's plan for 15,000 next-generation direct-to-cell satellites. SpaceX president Gwynne Shotwell has said service on the company's own airwaves is targeted for early 2028, and each regulatory step brings that timeline closer — but the spectrum, the satellites and the carrier deals all still have to land.
4. AT&T and AST SpaceMobile complete first terrestrial-to-satellite handoff DEMONSTRATED
AT&T and AST SpaceMobile have achieved the industry's first successful handoff between a ground-based cellular network and a direct-to-device satellite network. The milestone took place outside Granite Falls, Washington, on October 21, 2026, at 8:15 a.m. Pacific time, using standard, unmodified smartphones. Ericsson provides AT&T with combined radio and core technology plus intelligent network automation that cuts handoff times from seconds to milliseconds, while Nokia provides the radio access technology and mobility software that powers AST SpaceMobile's space-based network. The test builds on earlier voice calls, text messages and video calls routed through AST SpaceMobile's BlueBird satellites. The companies say the next phase is beta testing under real-world conditions before a planned commercial rollout, and AT&T notes AI is embedded throughout its network and operations to anticipate needs and improve performance. A handoff is a technical milestone, not a service launch — but it is the exact capability commercial satellite-to-phone service depends on.
5. United States becomes the largest direct-to-device market MEASURED
Ookla's crowdsourced data shows the United States has become the largest direct-to-device market by usage volume, accounting for approximately 41 percent of tracked global direct-to-device activity in September 2026. Usage peaked in summer, rose on weekends, and was concentrated in states and regions with large coverage gaps, including mountainous and rural areas — exactly the pattern a coverage supplement should show. The finding pairs with the drive-test data above: Americans are reaching for satellite connectivity precisely where towers run out, and the service is being used as a gap-filler rather than a daily driver. For operators and regulators watching from other markets, the United States is now the live experiment in how much demand exists for phone-to-satellite service, and how far its performance still has to go before it can stand beside terrestrial networks.
📜 Regulation and sovereign moves: Pakistan, Jio and the Ukraine pact
While the technology races ahead, the paperwork is moving at its own pace. Two of the world's largest mobile markets are still waiting for satellite broadband to switch on, and governments are answering with sovereign plans of their own — including a satellite memorandum signed with Ukraine and a proposed Indian constellation of about 1,600 satellites.
6. Pakistan: six satellite firms registered, licences pending security clearance AWAITING CLEARANCE
Six satellite internet companies, including Starlink, have registered in Pakistan, but none of them can offer services yet because their licences are waiting on security clearances, the Securities and Exchange Commission of Pakistan has told a Senate standing committee. The six are Starlink, SpaceP, Galaxy Space, Aether One, Flanavotics and SpaceCell Pakistan. Registration is only the first step: each company first needs a no-objection certificate from the Pakistan Space Activities Regulatory Board, and the Pakistan Telecommunication Authority can then issue a licence, but only after the interior ministry has completed security checks on the companies' foreign directors and shareholders. So far only SpaceP has submitted its no-objection certificate application, while security approvals for Starlink, Galaxy Space and SpaceCell Pakistan are still pending. Satellite internet could bring connections to mountain valleys, deserts and villages that fibre and mobile networks have never reached — but for now there is no date for when any of the six will be allowed to switch on.
7. Jio unveils sovereign plan: about 1,600 LEO satellites and 23 ground stations PROPOSED
Reliance Jio has unveiled a sovereign satellite connectivity vision at the India Mobile Congress 2026: a proposed network of nearly 1,600 low-Earth-orbit satellites paired with 23 ground stations across India, built in partnership with SES, designed to reach more than 600,000 villages along with border and maritime regions that terrestrial fibre and mobile towers cannot economically cover. India's space regulator IN-SPACe has green-lit the proposal, according to trade-press reporting, and the system is described as offering fixed satellite broadband, cellular backhaul and direct-to-device connectivity. The context matters: Starlink, Jio Satellite Communications and Eutelsat OneWeb all hold the same category of Indian licence, yet none has activated a single paying customer, with all three waiting on security clearance and spectrum assignment. Jio's plan is a proposal, not a product — no satellites have been launched, no launch date has been committed, and circulating claims of a test flight around 2027 and service from around 2028 remain unconfirmed projections, not operating facts.
8. Nokia, ICEYE and Ukraine sign sovereign satellite communications memorandum MEMORANDUM SIGNED
Nokia and satellite operator ICEYE have signed a letter of intent with Ukraine's defence ministry to explore possible cooperation on sovereign satellite communications for the country. The document, signed on October 22, is a scoping exercise rather than a contract already awarded for building out a satellite network — Nokia was careful to frame it that way. The satellite news landed a day after Nokia flagged progress in its work with NVIDIA on artificial intelligence, unveiling a sovereign platform built around agent-based AI for running telecom networks autonomously, with field trials edging toward operational use. Nokia's longer-range projections sketch out where management sees the market heading: its Global Network Traffic Report forecasts that artificial intelligence will account for 44 percent of global network traffic by 2035, a forward-looking estimate rather than a current figure. Nokia shares closed on Wednesday at 7.00 euros, up 3.5 percent, as the company also reported third-quarter 2026 revenue of 5,154 million euros, up 10 percent year over year.
🌍 Africa and Europe go direct-to-device
Direct-to-device is now a commercial reality in Africa and a coordinated plan in Europe. Airtel Africa has switched on satellite-to-mobile service with Starlink in two countries, while four of Europe's largest carriers are pooling their weight behind a joint bid for the spectrum a satellite-to-phone service needs.
9. Airtel Africa and Starlink launch commercial satellite-to-mobile in DRC and Uganda LIVE COMMERCIAL
Airtel Africa and Starlink have launched commercial satellite-to-mobile services in the Democratic Republic of Congo, followed by Uganda, with phased regional expansion to follow. The launches put Africa into commercial deployment rather than trials: ordinary mobile customers in the two countries can now be served by satellite where terrestrial networks do not reach. The move sits inside a wider African pattern — Safaricom began testing Starlink backhaul in Kenya this week, and satellite connectivity is increasingly framed as the way to close coverage gaps across the continent rather than as a premium add-on. The next competitive advantage, as industry briefings this week put it, will come from integrating satellite networks, terrestrial infrastructure, cloud platforms, AI and IoT into one unified connectivity offer. For now, the DRC and Uganda launches are the proof that the integration has started in earnest.
10. Europe's four largest carriers sign letter of intent for joint satellite spectrum bid LETTER OF INTENT
Deutsche Telekom, Orange, Telefónica and Vodafone have signed a letter of intent tied to AST SpaceMobile's satellite network, confirming on October 19 that the four carriers will explore a joint bid for Mobile Satellite Services spectrum and stand up European-operated ground infrastructure linking AST SpaceMobile's BlueBird satellites to each carrier's core network. The goal is ordinary smartphones connecting directly to satellites overhead without a special antenna or a new SIM, in a market the companies describe as home to more than 500 million mobile subscribers. The arrangement names Satellite Connect Europe — a joint venture between AST SpaceMobile and Vodafone — as the coordination layer between the satellites and the terrestrial networks. A letter of intent is not a contract: no joint bid has yet been submitted, approved or awarded by any European regulator, and no specific ground-station counts, capacity figures or timelines appeared in the announcement. Even so, four carriers moving together changes the shape of Europe's direct-to-device race.
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🛰️ Constellations: Amazon Leo at sea, SES mPOWER and Telesat's Canada contract
The constellation race is widening beyond home broadband. Amazon's Leo network is heading to sea, SES is counting down its next mPOWER satellites, Canada has put public money behind Telesat, and the OneWeb renewal programme is moving from orders to hardware on the factory floor.
11. Amazon Leo goes to sea with Can Marine maritime reseller deal AGREEMENT SIGNED
Amazon has entered an authorized reseller agreement for its Leo satellite constellation targeting maritime customers, giving Can Marine rights to package Amazon Leo connectivity for shipping fleets and offshore operators worldwide. The agreement plugs Amazon Leo straight into Can Marine's Canopus Platform, which already manages satellite and cellular links for shipping fleets and offshore operators. The partnership extends Amazon Leo beyond terrestrial networks into the global sea routes used for trade, energy and logistics — a market where satellite is often the only option. Amazon's launch log reports nearly 400 Leo spacecraft launched across 14 missions, with initial service still targeted for later in 2026, and the next flights — a Vulcan launch carrying 40 satellites on November 13 and an Ariane 6 flight with 36 satellites on November 23 — are already on the calendar. The maritime deal is one more signal that Amazon sees Leo as an enterprise and industrial network first, with consumers to follow as the fleet grows toward 3,236 satellites.
12. SES O3b mPOWER: 13 satellites launched, 10 operating, 3 more in 2027 OPERATIONAL
SES has launched all 13 of its O3b mPOWER medium-Earth-orbit satellites, with ten operating and the newest three expected to enter service in 2027, according to a global satellite communications report published this week with an evidence cutoff of November 5. The mPOWER system is SES's high-throughput answer to the low-Earth-orbit broadband wave, aimed at enterprise, government, maritime and aviation customers who need guaranteed capacity rather than best-effort consumer service. SES's nine-month 2026 results, reported in late October, showed the company leaning further into that multi-orbit strategy, and Eutelsat's OneWeb network now supports SES's multi-orbit service for Finnair. The pattern across the industry is convergence: operators that once sold a single orbit are now stitching geostationary, medium and low orbits into one offer, and mPOWER's three remaining satellites are the next piece of that puzzle.
13. Telesat Lightspeed wins 2.3 billion Canadian dollar contract from Canada CONTRACT SIGNED
The Canadian government has signed a 2.3 billion Canadian dollar contract with national satellite operator Telesat to expand its Lightspeed low-Earth-orbit constellation. Lightspeed was originally developed as a commercial competitor to Starlink and OneWeb, and the government backing reframes it as national infrastructure with a defence and Arctic dimension. The contract lands as Telesat manages a delayed schedule — the company has pushed Lightspeed's service start to mid-2028 and faces a December 6 debt deadline — so the Canadian commitment is both a vote of confidence and a financial anchor. The constellation has been expanded to 225 satellites from earlier plans, with first production satellites targeted for December 2026 and full global commercial service expected around early 2028. For viewers tracking the alternatives to Starlink, Lightspeed remains the most state-backed challenger in the West, and its fate now rests as much on Ottawa as on the market.
14. OneWeb renewal: structural panels delivered for 32 new satellites IN INTEGRATION
Structural panels for 32 new Eutelsat OneWeb satellites have been delivered by Beyond Gravity, and the satellites are being integrated and prepared for launch at the Airbus site in Toulouse, France. The 32 spacecraft are part of the renewal of Eutelsat OneWeb's constellation of approximately 650 satellites, and they are replacement and enhancement spacecraft rather than an expansion of the fleet. Eutelsat's full-year results to June 2026 show why the renewal matters: LEO revenue reached 297 million euros, up 69.5 percent like-for-like, while video revenue fell 13.1 percent and connectivity revenue rose 16.4 percent — the company is now a connectivity business first. The renewal programme comprises a planned 669 new OneWeb satellites in total, with the first 32 completed and being shipped for launch preparations. For satellite TV watchers, the message is the same one Eutelsat's numbers keep sending: the money has moved from broadcast transponders to data links.
🤖 Autonomy: agentic AI, 5G sensing and the Verizon field results
This was the week agentic AI crossed from pilot to production in telecom. Dubai's du is letting AI agents run network operations, Ericsson is turning 5G radios into drone sensors, and Verizon has published field results from AI applications running live on its radio network.
15. du and Comarch bring agentic AI to OSS network operations PARTNERSHIP EXPANDED
Dubai telecom operator du and Comarch Communications have expanded their partnership to deliver agentic AI for OSS network operations. Comarch is delivering a major upgrade to du's Operational Support Systems platform, creating a unified central hub for all network data regardless of its source, so the platform automatically keeps information up to date and gives du complete real-time visibility over its network resources. The initiative introduces autonomous AI agents that monitor network conditions, analyze multi-vendor logs and handle routine workflows — including automatic missing-data fixes across vendor systems and smart discrepancy diagnosis that distinguishes vendor bugs from setup gaps. Resolution times are cut from days to minutes, according to the companies. Deployment starts in secure sandbox environments with human-in-the-loop verification, but the architecture is designed for closed-loop autonomous execution. As du's chief information officer framed it, the point is trust: subscribers should experience higher reliability and fewer outages while the AI works in the background.
16. Ericsson introduces 5G sensing to detect drones INTRODUCED
Ericsson has introduced its Integrated Sensing and Communication system, which adds sensing capabilities to mobile networks to detect and track moving objects — including drones that are not connected to the network. Using sensing-capable 5G radios, edge computing, AI and signal processing, the system detects objects that are not connected to the network and maintains tracks across the coverage area, giving operators a new layer of detection and situational awareness from infrastructure they already own. Ericsson plans to introduce the system commercially in phases: selected customers are expected to begin small-scale, sensing-only commercial pilots in 2027, followed by broader sensing deployments from 2028, with integrated communications capabilities added as the technology evolves toward 6G. The initial commercial offering therefore focuses on network sensing rather than a fully integrated sensing-and-communications 6G network — but the direction is clear: the same radios that carry phone calls are being taught to watch the sky.
17. Ericsson 5G to support NATO and Nordic military communications DEMONSTRATION
Ericsson's November 5 announcement also highlights the expanding role of 5G in military communications and emergency response across Nordic countries and Europe. The Swedish Armed Forces, supported by the Swedish Defence Materiel Administration, are working with Telia and Ericsson to establish advanced 5G capabilities for military communications and applications, including 5G equipment on military assets such as amphibious craft, frigates and transport aircraft, with satellite-based systems to be integrated over the longer term. A November 4 demonstration at Revingehed, Sweden, showed how advanced 5G sensing can be used to detect drones and improve military situational awareness. Separately, the European Commission proposed a new EU Critical Communication System on September 30, 2026, to improve secure and resilient communications among emergency services across the 27 EU member states and four Schengen-associated countries. Civilian 5G, military 5G and satellite backup are converging into one resilience story.
18. Verizon and Ericsson report AI rApps field results, nationwide controller rollout FIELD DEPLOYMENT
Verizon and Ericsson are advancing AI-native autonomous networks, with a nationwide rollout of the Ericsson Intelligent Controller planned during 2026 to support AI-native radio applications, known as rApps, from Ericsson and Verizon. In field deployment, fully autonomous, 24/7 closed-loop optimization rApps such as the Advanced Antenna System Cell Shaper provided gains of up to 8.9 percent on downlink data radio bearer throughput and up to 8 percent on uplink user equipment throughput. Verizon has also implemented a Connected Mode Inter-Radio Access Technology handover method from LTE to standalone 5G for fixed wireless access devices, eliminating the need for manual intervention on handover failures. New rApps in testing include a Cell Anomaly Detector, a Root Cause Explainer and an Anomaly General Optimizer. The longer-term objective is Level 4 network autonomy, where the network performs increasingly complex operational tasks with minimal human intervention. One caution from independent analysis: the reported gains are maximums from field deployment, not nationwide averages, and the companies have not disclosed the test scope or measurement methodology behind them.
🌌 Big claims and unverified reports: V4 lasers and the HiSKY story
Two of today's most-shared items need the most care. One is a genuine claim from the world's most-watched satellite executive, with numbers that do not quite line up between his own posts. The other is a battlefield report built on unconfirmed claims. Both are labelled exactly as they are.
19. Musk claims Starlink V4 lasers could outcompete subsea cables CLAIM / PLANNED
Elon Musk wrote on X on November 6 that Starlink satellites carrying about 100 lasers per satellite, each operating above 10 terabits per second, with over 100,000 satellites, should be able to outcompete undersea cables. In a clip of his remarks at the Baron Investment Conference earlier in the day, Musk said current laser links run at around 100 gigabits per second, next-generation links will be 10 terabits per second — a hundred times better — and that Starlink version four will have ten times the capability of version three, especially with the long-distance laser links. Readers should note the discrepancy: the clip says ten lasers per satellite, while the post says about 100. Musk gave no launch date for version four satellites in either the clip or the post, and SpaceX has not published specifications for them. The figures are Musk's targets, not deployed systems — but they explain why SpaceX filed for 100,000 Gen3 satellites and why the company keeps describing its constellation as a space-based network that could one day rival the cables on the ocean floor.
20. Ukraine reported using HiSKY SmartLITE satellite terminals REPORTED, UNVERIFIED
Multiple Russian milblogger channels have claimed Ukraine has begun using Israeli HiSKY SmartLITE Sirius flat-panel satellite terminals to relay telemetry and route-correction commands to long-range strike drones over Russian territory, where Starlink lacks coverage. Ukrainian analyst Serhii Beskrestnov neither confirmed nor denied the claim but described the technology neutrally: a 60 by 30 centimetre, 6 kilogram phased-array antenna that tracks both low-Earth-orbit and geostationary satellites from multiple partner operators, delivering up to 2 Mbps — enough for telemetry and in-flight command uplink but not live video. Russian military commentary noted the terminal's key advantage over Starlink is that the multi-operator satellite network is not subject to United States shutdown decisions. This item is included because it is being widely discussed in satellite and defence circles, but the claim is unverified: it rests on adversary social-media channels, no Ukrainian official source has confirmed it, and it should be treated as a report, not a fact, until independent evidence appears.
📺 What it means for satellite TV viewers
Almost nothing in today's list changes a dish installation directly — and that is itself the news. The satellite industry's centre of gravity keeps shifting from television distribution toward phone connectivity, IoT and data links: Eutelsat's video revenue fell 13.1 percent while its connectivity revenue rose 16.4 percent, and SES's mPOWER satellites are built for enterprise data, not broadcast. For dish viewers, the practical effects are indirect but real. More capacity in orbit — OneWeb's renewal, Telesat's government-backed expansion, Amazon Leo's growth — keeps transponder supply healthy and backhaul costs under pressure. Direct-to-device service will not replace a dish for watching television, and Ookla's numbers show it is not yet a replacement for a home connection either. BISS keys, channel lists and receiver firmware are unaffected by every item today. The honest takeaway for this blog's readers: watch the phone-to-satellite race, because that is where the money, the spectrum and the satellites are going — and the television side of the industry will keep following that money.
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❓ FAQ — AI in satellite & telecom, November 7, 2026
Can an ordinary phone really connect to a satellite today?
Yes, with limits. Starlink's direct-to-device service already connects standard smartphones to satellites when terrestrial coverage is unavailable, and AT&T and AST SpaceMobile have demonstrated a live handoff between a ground network and a satellite network. Ookla's November 2026 tests found texts delivered 86 percent of the time with a median delay of 16.6 seconds, and lite-data sessions fully successful 60 percent of the time — useful in dead zones, but still well behind a normal cellular connection.
What is the FCC's 482 MHz proposal for direct-to-device?
It is a notice of proposed rulemaking, not an approval. The FCC voted in October 2026 to advance a plan opening an additional 482 MHz of spectrum to direct-to-phone satellite service, raising eligible bands for Supplemental Coverage from Space from five to 13, with a companion proposal to auction 25 MHz in two more bands. Comments are due 60 days after publication in the Federal Register.
When will Starlink Mobile's ground network arrive?
SpaceX plans to begin deploying tens of thousands of terrestrial macro cell sites in 2027, using Qualcomm Dragonwing equipment, under a multi-year agreement announced on November 4, 2026. SpaceX president Gwynne Shotwell has said service on the company's own airwaves is targeted for early 2028. No coverage map, site inventory or subscriber launch date has been published yet.
Why are Pakistan and India still waiting for satellite internet?
Both countries require security clearances and spectrum assignment before any operator can switch on paying customers. In Pakistan, six firms are registered but only SpaceP has submitted its no-objection certificate application, and the interior ministry's security checks are still pending. In India, Starlink, Jio Satellite Communications and Eutelsat OneWeb all hold licences, yet none has activated a single paying customer for the same reason.
What is agentic AI in telecom operations?
It is AI that does not just analyse a network but acts on it. In du's deployment with Comarch, autonomous agents monitor network conditions, analyse multi-vendor logs, fix missing configuration data automatically and generate smart tickets for complex issues — cutting resolution times from days to minutes. Deployment starts in secure sandboxes with human verification, with closed-loop autonomous execution as the goal.
What is Ericsson ISAC?
Integrated Sensing and Communication is Ericsson's system for turning 5G radios into sensors. Using sensing-capable radios, edge computing, AI and signal processing, it detects and tracks moving objects such as drones that are not connected to the network. Small-scale sensing-only commercial pilots are expected in 2027, with broader deployments from 2028 as the technology evolves toward 6G.
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🔗 Sources (20)
- Starlink's direct-to-phone service: a coverage lifeline, not yet a cellular replacement — broadbandbreakfast.com
- SpaceX planning tens of thousands of cell sites for Starlink Mobile — broadbandbreakfast.com
- FCC advances spectrum plan that boosts SpaceX Starlink Mobile — allthings-elon.com
- AT&T and AST SpaceMobile: engineering the connected world — about.att.com
- Ookla: Starlink direct-to-device improves coverage but trails cellular performance — telecomreseller.com
- Starlink, SpaceP, Galaxy Space and others registered in Pakistan but licences pending security clearance — thursdaytimes.com
- Jio's 1,600 satellites answer Musk's oligarch jab — tech-insider.org
- Nokia's satellite pact with ICEYE eyes Ukraine as AI networking orders surge — ad-hoc-news.de
- Satellite connectivity is changing the future of telecommunications: are African networks ready? — linkedin.com
- AST SpaceMobile satellites target 500M Europeans — tech-insider.org
- Why is Amazon taking its Leo satellite push to sea? — simplywall.st
- Satellite communications in 2026: global report — ts2.space
- World turning against SpaceX and Starlink — advanced-television.com
- Structural panels delivered for 32 new Eutelsat OneWeb satellites — exterrajsc.com
- du, Comarch Communications expand partnership to advance agentic AI — thefastmode.com
- Ericsson introduces 5G Integrated Sensing and Communications — techblog.comsoc.org
- Ericsson 5G for NATO military communications and cross-border emergency services — techblog.comsoc.org
- Verizon and Ericsson advance AI-native autonomous networks — ericsson.com
- Musk says Starlink V4 lasers could outcompete subsea cables — fourweekmba.com
- Ukraine reportedly using Israeli HiSKY SmartLITE satellite terminals — robotwar.io
Disclaimer: This article summarises public announcements, company reports and trade-press coverage dated November 7, 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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