qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, New Providence
•
Posted 190 days ago
🏢 Nokia
Role Type
Role Focus
Seniority
Employer Type
This role is for a Research and Innovation Specialist focusing on quantum-safe cryptography. The specialist will conduct research to develop new products and services by creating secure and efficient cryptographic methods. They will also evaluate the security of these methods, publish research findings, and collaborate with teams to turn innovations into early products.
Key Responsibilities
Perform fundamental research in quantum-safe cryptography.
Create secure and efficient symmetric cryptographic primitives for modern communications.
Evaluate the security of symmetric primitives against various attacks in the context of post-quantum migration.
Develop and improve public key schemes and accelerate primitives to minimize impact on post-quantum cryptographic schemes.
Publish research, create intellectual property, and present findings to stakeholders.
Collaborate with internal and external partners globally.
Incubate research into early-stage products and transfer knowledge to business units.
Required Skills
PhD in Computer Science, Mathematics, or Physics with a cryptology or quantum algorithmic focus
Understanding of Fast Cryptographic Primitives (symmetric encryption, hash function, RNG...), Cryptanalysis tools, and Hash-based signature methods
Excellent communication skills with the ability to present research to both academic and industry audiences
A self-driven attitude, unwavering commitment to team goals, and enthusiasm for tackling new challenges
Ability to work independently with minimal supervision
Nice-to-have Skills
Experience with Quantum Cryptanalysis, MPC-in-the-head schemes, Side-Channel Analysis, Low-level implementation
Previous Nokia intern or co-op experience
Technology Tags
The job explicitly focuses on "post-quantum migration" and the development of "post-quantum cryptographic schemes."
The core focus of the job is on quantum-safe cryptography and secure primitives, which are fundamental to ensuring data security.
The role involves public key schemes and hash-based signature methods, which are foundational in number theory.
The role requires a background with a "quantum algorithmic focus" and involves cryptanalysis, which are deeply rooted in complexity theory.
The role involves security evaluation of cryptographic primitives and dealing with "side-channel attacks," which relates to understanding and mitigating noise and benchmarking performance.
The role mentions "Low-level implementation" and "acceleration of primitives," which necessitates classical programming skills.
The job involves creating secure primitives and conducting "security evaluation" of them, which necessitates understanding and potentially developing security proofs.