Support for Research and Development of Post-Quantum Encryption Technology

Overview

Sindstrøm Tek supported the cryptographic research and development efforts of a secure hardware manufacturer based in Germany to address the pressing need for advanced encryption technology capable of withstanding the potential threat posed by quantum computing.

Introduction

With the advancement of quantum computing, traditional encryption algorithms that underpin the security of sensitive information face the risk of being rendered obsolete. Recognising the urgency of this challenge, a leading secure hardware manufacturer in Germany partnered with our company to foster innovation in post-quantum encryption technology.

Collaborative Research Efforts

Leveraging our network of experts, our collaboration commenced with an in-depth analysis of the existing cryptographic landscape and the identification of potential vulnerabilities in light of quantum computing advancements. This initial research phase allowed the team to assess the most promising post-quantum encryption algorithms and strategies.

Drawing on the expertise of our experts and the manufacturer’s engineers, we worked together to develop and refine a cutting-edge encryption solution that proved resistant to attacks during a rigorous process of simulations, modeling, and testing, paving the way for future implementation.

Prototyping and Testing

Recognising the importance of tangible solutions, our collaboration extended beyond theoretical research. Working closely with the manufacturer, we facilitated the creation of prototype hardware design. This prototype was rigorously tested in controlled environments to evaluate their effectiveness, efficiency, and compatibility with existing hardware infrastructure.

Evaluation and Validation

As part of our commitment to ensuring the highest standards of security, our collaboration also involved third-party evaluations and validations. Working alongside renowned cybersecurity experts and independent organisations, we subjected the post-quantum encryption technology to comprehensive audits and assessments. This rigorous scrutiny aimed to identify and address any potential vulnerabilities, thereby instilling confidence in the security of the hardware manufacturer's prototype product.

Knowledge Transfer and Training

Throughout the collaboration, knowledge transfer and training played a crucial role. Our experts actively shared insights, best practices, and technical expertise with the hardware manufacturer's team, empowering them to further enhance their understanding of post-quantum encryption technology. By nurturing this knowledge exchange, we fostered a culture of innovation and self-sufficiency within the hardware manufacturer's organization. With these advancements, the hardware manufacturer is now better equipped to provide secure solutions capable of withstanding the potential threats posed by quantum computing. Together, we have made substantial progress in ensuring the confidentiality and integrity of sensitive information in the face of emerging technologies.

Engagement Completed - January 2024