Insider Brief
  • Chinese researchers, using a D-Wave quantum computer, claim to have executed what they are calling the first successful quantum attack on widely used encryption algorithms, posing a “real and substantial threat” to sectors like banking and the military, as reported by SCMP.
  • The D-Wave Advantage, initially designed for non-cryptographic applications, was used to breach SPN-structured algorithms but has not yet cracked specific passcodes, highlighting the early-stage nature of this threat.
  • Despite the advance, the researchers acknowledge limitations such as environmental interference, underdeveloped hardware and the inability to develop a single attack method for multiple encryption systems still hinder quantum computing’s full cryptographic potential.
Wang’s paper described this technique as similar to an artificial intelligence algorithm capable of optimizing solutions on a global scale. His team combined the quantum annealing algorithm with conventional mathematical approaches to create a novel computational architecture. The significance of Wang’s work, according to SCMP’s anonymous expert, lies in framing a real-world encryption issue as a binary optimization problem suitable for a quantum computer.
No mention of whether SHA256 or secp256k1 are at risk
reply
it's probably better to upgrade SHA256 and secp256k1 to 512 or 1024 respective version before the break trought
reply