Every story tagged LEO Networks, curated for CIOs and IT leaders — ranked by source credibility, engagement, and freshness.
4 stories · open in the command center
The satellite-to-cellular connectivity market is intensifying as Blue Origin's reusable rocket capability could accelerate deployment of space-based cell networks from Amazon, AST SpaceMobile, and SpaceX Starlink. AST SpaceMobile's approach uses fewer but more powerful satellites with massive phased-array antennas to deliver 4G/5G broadband directly to standard mobile devices at 120+ Mbps. This infrastructure shift could eliminate cellular dead zones and fundamentally change enterprise mobile connectivity requirements, network redundancy planning, and IoT deployment strategies for distributed operations.
Amazon's $11.6B acquisition of Globalstar positions it as Apple's primary satellite service provider for iPhones and Apple Watches, marking a significant shift in the direct-to-device satellite market and Apple's rejection of SpaceX's Starlink partnership. The deal, expected to close in 2027 with commercial D2D services launching in 2028, combines Globalstar's spectrum licenses with Amazon's Leo satellite network to compete against Starlink's dominant 10,000+ satellite constellation. For IT organizations, this creates a new enterprise connectivity option backed by Amazon's infrastructure, though deployment timelines and feature parity with Starlink remain uncertain.
Amazon is acquiring Globalstar's satellite network for $11.57 billion and partnering with Apple to continue providing satellite connectivity services to iPhones and Apple Watches, positioning itself to compete directly with SpaceX's Starlink in the satellite-to-device market. This consolidation creates a major new player combining Amazon's Project Kuiper infrastructure with Apple's consumer device ecosystem, potentially disrupting traditional cellular carrier relationships and mobile connectivity strategies. The deal represents a significant shift in the satellite communications landscape, with enterprise implications for backup connectivity, IoT deployments, and remote workforce enablement as satellite-based services become increasingly integrated into mainstream mobile devices.
Amazon's Leo satellite internet service is now targeted for mid-2026 commercial launch, positioning itself as a lower-cost, faster alternative to Starlink with native AWS integration for enterprise data operations. However, the company faces significant execution risks, having deployed only 241 of its 3,236 approved satellites and requiring FCC approval for deployment timeline extensions, while SpaceX maintains a competitive advantage with 10,000+ active Starlink satellites. For IT organizations, this represents an emerging multi-cloud connectivity option that could reduce WAN costs and enable hybrid data strategies, but requires careful evaluation of vendor maturity and service reliability before adoption.