Quick answer: The biggest October 25, 2026 story is scale: the FCC authorised SpaceX to deploy 15,000 direct-to-device satellites, with 7,500 due by October 2032, while the FCC prepares an October 29 vote on new direct-to-device spectrum. Around it, the direct-to-device race went collaborative — a US carrier joint venture, a four-operator European spectrum letter of intent, and a live Starlink-to-mobile launch in Bangladesh — and the ground segment went sovereign, with Oman and Iraq both advancing national ground stations. Also in today's roundup: Jio's indigenous satellite stack, SK Telecom's defence AI demo, Azercosmos's AI imagery platform, and an edge-AI satellite cloud for remote sites — 18 developments with honest status labels, FAQ, and 20 linked sources.
📑 In this article
A communications satellite beaming AI-managed signals to telecom towers — the direct-to-device story dominating October 2026.
📡 Direct-to-device & satellite connectivity
1. FCC authorises SpaceX to deploy 15,000 direct-to-device satellites AUTHORIZED
On October 6, 2026, the US Federal Communications Commission authorised SpaceX to deploy and operate 15,000 non-geostationary satellites for direct-to-device mobile connectivity, across nine low-altitude shells at roughly 326–335 km. The order carries deployment deadlines: half the constellation by October 7, 2032, and the full 15,000 by October 7, 2035. SpaceX is targeting peak speeds of up to 150 Mbps for the new network, a large step up from today's roughly 4 Mbps-class direct-to-device service, though some spectrum requests remain unresolved and the company itself has warned its current spectrum may not be enough.
2. AT&T, T-Mobile and Verizon formalise a satellite joint venture FORMALIZED
On October 1, 2026, America's three biggest carriers turned a May announcement into a real entity: a satellite joint venture aimed at ending mobile dead zones across the United States, led by interim CEO Paul Roth. The venture is a collaborative platform, not a satellite operator — it pools spectrum and technical resources, works toward common technical standards, and stays technology-neutral so several satellite providers can compete. Existing carrier-satellite deals stay in place, and rural operators can also work with the venture.
3. Four European operators sign a letter of intent for joint satellite spectrum LETTER OF INTENT
On October 19, 2026, Deutsche Telekom, Orange, Telefónica and Vodafone signed a letter of intent to explore a joint bid for upcoming Mobile Satellite Services spectrum across Europe. The operator-led framework aims to deliver direct-to-device satellite connectivity across the continent and supports the European Commission's strategy on strategic sovereignty, network security and critical-infrastructure resilience. A letter of intent is a step toward cooperation, not a spectrum award — the joint bid itself is still to come.
4. FCC sets October 29 vote on new direct-to-device spectrum SCHEDULED VOTE
The FCC has announced it plans to vote on October 29, 2026, on proposals that would advance a new spectrum auction and modernise rules for direct-to-device satellite services. The proposal includes 25 MHz of spectrum for auction and another 482 MHz that could support Supplemental Coverage from Space and related satellite-mobile services. If approved, spectrum policy — not just satellite hardware — becomes the next bottleneck for phone-to-satellite broadband.
5. Banglalink launches Starlink satellite-to-mobile in Bangladesh LIVE
On October 9, 2026, VEON's Banglalink launched a satellite-to-mobile service powered by Starlink in Bangladesh, the first country in South Asia to offer the service. Customers need a 4G phone and a Banglalink SIM, and can access essential apps and location services beyond the reach of conventional mobile networks, including during emergencies, natural disasters and prolonged power outages. The service is available through the MyBL super app and will soon come to the AI-powered RYZE sub-brand app.
6. China launches its 28th low-orbit internet satellite group — on October 25 LAUNCHED
On October 25, 2026, a Long March-8A rocket lifted off from the Hainan commercial spacecraft launch site at 10:03 a.m. Beijing Time, carrying the 28th group of low-orbit internet satellites into their designated orbit. The satellites were developed by the China Academy of Space Technology, and the flight marked the 674th mission of the Long March carrier rocket series. The launch is the freshest item in today's roundup — it happened on the morning this article was published.
AI-managed ground segment: a telecom tower exchanging data streams with an orbiting satellite.
🤖 AI-native telecom & 6G
7. Jio outlines an indigenous satellite stack and pre-6G patents IN DEVELOPMENT
Reliance Jio chairman Akash Ambani told ANI at India Mobile Congress 2026 that Jio is developing an indigenous satellite technology stack and has already filed patents in the pre-6G space, as part of India's target of 10 percent of global 6G patents coming from India. Jio is also working on AI-enabled voice and data services, including a native AI voice agent demonstrated at the event. A separate report put the outline at about 1,600 low Earth orbit satellites and 23 ground stations — treat that figure as reported, not as a confirmed company announcement, since the company's own statements focused on the stack, patents and AI services.
8. AI-native networks take centre stage at India Mobile Congress 2026 SHOWCASED
The 10th India Mobile Congress, held October 7–10, 2026 in New Delhi, put 6G and AI-native networks among its main themes, with the third International 6G Symposium covering AI-native networks, intelligent radio access networks, autonomous networks and 6G development. Operators and equipment makers showcased AI-led automation, intelligent RAN and 6G technologies, while Jio demonstrated AI-native network management alongside its satellite-connectivity work. The event frames AI as infrastructure now, not just an app layer.
9. SK Telecom demos defence AI with low-orbit satellite links DEMONSTRATED
At the 2026 Ground Forces Festival on October 6, 2026, SK Telecom showcased an AI staff officer under its T Military brand together with low-orbit satellite communications, combining battlefield data, digital twins, quantum cryptography and stealth Wi-Fi to support military decision-making. The showcase is part of the operator's shift beyond wireless connectivity into AI infrastructure, alongside a planned SK Hyper data-centre business.
10. China opens satellite IoT trials and advances a phone-to-satellite chip IN TRIALS
China's industry ministry said it is reviewing measures to open commercial satellite IoT trials to qualified enterprises, while 6G development has entered phase-two technical trials. Singsense Semiconductor has developed a satellite baseband chip based on the unified terrestrial-satellite 5G standard (5G NR NTN), targeting direct connectivity between low Earth orbit satellites and smartphones. China's 5G base stations reached 5.254 million units by October 20, 2026, according to the ministry — the terrestrial base on which satellite layers will sit.
11. SATEXPO 2026 puts AI in orbit on the agenda SHOWCASED
SATEXPO 2026 highlighted direct-to-device connectivity, AI and multi-orbit technologies, with a panel titled "AI in Orbit: From Automating Operations to Trusting the Machine" examining how AI can improve satellite operations while keeping human oversight in decision-making. Orbitworks CEO Dr Hamdullah Mohib discussed onboard AI converting satellite imagery into actionable intelligence faster, following the October 1 launch of the company's Altair-1 satellite. Exhibitors including Eutelsat, ST Engineering iDirect, Hughes and APSTAR presented ground infrastructure, antennas and terminals for data-driven applications.
🛰️ Orbital AI & the ground segment
12. Azercosmos launches Platerra, an AI platform for satellite imagery LAUNCHED
On October 7, 2026, Azerbaijan's national satellite operator Azercosmos launched Platerra, an AI-driven platform that automates satellite imagery processing and generates geospatial intelligence. It combines Earth observation data feeds with machine-learning models for forest-cover detection, vegetation-change mapping, water-body measurement, object detection and agricultural field monitoring — reducing manual photointerpretation for environmental monitoring, agriculture and resource management.
13. Orbius and Armada launch an edge-AI satellite cloud LAUNCHED
On October 13, 2026, Orbius Communications unveiled an edge cloud solution combining its StarEDGE multi-LEO satellite platform with Armada's modular data centres. For the first time, customers can deploy a single integrated stack — multi-LEO connectivity plus edge compute — so AI workloads run at remote sites instead of being backhauled to a central cloud. Traffic runs over Orbius's Private Network Interconnect, a private Layer 2 network, keeping data off the public internet from the satellite link to the edge workload.
14. Remondo and Meissa partner on AI satellite operations SIGNED
Remondo and Meissa signed a memorandum of understanding announced October 21, 2026, to integrate AI into the satellite mission lifecycle — observation planning, data acquisition and imagery processing — aiming to speed up and sharpen information delivery from Earth observation assets. Joint business development will target markets in South Korea and Israel.
15. MBSAT and ST Engineering iDirect sign Oman's sovereign satellite deal SIGNED
On October 25, 2026, ST Engineering iDirect announced a strategic partnership with Mohammed Al Barwani Satellite Company (MBSat) to provide the ground system for MBSat's next-generation satellite gateway and network operations across Oman and the wider Middle East. The software-defined Intuition platform — including Ka-band gateway infrastructure, service provisioning and open APIs — will support a planned 2027 service launch using capacity from MB Sat-1, a sovereign MicroGEO satellite.
16. Oman's Durri Space orders three optical ground stations ORDERED
Omani space communications company Durri Space has ordered three TILBA-OGS L10 optical ground stations from Cailabs, under a deal announced October 15, 2026. The stations support high-capacity communications with low Earth orbit satellites and are interoperable with optical terminals using CCSDS and US Space Development Agency standards. Durri Space intends to own and operate the network in Oman, open it to international operators, and build local optical-communications talent.
17. Iraq inaugurates its first satellite teleport since 2003 LIVE
Iraq inaugurated its first satellite ground station — a teleport in Baghdad — on October 18, 2026, the first such facility established in the country since 2003. Operated entirely by Ministry of Communications personnel and connected to the ministry's fibre optic network, it will support satellite internet, television broadcasting, security and military communications, air-navigation services and VSAT connectivity for provinces and remote areas. The station is framed as a step toward digital sovereignty, keeping more data routed and stored inside Iraq.
18. Paratus launches Eutelsat OneWeb LEO service in Namibia LIVE
On October 8, 2026, Paratus Namibia launched Eutelsat's OneWeb low Earth orbit satellite service for residential and enterprise customers nationwide, following a multi-year agreement concluded in November 2025 covering OneWeb expansion across Southern Africa. Customers can choose capped and uncapped packages, and for enterprises the service doubles as a secondary connectivity layer for redundancy and business continuity without the cost of a second fixed line.
AI-driven Earth observation: satellites now analyse imagery in orbit instead of sending every raw frame to Earth.
📺 What it means for satellite TV viewers
Most of today's news is about data and phone connectivity, not TV channels — but the ground-segment trend matters for viewers too. Iraq's new teleport explicitly includes television broadcasting, Oman's sovereign gateways and optical stations expand regional capacity, and multi-orbit, AI-managed networks are the same infrastructure that carries broadcast contribution feeds. The practical takeaway: satellite capacity is growing and getting smarter, but none of today's 18 items changes a BISS key, a frequency, or a channel list by itself. For channel and key updates, check the daily BISS and frequency posts linked below.
❓ FAQ
What is direct-to-device (D2D) satellite service?
Direct-to-device lets an ordinary compatible smartphone connect straight to a satellite instead of a nearby cell tower. The satellite acts as a cell tower in orbit, linking the phone to the terrestrial network. Early services cover messaging and basic data; the FCC's October 2026 authorisation and spectrum vote aim at much faster, broader service.
Can I use SpaceX's 15,000-satellite network now?
No. The FCC authorisation is a deployment approval with deadlines in 2032 and 2035, and first launches are targeted for 2027. Today's direct-to-device services, like Banglalink's Starlink-powered launch in Bangladesh, are the current-generation versions of the idea.
What does AI actually do in these satellite systems?
Three jobs dominate: managing networks (AI-native RAN and autonomous network operations), processing imagery in orbit (platforms like Platerra and onboard AI that turn raw satellite images into alerts and maps), and running workloads at the edge (satellite-linked modular data centres that analyse data at remote sites instead of sending everything to a central cloud).
Why are so many countries building sovereign satellite ground stations?
Control and resilience. Oman, Iraq and the European operators all frame their projects the same way: owning the ground segment, spectrum access and terminals means services keep running when terrestrial networks fail or foreign providers change terms, and sensitive data stays inside national infrastructure.
Does any of this affect my dish setup?
No immediate change. These are mostly low-orbit data constellations and ground networks, not the geostationary TV satellites your dish points at. Your dish, LNB and receiver settings stay the same; use the LNB skew and dish-size guides linked below for reception improvements.
📚 Related Posts
- AI in Satellite & Telecom October 24, 2026: 18 Fresh Moves
- LNB Skew Guide 2026: Polarization & Signal Peaking
- Dish Size Guide 2026: Choose the Right Dish for Your Satellite
- Rain Fade: Weatherproof Your Satellite Dish 2026
- BISS Key Daily Update October 25, 2026
- Satellite Frequency Update October 25, 2026
- Global Satellite Channels October 25, 2026
- Sports Satellite Channels October 25, 2026
🔗 Sources
- FCC Authorizes SpaceX 15,000 Satellite Direct-to-Device Network
- Satellite Joint Venture: Good, Bad and Ugly for US Carriers
- European Telco Consortium Signs Letter of Intent for Joint MSS Spectrum
- FCC Opens New Spectrum Race for Satellite-Connected Smartphones
- VEON Brings Starlink Satellite-to-Mobile Service to South Asia
- China Launches New Internet Satellite Group (October 25, 2026)
- Jio Developing Indigenous Satellite Technology: Akash Ambani
- Reliance Jio Outlines 6G Satellite AI Push for 10% Patents
- 6G, AI-Native Networks Take Centre Stage at India Mobile Congress 2026
- SK Telecom Unveils Defense AI and Low-Orbit Satellite Communications
- China AI, Robotics, Semiconductor and Telecom Intelligence Briefing (October 21, 2026)
- SATEXPO 2026 Highlights D2D Connectivity, AI and Multi-Orbit Technologies
- Azercosmos Launches Platerra AI Platform
- Orbius Integrates StarEDGE Multi-LEO Platform with Armada Modular Compute
- Remondo and Meissa Partner for AI Satellite Operations
- ST Engineering iDirect and MBSat Partner on Sovereign Connectivity in Oman
- Oman's Durri Space Orders 3 Optical Ground Terminals from Cailabs
- Oman and Iraq Announce Ground Station Developments
- Iraq to Inaugurate First-of-its-Kind Satellite Teleport
- Paratus Namibia Launches Eutelsat OneWeb LEO Satellite Service
Disclaimer: This roundup reports announcements, authorisations and launches as described by the linked sources. Authorisations, letters of intent and planned launches are not live consumer services. Figures such as satellite counts, speeds and deadlines are those stated in the sources. No BISS keys are published in this article.
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