Xenesis
Xenesis is a leading optical satellite operator in telecommunications, providing AI-enabled, quantum encrypted, ultra-high bandwidth, secure turnkey data transport and petabyte storage solutions. The company utilizes space-based lasers between satellites and ground stations to deliver significantly reduced latency, increased capacity, and improved security for high-bandwidth users. Xenesis employs proprietary technology in an asset-heavy industry and collaborates with top component manufacturers to build a cost-effective network of satellites and ground stations. Their phased expansion plan starts with extensive coverage in Australia, the Middle East, Africa, South America, and Southeast Asia, aiming for uninterrupted global coverage with 112 polar-orbiting satellites by 2029 and a service network starting in 2030. The network offers over 30% faster speeds and lower latency than fiber on earth, strong encryption, and 99.9% availability, targeting government and commercial data transport needs with a scalable, interoperable system architecture.
Xenesis
Xenesis is a leading optical satellite operator in telecommunications, providing AI-enabled, quantum encrypted, ultra-high bandwidth, secure turnkey data transport and petabyte storage solutions. The company utilizes space-based lasers between satellites and ground stations to deliver significantly reduced latency, increased capacity, and improved security for high-bandwidth users. Xenesis employs proprietary technology in an asset-heavy industry and collaborates with top component manufacturers to build a cost-effective network of satellites and ground stations. Their phased expansion plan starts with extensive coverage in Australia, the Middle East, Africa, South America, and Southeast Asia, aiming for uninterrupted global coverage with 112 polar-orbiting satellites by 2029 and a service network starting in 2030. The network offers over 30% faster speeds and lower latency than fiber on earth, strong encryption, and 99.9% availability, targeting government and commercial data transport needs with a scalable, interoperable system architecture.