How come ETH heads add a next, more complicated layer to the...

npub1af6cqtw3ep5n8s0zp3vz2sdm9q75fjywx3z7myx5xa0u8ktn7wsqa6fghj

hex

201020d2158943818c3c3a7c77d62dfc65c9bebc4bd0baad57ee906c6917f9c8

nevent

nevent1qqszqypq6g2cjsup3s7r5lrh6cklcewfh67yh59644t7ayrvdytlnjqprpmhxue69uhhyetvv9ujuem4d36kwatvw5hx6mm9qgsw5avq9hgus6fnc83qckp9gxajs02yez8rg30djr2rwh7rm9el8gqzc28ft

Kind-1 (TextNote)

2026-07-06T20:58:23Z

How come ETH heads add a next, more complicated layer to their Rube Goldberg machine every few years, but haven't been able to come up with a descent address format, i.e. one that has a network/token type prefix and a checksum? Is this a real life?

原始 JSON

{
  "kind": 1,
  "id": "201020d2158943818c3c3a7c77d62dfc65c9bebc4bd0baad57ee906c6917f9c8",
  "pubkey": "ea75802dd1c86933c1e20c582541bb283d44c88e3445ed90d4375fc3d973f3a0",
  "created_at": 1783371503,
  "tags": [
    [
      "alt",
      "A short note: How come ETH heads add a next, more complicated la..."
    ],
    [
      "client",
      "Amethyst"
    ]
  ],
  "content": "How come ETH heads add a next, more complicated layer to their Rube Goldberg machine every few years, but haven't been able to come up with a descent address format, i.e. one that has a network/token type prefix and a checksum? Is this a real life?",
  "sig": "17d2f7d0aad69f9146f0baed9f5bed896c62ef8f78b3a6d7c439fec61be5500c3396ed047a28114400c3b2a0bf272dd77c2de674b22e93d5ddc713d7ab7228d8"
}