Tech Watch

Tracking quantum hardware progress, error correction breakthroughs, and what they mean for crypto timelines

What we track (and why it matters)

  • Physical → logical qubits: error correction thresholds, code choice, and overhead toward fault tolerance.
  • Gate fidelity & error rates: real progress vs. lab demos—timelines to meaningful cryptographic impact.
  • Hardware roadmaps: trapped ions, superconducting, neutral atoms, photonics—trade-offs and likely winners.
  • Quantum networking & QKD: where it helps, where it doesn’t, and implications for wallets, nodes, and bridges.

Featured trackers

Quantum Hardware Progress

From noisy devices to logical qubits—gate fidelities, code thresholds, and credible milestones.

Quantum Networking & QKD

QKD pilots, quantum repeaters, and where networking actually intersects with crypto infrastructure.

Explainers & analysis

No fluff—just practical implications for signatures, wallets, and chain upgrades as the tech evolves.


Latest Tech Watch posts

Assign updates to the tech-watch category to auto-appear below.

  • Exploring Quantum-Resistant Cryptographic Standards

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  • The Intersection of Quantum Technology and Blockchain

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  • Preparing Your Wallet for the Quantum Computing Era

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  • Analyzing the Weak Points in Crypto Security Systems

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  • Quantum-Safe Protocols for the Future of Digital Assets

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  • How Quantum Computing Could Break Blockchain Systems

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Resources

Stay Ahead of Quantum Threats

Track the latest quantum hardware milestones and understand what they mean for cryptocurrency security.