// quantum computing

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May 24

Crypto industry rushes to defend against quantum computing threat

Bitcoin and other blockchain systems rely on cryptographic algorithms that quantum computers could theoretically break in years or decades, forcing migration to quantum-resistant code before that window closes. Major crypto firms are already allocating resources to implement post-quantum cryptography standards, indicating concern that the compromise timeline is shorter than the 10-20 year consensus estimates. The move exposes a structural vulnerability in the industry's foundational security model and creates a dependency on cryptographic standards developed by institutions like NIST that the crypto world has historically positioned itself against.

theme-connected quantum computing exascale computing infrastructure

May 21

Quantum and exascale computing are converging, not competing

Source: SiliconANGLE

The industry narrative around quantum computing is shifting from disruption mythology toward pragmatism: researchers are building hybrid architectures that pair quantum processors with classical exascale systems rather than betting on wholesale replacement. This changes the infrastructure investment equation—vendors and labs now need to solve the hard problem of real-time data movement between fundamentally different computing paradigms, not just build faster quantum chips in isolation. The race is no longer "which technology wins" but "who can operationalize the handoff," which favors systems integrators and cloud providers with deep pockets and heterogeneous infrastructure experience.