Low Earth orbit is crowding as Starlink, Amazon, China and others race to deploy thousands of satellites, promising faster broadband while intensifying global competition, orbital congestion concerns and a push for direct-to-device connectivity.
America's FCC has barred new foreign-made consumer routers on security grounds, tightening supply for ISPs and households while raising costs and risking technological lag unless domestic manufacturing or approvals quickly expand in coming years significantly.
America has declared its intent to win the 6G race, casting next-generation wireless as vital to security and growth. Yet standards are global, vendors multinational, and the rhetoric looks like spectrum lobbying than technological rivalry.
SpaceX has filed a plan to place more than a million satellites in low Earth orbit, recasting data centres as spaceborne infrastructure while testing regulators, safety, competition and the line between vision and paper ambition.
Starlink is leveraging its growing dominance with data-hungry AI ambitions, regulatory demands, and space infrastructure plans. A merger with xAI could solidify its position as an unregulated gatekeeper of orbital connectivity and intelligence.
Most households experience poor WiFi performance, yet ISPs routinely overlook in-home coverage gaps. A new survey reveals that customers increasingly conflate WiFi with broadband itself, and many are willing to switch providers for better service.
While Starlink dominates the low-Earth orbit internet race, rivals like OneWeb, Telesat, Amazon's Project Kuiper, and Europe's IRIS² are slowly building capacity, buoyed by geopolitical necessity, state support, and commercial partnerships.
Over two years of war, Israel has decimated Gaza's ICT infrastructure, crippling connectivity, impeding emergency response, and isolating civilians from the digital world, while cementing long-standing control over telecommunications under the guise of national security.
Broadband infrastructure is advancing rapidly, from multi-gigabit cable and fiber networks to next-generation fixed wireless and satellite systems. With speeds reaching up to 25 Gbps for consumers and 1 Tbps in orbit, these developments mark a pivotal shift in connectivity, setting the stage for more scalable, flexible, and high-capacity networks.
A recently passed American spending bill, known as H.R. 1, allocates $24.5 billion for fiscal year 2025 to fund a nationwide integrated air and missile defense system. Although the term isn't used in the legislation, the new system is referred to as the Golden Dome. There will be higher costs coming in later years. The Department of Defense has already set a target to be able to test the new system by the fall of 2027.