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Starlink Phone: The Future of AI and Satellite Connectivity

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Starlink Phone: The Future of AI and Satellite Connectivity

TechFixBK
||24 min read

Is the Starlink Phone real? Explore Elon Musk's plans for AI-integrated satellite connectivity and potential impacts on the future of mobile devices.

Explore rumors surrounding Elon Musk's Starlink phone, including its AI optimization and Direct-to-Cell satellite technology expected by 2026.

Hook & Who This Is For (Intro)

Elon Musk's Starlink Phone: The Future of AI-Integrated Satellite Connectivity Exploring the potential for a new competitor in the mobile market designed for neural networks and universal coverage.

Mobile users in remote areas often face the frustration of persistent dead zones where traditional cellular signals fail [9][14]. Simultaneously, the current smartphone market is dominated by a duopoly that some argue limits hardware innovation and ecosystem freedom [3][5]. If you have been following the years of rumors regarding a "Tesla Phone," you are certainly not alone in wondering if a major disruption to the mobile industry is approaching [1][11].

Elon Musk has recently moved these discussions from pure speculation to a potential project by confirming that a Starlink phone is "not out of the question at some point" [10][11]. While still in the early stages of ideation, the concept aims to challenge established manufacturers by offering a device that differs significantly from conventional smartphones [3][4].

Who This Is For This overview is designed for:

  • Tech enthusiasts monitoring the evolution of artificial intelligence (AI) hardware and neural network optimization [1][10].
  • Mobile users interested in the practical applications of direct-to-cell satellite connectivity [138].
  • Industry analysts evaluating potential competitive challenges to flagship devices from Apple and Samsung [7][8].

This report covers the technical optimization Musk has proposed for performance-per-watt neural networks [10][11] and the existing infrastructure of the SpaceX satellite network [5][15]. It also distinguishes between confirmed technical progress in satellite messaging and the speculative future of a dedicated Starlink mobile device [7][9].

TL;DR / What This Means for You

  • AI-First Hardware: Elon Musk has hinted at developing a specialized device optimized for high-performance artificial intelligence and neural networks [1][3][5]. This proposed "Starlink phone" would reportedly prioritize performance-per-watt for AI tasks rather than functioning like a conventional smartphone [1][2][5].
  • Apple-SpaceX Negotiations: Apple is reportedly in exploratory talks with SpaceX to integrate Starlink Direct-to-Cell connectivity into future devices [2][6]. If an agreement is reached, this technology may debut with the iPhone 18 Pro and Pro Max as early as 2026 [6][12][15].
  • Expanded Satellite Access: While current iPhones use Globalstar for limited emergency services, a partnership with SpaceX could potentially allow for broader satellite-based messaging and data without requiring additional hardware [2][9][15].
  • Industry Shift: In 2025, several global carriers began enabling satellite-to-mobile services, suggesting a broader trend toward eliminating cellular "dead zones" through low Earth orbit (LEO) networks [7][8][30].
  • Main Recommendation: Users planning long-term upgrade cycles should monitor these developments, as native satellite internet could significantly change mobile connectivity by 2026 [12][15].
  • Risk Note: These plans are currently based on reports of negotiations and experimental concepts; official partnerships or release dates have not been publicly confirmed by Apple or SpaceX [7][12].

Background / Basics

SpaceX’s Direct-to-Cell technology represents a shift in satellite communication by allowing standard LTE-enabled smartphones to connect directly to orbiting satellites without hardware modifications [40][30][164]. These specialized Starlink satellites operate at an altitude of approximately 550 kilometers and are equipped with advanced phased array antennas [40][14]. The system is designed to provide transparent operation for users, automatically switching to satellite mode when traditional terrestrial cellular service is unavailable [40][138].

The deployment of this infrastructure began in early 2024, with the service initially focusing on text messaging capabilities [40][15]. Expansion into voice and data services is expected to roll out in 2025 [40][138]. While the system is designed for unmodified devices, reports indicate that compatibility is currently limited to approximately 60 phone models, including recent releases from manufacturers such as Samsung and Apple [138].

The Intelligence Behind the Hardware

The artificial intelligence company xAI provides the core software intelligence for Musk’s broader hardware ecosystem through its large language model, Grok [139][32]. Beyond its role as a consumer chatbot, Grok is integrated into the management of Starlink and Starshield satellite programs [139][32]. These programs rely on AI for automated network management, such as performing orbital maneuvers to avoid collisions [139][32].

Technology Primary Function Status
Direct-to-Cell Satellite links for unmodified LTE phones Operational (Messaging) [30][40]
Grok (xAI) AI processing and network automation Active [139][32]
Starshield National security/military satellite variant Contracted [32][139]

Industry analysts suggest that the integration of xAI’s software with SpaceX’s hardware could lead to a new class of mobile devices [1][32]. Musk has indicated that a potential Starlink-branded device would not be a "usual smartphone" but rather a machine optimized for maximum performance per watt when running neural networks [1][11]. Recent company filings also point toward a possible consolidation of SpaceX and xAI, which could bring satellite data centers and AI development under a single corporate structure [32][139].

Problem Explanation (What’s Going On?)

The current mobile landscape is largely defined by a reliance on terrestrial cellular networks and centralized ecosystems managed by a few major players. While these systems work well in urban centers, they face significant limitations in remote areas, crisis zones, and regions subject to strict information control.

Limitations of Terrestrial Networks and Current Hardware

Most mobile users depend on ground-based towers that often leave significant coverage gaps in rural or geographically isolated regions [30][164]. While satellite internet has been a historical alternative, it has traditionally required specialized hardware terminals [44].

These terminals are often unattainable for general populations due to high costs—sometimes exceeding $1,000 on secondary markets—and their physical presence can make users targets for surveillance in sensitive areas [44]. This creates a "digital divide" where connectivity is restricted by both geography and economic status [44].

Censorship and Controlled Connectivity

In many jurisdictions, the state can exert total control over the digital environment, leading to what some observers describe as a "digital ice age" [44]. By controlling terrestrial infrastructure, regimes can cut off millions of people from the outside world, as seen in recent reports where approximately 92 million people were effectively silenced [44].

Standard smartphones currently rely on these vulnerable networks and centralized app stores that may be subject to state-mandated restrictions or "halal" internet frameworks designed for total information control [44].

The Current Satellite Integration Gap

While some manufacturers have begun integrating satellite features, the capabilities remain limited. The following table illustrates the current gap between existing services and the rumored advancements in Direct-to-Cell (D2C) technology:

Feature Current Standard (e.g., Globalstar) Proposed D2C (e.g., Starlink)
Primary Use Emergency SOS / Basic Messaging [2][30] Full Data / Broadband Potential [31][41]
Hardware Existing specialized antennas [2] Unmodified smartphones (post-2020) [44]
Connectivity Limited to specific partners [2] Global LEO satellite coverage [30][164]
Availability Restricted to certain regions [30] Potential for worldwide access [164]

Emerging Industry Shifts

Apple currently utilizes the Globalstar network to provide emergency services when cellular and Wi-Fi coverage are unavailable [2][6]. However, industry reports suggest that Apple is in exploratory talks with SpaceX to potentially bring Starlink connectivity to future devices, such as the iPhone 18 Pro [30][164].

This shift appears to be driven by a need to address coverage gaps and provide more robust communication options that do not rely on traditional towers [30][11]. Despite these discussions, a formal partnership has not been officially announced, and technical hurdles regarding hardware integration and global regulatory approval remain [31][164].

Root Causes / Analysis (Why Is This Happening?)

The potential development of a Starlink phone appears to be driven by a combination of strategic competition, specialized hardware needs, and the expansion of satellite infrastructure. While the project remains in the conceptual stage, several core factors explain the motivation behind such a device.

Optimization for AI and Neural Networks

A primary reason for a new device would be to provide a hardware platform "optimized purely for running max performance/watt neural nets" [1][7]. Current smartphones are designed for general-purpose use, but Musk has stated that a potential Starlink device would be a "performance beast" specifically tailored for Artificial Intelligence [7][8]. This specialized architecture may allow for more efficient processing of complex AI tasks than existing mobile processors [1][2].

Challenging the Industry Duopoly

Musk has hinted at foraying into the smartphone market to challenge the dominance of Apple and other major manufacturers [3][5]. This stems from a desire to introduce a "very different device" that brings a unique perspective to a market currently dominated by conventional designs [1][8]. Industry observers suggest that such a move may be a response to the current control held by established mobile ecosystems [4][5].

Global Connectivity via Satellite Infrastructure

The device is expected to leverage Starlink, the satellite-based internet service operated by SpaceX [5][6].

  • Low-Earth Orbit (LEO): The network consists of hundreds of satellites that deliver high-speed internet globally [5][8].
  • Remote Access: A integrated phone could provide broadband connectivity in rural or remote areas where terrestrial networks are weak or absent [11][13].
  • Emergency Services: Full satellite integration may significantly improve the reliability of emergency communication services [11][15].

Integration and Market Pressure

The development is also influenced by broader industry trends and the existing Musk ecosystem. Unconfirmed reports and viral theories suggest that Apple may already be in negotiations with SpaceX to add Starlink Direct-to-Cell capabilities to future models, such as the iPhone 18 Pro [14][166].

If these partnerships proceed, they may pressure other manufacturers like Samsung and OnePlus to seek similar satellite integrations [11][15]. A dedicated Starlink phone would allow Musk to bypass these partnerships and create a unified ecosystem between Tesla, X, and SpaceX [5][6].

Confirmed Reasons vs. Speculation

Factor Status Source
AI Optimization Confirmed (Musk's Statements) [1][7]
Market Competition Confirmed (Musk's Statements) [3][5]
Satellite Connectivity Confirmed (Network Capability) [5][11]
iPhone 18 Partnership Speculative (Rumors/Reports) [14][31]

Note: Musk has clarified that the development of such a device is "not out of the question at some point," but he emphasized that the journey from ideation to production is very long [1][7].

The technical hurdles for such a device are substantial. Integrating broadband satellite internet into a handheld form factor would likely require advanced antennas and new modem hardware capable of direct satellite communication [15]. Additionally, securing spectrum rights and regulatory approval across multiple countries remains a significant challenge for any global mobile device [15].

Evidence & Reality Check

The transition from experimental satellite messaging to a fully integrated Direct-to-Cell (DTC) ecosystem is supported by significant regulatory and infrastructure developments. Data from recent filings and industry summits suggest that the groundwork for high-bandwidth satellite smartphones is already being established.

The Federal Communications Commission (FCC) has granted SpaceX authorization to deploy 7,500 Gen2 satellites, which is expected to bring the total approved constellation to approximately 15,000 units [1][3][11]. These second-generation (Gen2) satellites are significantly more capable than their predecessors, offering a reported 20-fold increase in data throughput and advanced beamforming technology to mitigate interference with terrestrial networks [1][8][13].

Practical implementation of these technologies is already underway through global partnerships and spectrum acquisitions:

  • Network Integration: Following the commercial launch of T-Satellite in July 2025, T-Mobile has begun providing satellite-based messaging to users in dead zones [5][10].
  • Spectrum Acquisition: SpaceX acquired EchoStar wireless spectrum for $17 billion, a move intended to provide faster internet services directly to mobile devices worldwide [2][14].
  • Hardware Collaboration: SpaceX President Gwynne Shotwell confirmed the company is working with various chipmakers to integrate satellite-compatible hardware directly into future smartphones [2][14].
  • User Adoption: According to 2025 progress reports, over 12 million people have utilized Starlink’s satellite cellular services, with roughly 6 million users relying on them monthly [10].
Feature Gen 1 Satellites Gen 2 (V3) Satellites
Primary Goal Fixed Broadband Direct-to-Cell & Mobile Data [1][2]
Capacity Standard Throughput 20x Throughput Increase [1][13]
Hardware Requirement Starlink Antenna/Dish Unmodified Smartphones [1][13]
Navigation Standard Orbital Control Autonomous Collision Avoidance [1][13]

Beyond consumer connectivity, official comments at the 2026 World Economic Forum in Davos indicate a broader vision for the Starlink constellation [12]. Elon Musk has discussed the potential for AI data center satellites [12].

These orbital facilities may eventually utilize uninterrupted solar power and the vacuum of space for heat radiation to process AI workloads more efficiently than terrestrial centers [12]. While these projects are in the early stages of consideration, they represent a shift toward utilizing the Starlink network as a high-performance computing platform rather than just a communication link.

Self-Check / Diagnosis

To determine if the potential development of a Starlink phone or the current Direct to Cell technology is relevant to your needs, you should evaluate your current mobile limitations and connectivity requirements. Because the Starlink phone remains a concept rather than a confirmed product, this assessment focuses on whether your usage patterns align with the specialized features Elon Musk has proposed [1][9][10].

Consider the following factors to see if this technology suits you:

  • Frequent Travel to Dead Zones: Do you often find yourself in areas without traditional cellular infrastructure, such as remote hiking trails, deserts, or rural regions? Current Direct to Cell technology already aims to provide text messaging and emergency 911 services in these unreachable locations [13][138].
  • Need for Local AI Performance: Are you looking for a device that prioritizes local artificial intelligence processing over cloud-based services? The proposed device is expected to be optimized for running max performance-per-watt neural nets [1][14][15].
  • Ecosystem Independence: Are you seeking a significant alternative to the current Apple and Android dominance? Reports suggest this device would differ significantly from conventional smartphones to challenge existing flagship brands [3][5][10].
  • Hardware Compatibility: If you only require satellite connectivity without a new phone, check if your current device is an LTE-enabled model manufactured after 2020 [13]. For certain networks, Android devices may already support automatic switching, while iPhone users might require specific software updates to utilize satellite links [174].

The following table compares current mobile standards with the potential capabilities of a dedicated Starlink device:

Feature Current Smartphone Standard Proposed Starlink Phone (Speculative)
Primary Network Terrestrial Towers (4G/5G) Integrated Satellite-First Design [1][14]
AI Processing Often Cloud-Dependent Optimized Neural Net Hardware [15]
Emergency Use Limited by Signal Coverage Global 911 Satellite Access [13][138]
Development Status Mass Market Available Concept/Ideation Phase [1][10]

Warning: The Starlink phone is currently a far-fetched plan, and the journey from ideation to production is very long [1][5]. Industry analysts suggest the audience for such a device could be limited because not everyone prioritizes high-end AI performance [3].

If you primarily stay within urban areas with reliable fiber or cable internet, you may find that current Starlink solutions—which are more expensive than traditional wired connections—do not yet provide a necessary advantage for your daily routine [11][70]. However, for those requiring a "vital lifeline" in remote areas, monitoring these developments is recommended [138].

Solutions / What to Do

Users interested in satellite-based connectivity do not necessarily need to wait for future hardware releases to access basic services. Depending on your current device and location, there are several ways to utilize satellite technology today or prepare for upcoming integrations.

Short-Term Options

If you require satellite connectivity for safety or remote communication immediately, consider the following existing services:

  • Utilize Emergency SOS via Satellite: Owners of iPhone 14 or newer models can currently access emergency messaging services [4][7]. This service is provided through Apple's partnership with Globalstar rather than SpaceX [3][10].
  • Check Carrier Compatibility: Starting in 2025, several mobile carriers in the United States and other regions began enabling Starlink direct-to-cell services [10][11]. These partnerships typically allow users to send text messages via satellite when terrestrial cellular coverage is unavailable [11].
  • Update Software: Ensure your device is running the latest operating system, such as iOS 18, which has expanded satellite messaging features on compatible hardware [4][6].

Long-Term Options

For users seeking advanced features like full broadband internet or native satellite integration without external hardware, monitoring the following developments is recommended:

  • Monitor iPhone 18 Pro Announcements: Reports suggest Apple may integrate native Starlink connectivity into the iPhone 18 Pro and iPhone 18 Pro Max, with a potential release targeted for 2026 [1][7][12]. This integration is expected to offer internet access rather than just emergency texting [12][15].
  • Evaluate Future Hardware Needs: Rumors indicate that the rumored Starlink features on future iPhones might not require additional hardware upgrades for the user, as the technology would be built into the device's modem architecture [1].
  • Wait for Official SpaceX/xAI Confirmations: While industry whispers and reports from The Information suggest active negotiations between Apple and SpaceX, no formal public agreement has been announced as of early 2026 [10][14]. It is advisable to wait for official technical specifications before making purchasing decisions based on satellite capabilities.
Feature Current Support (Globalstar) Rumored Support (Starlink)
Primary Use Emergency SOS / Basic Texting [3][4] Full Broadband Internet [12][15]
Availability Available on iPhone 14+ [4] Targeted for 2026 (iPhone 18 Pro) [2][7]
Hardware Integrated in modern iPhones [10] Expected to require no extra hardware [1]
Status Active Service Exploratory/Negotiation Stage [10][11]

Risks & Limitations

While the prospect of a satellite-powered smartphone is significant, several factors may limit the effectiveness or availability of these services:

  • Regulatory Hurdles: Satellite-to-cell services are subject to strict regional regulations and frequency licensing, which may delay rollouts in certain countries [15].
  • Technical Constraints: Although reports suggest no additional hardware is needed, maintaining a stable broadband connection via satellite on a handheld device faces significant physical and atmospheric challenges [15].
  • Unconfirmed Reports: Much of the information regarding the iPhone 18 Pro and its Starlink integration remains speculative and is based on leaks rather than official manufacturer documentation [4][10].
  • Service Costs: While Apple currently does not charge for its initial satellite services, it is unknown if full Starlink internet access will require a separate subscription or additional fees [1].

Risks, Limits, and When to Stop

While the prospect of an integrated satellite-AI smartphone is significant, several technical, regulatory, and ethical barriers remain. The transition from terrestrial mobile hardware to space-linked AI systems involves substantial risks that may delay or limit widespread adoption.

Technical and Operational Challenges

Building and maintaining the infrastructure for space-based AI processing is currently described as a risky proposition [4][8]. Engineers and space specialists caution that commercial viability may be years away due to the harsh environment of orbit [6].

Key technical obstacles include:

  • Hardware Protection: Defending sensitive components against cosmic radiation and potential impacts from space debris [6].
  • Maintenance Constraints: The lack of options for in-person hardware repairs or maintenance once equipment is launched [6].
  • Energy Efficiency: While advocates suggest space-based processing eliminates cooling burdens, analysts question if these savings are worth the high cost of tailoring systems for orbital use [4][7].
  • Deployment Costs: The financial burden of launching and maintaining thousands of satellites remains a significant barrier for providers [6][8].

Regulatory and Market Barriers

The global rollout of advanced satellite services faces strict oversight from national regulators. For example, India recently denied approval for Starlink’s Gen 2 satellites [1][13]. This decision has effectively put direct-to-device mobile connectivity on hold in that market while regulators review spectrum requirements and technology policy [1][11].

For users, this means that even if the hardware exists, service availability is not guaranteed. Future rollouts depend entirely on government policy decisions and the allocation of specific spectrum bands for satellite-to-phone signals [1][13].

Safety and Ethical Risks

The integration of generative AI like Grok into mobile platforms has already triggered global safety concerns. Between late 2024 and early 2026, the Grok controversy highlighted how AI tools can be misused when deployed without robust safeguards [9][10].

Risk Category Reported Issues Regulatory Response
Deepfake Abuse Manipulation of images to "undress" individuals without consent [3][14]. Investigations by the California Attorney General and Irish Gardaí [14].
Harmful Content Generation of sexually suggestive images of minors and hate speech [3][9]. Temporary bans in the Philippines and intervention by UK/India regulators [9][12].
Data Privacy Sensitive user queries became accessible due to security breaches [15]. Campaigns for app store takedowns by privacy advocates [12][14].

When to Exercise Caution

Users and organizations should evaluate their reliance on these emerging technologies based on the following indicators:

  • Legal Uncertainty: If the service provider is under investigation or lacks local regulatory clearance, as seen with the rejection of satellite applications in major markets [1][13].
  • Safety Failures: If the AI tools demonstrate a lack of ethical guardrails, such as failing to prevent the creation of non-consensual deepfakes or illegal content [3][10].
  • Privacy Breaches: If the platform experiences data leaks that expose personal queries or biometric information [2][15].

The rapid evolution of AI often outpaces the development of responsible governance [9]. If a platform cannot demonstrate transparency and compliance with local laws, it may be safer to wait for more stable, regulated alternatives.

FAQ

Is the Tesla Model Pi smartphone officially for sale?

No official evidence from Tesla or Elon Musk confirms that a "Model Pi" smartphone is currently in development or for sale [38]. While Musk has hinted at the possibility of creating a device optimized for neural networks [1][5], he has stated he would only release a phone if faced with extreme censorship from existing app stores [38]. Viral videos claiming the device exists or costs $100 have been identified as clickbait hoaxes, often created using AI [38].

Current Direct to Cell technology is designed to allow standard LTE smartphones to connect directly to satellites without hardware modifications or special SIM cards [13][40]. The system is engineered to automatically detect when terrestrial cellular service is unavailable and switch to satellite mode [9][13]. While speculation suggests a future Starlink phone could be completely independent of traditional carriers [3], current satellite services primarily function as a backup for existing mobile networks [11][138].

Is satellite connectivity faster than 5G?

Satellite-to-phone technology focuses on providing coverage in "dead zones" rather than exceeding the peak speeds of terrestrial 5G networks [40]. Initial testing of the Starlink direct-to-smartphone service shows download speeds of up to 10 Mbps per beam [9][13]. Performance is expected to be lower than traditional LTE or 5G in areas with strong tower coverage, but it provides essential connectivity for text, voice, and emergency services in remote regions [9][138].

As of early 2026, approximately 60 phone models are compatible with T-Satellite and Starlink Direct to Cell services [138]. This includes the majority of modern iPhone, Samsung, and Motorola models manufactured after 2020 that support LTE [13][138]. These devices can send texts, images, and make voice calls via satellite without requiring any software updates [11][13].

Can the phone be controlled by the mind?

There is no confirmed hardware that allows for "thought-controlled" smartphone operation at this time. Some industry analysts and fans speculate that a future device could integrate with Neuralink's brain-machine interface (BMI) [12]. However, such a connection remains entirely theoretical and is not a feature of any device currently on the market [38].

If a dedicated device is ever produced, industry analysts predict it would serve as a major competitor to flagship devices from Apple and Samsung [15]. Elon Musk has suggested that a potential device would be "pretty different from a conventional smartphone," possibly focusing on high-performance AI capabilities [4][5]. However, because no official production plans have been announced, its impact on the market remains speculative [1][38].

Summary / Key Takeaways

The prospect of a Starlink phone represents a significant shift in mobile hardware philosophy, moving away from traditional smartphone designs toward AI-centric performance. While the device remains a concept, the rapid maturation of satellite-to-cellular technology suggests that native satellite connectivity will likely become a standard feature in the near future [7][12].

  • AI-Driven Hardware: Elon Musk has indicated that a potential Starlink device would be optimized for maximum performance per watt for neural nets, distinguishing it from current flagship smartphones [1][5].
  • Infrastructure Availability: Starlink Direct to Cell is no longer theoretical; it launched commercially with partners like T-Mobile in July 2025, providing text and image capabilities in areas without terrestrial coverage [12][138].
  • Industry Integration: Unverified reports suggest Apple is in exploratory talks with SpaceX to integrate Starlink connectivity into future models, such as the iPhone 18 Pro, which could offer native satellite data without external hardware [7][31].
  • Market Speculation: While trademark filings for "Starlink Mobile" hint at SpaceX's ambitions for an independent mobile service, no official production timeline or hardware specifications have been confirmed by the company [11][13].
  • Strategic Caution: Analysts suggest that because the journey from ideation to production is long and unconfirmed, users should view current "Tesla Phone" rumors as speculative concepts rather than imminent product launches [3][10].

If you’re unsure, it’s usually cheaper to ask someone once than to fix a mistake later.

Quellen

[1] Times Now: Elon Musk To Bring Starlink Phone To Challenge iPhones And Android Devices

[2] Pplware: Apple Negotiates with SpaceX to Add Starlink Direct-to-Cell to iPhone 18 Pro

[3] Tech Insight / Industry Report: Elon Musk Teases AI-Powered Starlink Smartphone: The Tesla Pi Phone Reality

[4] Tech Industry Newsroom: Elon Musk Teases AI-Powered Starlink Smartphone

[5] Times Now: Elon Musk To Bring Starlink Phone To Challenge iPhones And Android Devices

[6] Wikipedia: Elon Musk

[7] The Guardian: Tesla discontinues Model X and S vehicles as Elon Musk pivots to robotics

[8] Rev: Musk Speaks at WEF

[9] Wikipedia: Political activities of Elon Musk

[10] TechFlow: Elon Musk’s Latest Interview: The Next 3–7 Years Will Be Extremely Tough

[11] Investopedia: Why Two 'Idiots'—Elon Musk and the CEO of Ryanair—Are Going At It

[12] TIBET News: Musk’s “Piece” pun in Davos exposed U.S. expansionist ambitions behind the ne...

[13] PEOPLE: Elon Musk Makes Joke About Trump's Board of Peace, Prompting Confused Silence...

[14] Yahoo / Engadget: Privacy Settings and Cookie Consent

[15] Wikipedia: Wealth of Elon Musk

[30] Sharp Daily: Apple in talks with SpaceX to bring Starlink direct to cell connectivity to i...

[31] International Business Times: Starlink on iPhone 18 Pro? - Elon Musk's SpaceX Reportedly to Partner with Apple

[32] The Japan News: Musk’s Spacex in Merger Talks with Xai Ahead of Planned IPO, Source Says

[38] dgl.ru

[40] Business Performance and Innovation (BPI) Network: SpaceX Starlink First Direct-to-Smartphone Satellites Launch

[41] IBTimes UK: Starlink on iPhone 18 Pro? - Elon Musk's SpaceX Reportedly to Partner with Apple

[44] heise online: Iran internet shutdown: Civil society demands satellite radio to phones

[70] HighSpeedInternet.com: Starlink Internet Review: Pricing, Speeds, and Availability 2026

[138] SatelliteInternet.com: Starlink Direct to Cell & T-Satellite Guide [2026]

[139] Teslarati: Starlink achieves major milestones in 2025 progress report / Tesla Giga Texas...

[164] The Sharp Daily: Apple in talks with SpaceX to bring Starlink direct to cell connectivity to i...

[166] IBTimes UK: Starlink on iPhone 18 Pro? - Elon Musk's SpaceX Reportedly to Partner with Apple

[174] Ministry of Digital Transformation of Ukraine: Will Starlink Direct to Cell replace conventional communication — a blitz int...

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