Particle.news

Download on the App Store

NTNU Unveils Quantum-Proof Voting System While Norway Retains Paper Ballots

It meets the same secrecy, eligibility verification and end-to-end verifiability standards as paper ballots following July demonstrations that validated its quantum resistance.

Image
IBM Quantum System One

Overview

  • NTNU’s system relies on lattice-based NTRU cryptography to withstand attacks by future quantum computers.
  • Researchers have proven the design confirms voter eligibility, preserves anonymity and ensures vote tally verifiability on par with pen-and-paper elections.
  • The design and mathematical proofs were detailed in the IACR Communications in Cryptology article “More Efficient Lattice-Based Electronic Voting from NTRU.”
  • The Norwegian National Security Authority warns there is a better-than-even chance that quantum computers capable of cracking current encryption will appear within 10–15 years.
  • Despite fully digital elections in Switzerland, Estonia, France and Australia, Norway will continue using paper ballots until it secures technical refinements and public confidence.