Event JSON
{
"id": "3a7b358b93cd143d0463189b2158e08999014993a44758ff7bfd556df0a7e2fa",
"pubkey": "34d2619e68720360854828326d149415e96394b76a93d7c107556d57e5d0d9a8",
"created_at": 1786934563,
"kind": 1,
"tags": [
[
"r",
"https://nostrmag.com/article/w33nostr01"
],
[
"title",
"Nostr's Post-Quantum Leap: Why Your Private Keys Aren't Safe From Tomorrow's Threats"
],
[
"author",
"NM team"
],
[
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"nostrmag"
],
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[
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"1786567158"
],
[
"random_id",
"964093759"
],
[
"client",
"nostrmag"
],
[
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"article_share"
],
[
"image",
"https://image.nostr.build/109d709ac1a424bb7a07e3f55d0578e05bcd82f547fe7d59bf1622a01007521f.png"
],
[
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"https://image.nostr.build/109d709ac1a424bb7a07e3f55d0578e05bcd82f547fe7d59bf1622a01007521f.png"
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[
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"content": "š° **In this week's issue:**\n\nšļø **BREAKING**\n\nNostr's Post-Quantum Leap: Why Your Private Keys Aren't Safe From Tomorrow's Threats\n\nHere's the sobering reality: \"A Nostr public key is published to every relay it touches, and Shor's algorithm recovers a private key from a public key\". Shor's algorithm, running on a sufficiently powerful quantum computer, could break the elliptic curve cryptography that secures every Nostr event. The consequences are devastating: encrypted messages become readable retroactively, and events can be forged.\n\nhttps://image.nostr.build/109d709ac1a424bb7a07e3f55d0578e05bcd82f547fe7d59bf1622a01007521f.png\n\nāļø Author: NM team\n\nš https://nostrmag.com/article/w33nostr01\n\nš id#964093759",
"sig": "e1a3591e92efbf282b205505e2ef1bc46ef5ca9ca5ae9f7a2b12ed191e34cfba0334b166698589d2d9beb5222f71e6aea02378315c0c446344a7a3718636c104"
}
