Amazon’s Project Kuiper, which birthed two prototype satellites aimed to test potential satellite broadband service, operates similarly to Space-X’s Starlink and OneWeb. The venture is set to increase internet connectivity in remote areas using an extensive satellite constellation. Still, the delay in launching has welcomed accumulating competition. Rabid advancements by competitors including satellite direct-to-device technology pioneers and those concentrating on 5G NTN IoT services could tilt the scales. Would adopting the 5G NTN-compatible network give Project Kuiper a competitive edge? Or will the ongoing innovations by industry leaders overshadow it? However, underlying operational challenges and time constraints might hamper Amazon from contemplating a substantial shift in direction.
Strengthening its lead in the telecommunications sphere, the UK Space Agency has recently allocated £20 million to further drone-based technologies and aerial connectivity initiatives. This exciting endorsement could dramatically shape the future of many sectors, from emergency services to healthcare, illuminating the transformative potential of drone-borne support systems. How will this funding amplify the UK’s fast-growing satellite communications industry and revolutionise our everyday lives? Dig deeper to find out!
OneWeb partners with Speedcast and F. Laeisz to launch a maritime connectivity service, providing hybrid satellite solutions to improve connectivity in remote polar regions, advancing the benefits of multi-path, multi-orbit technologies.
Spark’s partnership with Lynk Global marks a major milestone in mobile connectivity for New Zealand, testing direct-to-consumer satellite services to enhance network coverage and combat challenges posed by climate change.
On July 30, 2021, Ariane 5, a European heavy-lift space launch vehicle developed and operated by Arianespace for the European Space Agency, successfully launched its first flight in nearly a year. The aim of the mission is to deploy a pair of geostationary communications satellites for commercial operators in Brazil and France. One of the satellites, called the Star One D2, will be operated by Embratel, a Brazilian telecommunications company. The Star One D2 will give Embratel the ability to expand its broadband coverage to new regions in Central and South America, supply Internet access to those in under-serviced areas, and increase X-band payload for government use in the Atlantic region. The second satellite, named Eutelsat Quantum, which was developed as part of an ESA partnership with satellite operator Eutelsat and major manufacturer Airbus, has an active antenna, a first for the European commercial telecommunications industry. This revolutionary…
To improve emergency services and to better locate callers, The European Commission has approved a regulation that will require new smartphones to include satellite and Wi-Fi location. The integrated chipset with Global Navigation Satellite System (GNSS) must deliver access to the EU’s satellite system Galileo, which provides accurate positioning and timing information. Currently, most emergency services are faced with the challenge of only being able to locate troubled mobile callers within an area of several kilometers. However, the proposed use of satellite and Wi-Fi systems will enable 112 emergency number callers to be located within a range of less than 100 meters. Galileo-enabled devices receive signals for positioning, navigation and timing. This satellite system has been servicing around 400 million users, and this summer the system was supplemented by four more satellites, which were successfully launched from the European spaceport. Every additional satellite steadily improves Galileo’s performance, and,…