The OrbitSecure product line from SpiderOak, based in Reston, Virginia, offers zero trust security for zero gravity settings. To satisfy the special requirements of cybersecurity in space, OrbitSecure uses a potent combination of distributed ledger technology and no-knowledge encryption. The product line comprises a completely decentralised key management system that aids in enabling full availability and on-going operations in space, even in disconnected or intensely contested networks.
By drastically lowering the attack surface and chances for adversaries to jam, interrupt, change, or dispute space communications and satellite services, this boosts the resilience for multi-vendor, multi-network, mesh-proliferated low-Earth orbit networks.
“As the space economy grows, we anticipate that global demand for secure communications will soar,” said Paul Thomas, Space Innovation Lead, Technology Innovation at Accenture. “Our work with SpiderOak is the start of an exciting journey to enable secure communications in space and combine SpiderOak’s technology with solutions we are creating at Accenture, such as satellite communications, ground station as-a-service, remote IoT device-to-Satellite data, Space R&D and earth observation data.”
According to Accenture's Technology Vision 2023 study, 99% of survey participants believe that improvements in science and technology will have an effect on the business processes of their organisations during the course of the following three to five years. Government and commercial satellite numbers are rising quickly, creating a demand for a hybrid, multi-party environment that is designed with security in mind. Cybersecurity must be a top priority for businesses as emerging technologies advance research and influence business transformation.
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