🐦 Archived X post

A tamper-evident, on-chain timestamp of what this post said. Captured 2026-10-09 13:19 UTC.

@VinceLaBidoon X · 2026-10-09

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[7] [2] [1] = CSW Bitcoin Whitepaper steganography proof If we examine the first name initials of the References in Satoshi's Whitepaper, there is only one referenced name for each of the CSW's initials (only Reference #1 has EXCLUSIVELY the letter W in it, #2 with S, #7 with C) giving you 721. But, why did Satoshi place the C at the end instead of the beginning, giving WSC, when he had full control. He was pointing to intentionally INVERSE the numbers to [1][2][7]. But why? To remove any doubt, and dismissing the letters CSW appearing, as being mere "coincidence", Satoshi adds another layer (the need to inverse the order) making the possibility of being coincidental very small. Then, 127 happens to be the 4th (fourth) Mersenne Prime number; infinitely small chance of still being "coincidental". Why "fourth" or "Forth"? The programming language. We now have three independently established facts: 1. 127 is the fourth Mersenne prime. 2. Satoshi explicitly described Bitcoin Script as Forth-like in source code. 3. Craig Wright independently discussed Forth in connection with Bitcoin Script. Remember when CSW "fumbled" regarding the definition of an UNSIGNED INTEGER? Well, the number 127 is also the MAXIMUM positive value of a conventional signed 8-bit integer. A signed 8-bit integer typically represents: -128 to +127 The chances, of all these things (see final pic) occurring randomly, is astronomically small, if not, impossible. *credit to @roman_de_fauvel where he deciphered it all leading to his conclusion of being 725 where, I believe, he made some incorrect assumptions. @bsvdrip
posthttps://x.com/VinceLaBido/status/2108379591484100995
author id621066332
posted2026-10-09T02:10:41.000Z
manifest sha256ce564c9f0d028fc631e507d6ecdafeeede67c14383044ee6ffc435c3ddf76582
text sha256183691506aa6d0b1809be84d2632e4719eb20a23e6e19b189c94cb5cd9e4c655
media sha256044f64bc60cf24770409c1f0dbc02cd655ea08be9b727bfb48ada86c85f7a2d2 (photo, 46029 bytes)
media sha2564568df9c829f5fa28658f2fc2f45ca185d6ecabaaf5311e7dc041e7bbf112402 (photo, 28614 bytes)
media sha2560cf76adccaa447cc9fc71df0b7a47ec069aba3f5172f142f6dd1ab564147a3d7 (photo, 19602 bytes)
media sha256c3bb7bd74173ad034ff148a1a3ab73218519e4e4865f51042868bf52b4ecfb4d (photo, 17723 bytes)
on-chain⛓ anchored — d00a3002da1a65404e308ec32c950f1fba20b057f055307467014a505a3c3979

Verify it yourself: the manifest is the exact JSON whose SHA-256 is ce564c9f0d028fc631e507d6ecdafeeede67c14383044ee6ffc435c3ddf76582; it binds the tweet id, author, post time, and the SHA-256 of the text above. Re-hash the text to match 183691506aa6d0b1809be84d2632e4719eb20a23e6e19b189c94cb5cd9e4c655, and read the anchor transaction's OP_RETURN bsv.cx / x1 / ce564c9f0d028fc631e507d6ecdafeeede67c14383044ee6ffc435c3ddf76582 — the block's timestamp proves the post said this at or before that time, with no trust in bsv.cx. Content archived via the X API.

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