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    <title>Post-Quantum Cryptography on goodinfo.net Daily</title>
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      <title>[Brief] US Government Bets $2 Billion on Quantum Computing, Defense Side Can&#39;t Keep Up</title>
      <link>https://goodinfo.net/en/posts/ai-tech/brief-us-2-billion-quantum-computing-defense-2026-06-12/</link>
      <pubDate>Sat, 13 Jun 2026 00:30:00 +0800</pubDate>
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      <guid>https://goodinfo.net/en/posts/ai-tech/brief-us-2-billion-quantum-computing-defense-2026-06-12/</guid>
      <description>Core Summary The U.S. government has invested $2 billion in quantum computing development, but the defense sector is falling seriously behind in migrating to post-quantum cryptography, according to a CoinDesk analysis. The author warns that once mature, quantum computers capable of cryptographically relevant operations will pose a fundamental threat to current encryption systems.
Details Author Pruden argues that defending against the quantum threat requires a two-pronged approach: accelerating deployment of post-quantum cryptography standards and establishing regulatory frameworks for quantum technology development. Federal agencies are uneven in their migration progress, with some critical systems still using traditional encryption algorithms potentially vulnerable to quantum computers.
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      <content:encoded><![CDATA[<h2 id="core-summary">Core Summary</h2>
<p>The U.S. government has invested $2 billion in quantum computing development, but the defense sector is falling seriously behind in migrating to post-quantum cryptography, according to a CoinDesk analysis. The author warns that once mature, quantum computers capable of cryptographically relevant operations will pose a fundamental threat to current encryption systems.</p>
<h2 id="details">Details</h2>
<p>Author Pruden argues that defending against the quantum threat requires a two-pronged approach: accelerating deployment of post-quantum cryptography standards and establishing regulatory frameworks for quantum technology development. Federal agencies are uneven in their migration progress, with some critical systems still using traditional encryption algorithms potentially vulnerable to quantum computers.</p>
<p>Editor: GoodInfo Global News Team</p>
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      <category domain="tag">Quantum Computing</category><category domain="tag">US Government</category><category domain="tag">Defense Tech</category><category domain="tag">Post-Quantum Cryptography</category><category domain="tag">Tech Investment</category>
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