De-risk Your Space Mission
STAR is a secure, open, unclassified digital-twin testbed that helps startups, academia, and government validate AI/ML, autonomy, and post-quantum readiness before flight—raising TRL with RMF-aligned evidence and readiness scoring.
Quantum-Ready Critical Updates
SSU (Secure Software Update) is SylLab’s cryptographically protected update platform for mission-critical devices—ensuring only trusted, authorized software is delivered and installed, with anti-rollback, integrity checks, and post-quantum readiness for embedded, edge, and disconnected environments.
Post-quantum Security for Networks and IoT
SylLab Post-Quantum delivers lightweight, high-performance cryptography for embedded and mission-critical platforms—enabling PQC-ready secure boot, hardware-enhanced encryption, and strong authentication that remain resilient as quantum threats emerge.
SylLab collaborates with leaders across government, academia, and industry to advance secure, resilient, and innovative space technologies.
The threat of quantum computers breaking down modern cryptographic algorithms and exposing the confidential information of governments, corporations, and individuals is real. According to the National Security Memorandum released by the White House in May
As the development of functional quantum computers by companies such as IBM, Intel, and Google advances, post-quantum cryptography (PQC) is becoming a necessity. The exceptionally high processing power of these computers can enable them to
The central goal of cryptography is to ensure secure and confidential communication between multiple parties. Electro-mechanical encryption can be traced back to World War II when Nazi Germany used the Enigma machine to transmit sensitive