WISeKey has introduced an secure picosatellite solution for Quantum-Ready IoT communications through its subsidiary, WISeSat AG.
This innovative satellite has been specifically engineered to resist hacking attempts, even from sophisticated state actors, targeting satellite IoT communication and control systems. It offers robust protection against attacks utilising post-quantum computing, a technology capable of circumventing many of the currently employed cryptographic technologies.
One notable advantage of this satellite is its diminutive size, which is strategically advantageous in the evolving landscape of threats confronting communication and control satellites in space.
WISeKey is addressing a range of new threats faced by satellites, including a notable incident where hackers took control of the European Space Agency’s OPS-SAT spacecraft during an ethical hacking exercise conducted by Thales Alenia Space, disrupting its operations and imagery.
A leaked CIA report has also revealed China’s development of cyber weapons capable of hacking and controlling other nations’ satellites during wartime. China has additionally demonstrated anti-satellite weapons through live tests of ASAT missiles and kinetic kill microsatellites.
WISeSat.Space, in partnership with SEALSQ, is proactively addressing these concerns through a pioneering collaboration. By incorporating the VaultIC408 secure element, they are bolstering security at each endpoint within the satellite network. This initiative is designed to offer businesses, regardless of their size, a cost-effective and ultra-secure means to establish their digital ecosystems.
Seventeen WISeSat-ready satellites have already been launched into space via SpaceX, as part of an 80-satellite constellation project aimed at providing global IoT connectivity with a data latency of just 10 hours.
WISeSat.Space is also strengthening its solutions to counter potential threats posed by quantum computing. The implementation of post-quantum solutions and robust devices will enable secure multi-factor authentication and secure transmission of critical data as quantum computing technology continues to advance.
The use of a picosatellite also complicates tracking and targeting for hostile actors, further enhancing security.
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