WISeSat.Space Outlines Cybersecurity Strategy for Satellites, Ground Stations and User Terminals
Globe Newswire•13/11/2026•08:30 ET
0
Key Highlights
- ➤WISeSat.Space (SAIQ) outlines cybersecurity strategy spanning satellites, ground stations and user terminals
- ➤SEALSQ (LAES) QS7001 post-quantum security chip launched into low Earth orbit in March 2026
- ➤Strategy prioritizes hardware roots of trust and gradual post-quantum cryptography adoption
- ➤Ground-network protections include device authentication, network segmentation and tightly controlled mission access
- ➤Onboard anomaly detection and predefined recovery procedures target resilient operations during limited ground contact
Expert Statements
Carlos Moreira, Founder and CEO of WISeSat.Space
“Trust in satellite communications starts on Earth. Operators need to know that commands come from authorized sources, that terminals are genuine and that spacecraft are running trusted software. These requirements have to shape the mission before launch.”
In collaboration with SEALSQ, WISeSat.Space is bringing hardware-based trust and post-quantum cryptography into the design of satellite communications.
GENEVA, Switzerland, November 13, 2026 — WISeSat.Space Holdings Corp. (Nasdaq: SAIQ), (“WISeSat.Space”), a space technology company, today outlined its approach to securing satellite communications across the entire network, from spacecraft and their communications links to mission control centers, ground stations and user terminals.
Get started
Create a free account to read the full story.