![]() SpiderOak is a U.S.-owned and operated software company that delivers end-to-end cybersecurity solutions for civil, military, and commercial space operations. This new capability provides enhanced decentralized space resiliency to multi-vendor, multi-network, mesh proliferated low-Earth orbit networks by significantly reducing the attack surface and the ability of adversaries to jam, disrupt, modify, or contest space communications and satellite services. OrbitSecure utilizes a new fully decentralized key management system allowing for full availability and continued operations in space despite disconnected or highly contested networks. Jointly we are enabling a foundational layer of commercial industry and allied capabilities to ensure our national security is protected from the ground and from space."ĭesigned to take zero-trust security to zero-gravity environments, OrbitSecure leverages a unique combination of no-knowledge encryption and distributed-ledger technology to meet the unique demands of cybersecurity in space. "We are thrilled to be selected by DIU and SWAC and partnered with York Space Systems to secure this mission and we are very much looking forward to working with the other companies selected to support the entire Hybrid Space Architecture into the future. "Warfighters have identified cyber-attacks as the ' soft underbelly' of the satellites on which we depend for our defense and modern life," said John Moberly, Senior Vice President for Space, SpiderOak. OrbitSecure will demonstrate an enhanced space-domain cyber resilience even when network hardware or application software has been compromised. ![]() SpiderOak's zero-trust OrbitSecure software was developed for 21 st century space needs and is also backward compatible to the Space Force's existing on-orbit constellations. SpiderOak's contract with DIU is in collaboration with the United States Space Force Space Warfighting Analysis Center (SWAC). ![]() SpiderOak will demonstrate its OrbitSecure zero-trust software suite on-orbit to support DIU's development of a scalable architecture capable of communicating across government and commercial networks, while also remaining trusted and relevant in a dynamic threat environment.
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