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Post-Quantum Cryptography – Compatibility and Efficiency for Industrial Applications

Quantum mechanics was one of the most important achievements in the field of theoretical physics in the 20th century. In the 21st century, we expect as practical application of this theory the development of quantum computers. Quantum computers will be able to break important cryptographic primitives used in today’s digital communication. Therefore, there are ongoing activities aiming at the development, standardization, and application of post-quantum cryptography, i.e., cryptography that is able to defend against attacks by quantum computers.

Fraunhofer SIT investigates and implements post-quantum primitives targeting classical Internet applications, e.g., ecommerce and online banking in general and more specifically resource-restricted embedded hardware architectures used in, e.g., automotive systems and “Industry 4.0”. The goal of Fraunhofer SIT is to contribute to application oriented research and to support the transfer of academic research to industrial application.

Fraunhofer SIT evaluates risks and trust models of post-quantum primitives and supports corporations and organizations in

  • the development of efficient post-quantum primitives,
  • the secure implementation of efficient post-quantum primitives,
  • the evaluation of application specific security parameters,
  • the assessment of existing systems and solutions in regard to post-quantum security, and
  • the development and realization of migration strategies.

Job offers

Fraunhofer SIT seeks scientific staff, partly also for management positions

You will be responsible for planning, leading, executing and representing applied R&D projects, jointly with clients and partners from industry, government agencies and academia.