‘World’s first’ secure hardware against quantum threats launched

SEALSQ, a Swiss semiconductor company, is leading the charge in post-quantum cryptography by unveiling the “world’s first” quantum-resistant secure hardware.

The Swiss company specializes in integrated solutions using semiconductors, PKI, and provisioning services, while also developing post-quantum technology hardware and software. 

Benchmarking KYBER and DILITHIUM for energy-efficient security

Most encryption today acts like a lock that future quantum computers could break. SEALSQ’s new technology creates a lock strong enough to resist both current and quantum computer attacks. This is crucial because quantum computers could eventually breach today’s secure systems, putting sensitive data and financial transactions at risk.

The platform is built for quantum-resistant cryptography and meets FIPS and Common Criteria standards. It demonstrates KYBER and DILITHIUM algorithms, comparing their energy and time efficiency to traditional secure microcontrollers. Designed for AI, blockchain, and IoT, the platform protects against quantum threats, SEALSQ pointed out.

“By efficiently authenticating, signing, and encrypting data while adhering to stringent certifications like FIPS and Common Criteria, SEALSQ’s platform sets a new standard for secure transactions in the quantum age,” the company said in a press release.

The latest demonstration also showcased SEALSQ’s commitment to advancing quantum-resilient technology, addressing the growing need for secure solutions in the quantum computing era. The QS7001 platform introduces a new level of security designed to withstand future supercomputers, creating a new category in the $7.9 billion hardware security market.

Furthermore, SEALSQ holds two critical advantages in the race for quantum-resistant solutions. As an early entrant in this rapidly growing market, it benefits from a first-mover advantage, positioning itself ahead of competitors. Additionally, its platform outperforms traditional secure microcontrollers, delivering superior security and energy efficiency—key factors for industries seeking advanced and sustainable solutions.

“The rapid advancement of quantum computing is revolutionizing fields like AI and blockchain, but it also exposes vulnerabilities in current cryptographic systems, including RSA algorithms that safeguard millions of daily transactions,” the company adds.

Tech is impressive, but adoption hurdles remain

PQC, or Post-Quantum Cryptography, refers to encryption methods built to resist attacks from quantum computers. As quantum computing power increases, it may be able to break current cryptographic systems like RSA and Elliptic Curve Cryptography (ECC), which are used to protect sensitive data. 

While this technological achievement is significant, widespread adoption faces several challenges.

These challenges include the speed at which the industry transitions to quantum-resistant standards. Additionally, factors such as cost and scalability will play a crucial role in determining the success of these technologies.

Finally, competition from established players in the semiconductor industry could impact the adoption of new solutions.

SEALSQ’s development of a quantum-resistant platform represents a significant step towards securing critical systems in the age of quantum computing. The ongoing evolution of this field necessitates continuous research and development to ensure robust security measures that can effectively safeguard data.