SEALSQ Spearheads Transition from Digital to Robotic Era with Advanced Post-Quantum Chips

In a forward-looking move, SEALSQ is orchestrating a major shift in technological adoption, steering clients away from mere digitalization towards the comprehensive implementation of robotization. Poised at the vanguard of innovation, SEALSQ's pioneering post-quantum chips, known as QS7001, have completed their preliminary design and testing phases. The groundbreaking proof-of-concept has paved the way for the production of engineering samples, anticipated to be available for orders as early as the fourth quarter of 2024.

The Dawn of Robotic Transformation

SEALSQ's visionary approach encapsulates not just the creation of robust, future-ready chipsets but also providing a foundational block for a robotic future. By harnessing the capabilities of post-quantum computing, SEALSQ is not simply reacting to a technology trend but actively shaping the next industrial revolution. Industries worldwide are poised to benefit from these chips that offer unprecedented security and efficiency levels, essential for the expanding universe of connected devices and autonomous systems.

Quantum-Safe Security in the Limelight

The QS7001 chips come at a time when cybersecurity concerns are escalating. Quantum computing possesses the potential to break traditional cryptographic defenses, prompting a need for quantum-resistant solutions. SEALSQ addresses this pressing issue by delivering post-quantum chips that assure elevated security standards, protecting clients against emerging cyber threats. An additional TPM version, reinforcing security for a multitude of applications, is projected to hit the market by year's end.

With the integration of SEALSQ’s chips, businesses can expect a significant leap in operational efficiency and security. As LAES stakeholders recognize the strategic importance of post-quantum chips, it's only a matter of time until SEALSQ’s offerings become an integral part of global digital infrastructure.

SEALSQ, robotization, quantum