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$YEET

Heating Up

Snapshot Window: 2026-08-12 21:10 UTC ยท โ† Back to Crypto Overview

Tracked Posts
1
Total Impressions
600
Total Likes
32
Retweets & Quotes
19
Comments
14

Social Momentum Summary

Total Engagement - Comments: 14, Retweets: 19, Likes: 32, Impressions: 600

Verbatim Community Citations & Social Evidence 1 source posts analyzed

Bitcoin developers are flipping the script. LLMs have been used to find vulnerabilities in Bitcoin code. Now @n1ckler is using them to mathematically prove code is secure. His new proof-of-concept library implements the one-time signature scheme at the core of SHRINCS, a

The image displays a Coq formal verification theorem proving the security of the "shrincs_wots" Winternitz one-time signature scheme using SHA-256 against a KOTS (keyed one-time signature) adversary, with an advantage bound combining various epsilon terms (smud, strcrp, tcr_pk, tcr_chain, pre, prf). This relates to the post as it shows Nickler's mathematical proof-of-concept library that uses LLMs to formally verify Bitcoin's cryptography, specifically demonstrating the WOTS scheme at the core of the post-quantum signature scheme SLH-DSA (formerly SPHINCS+/SHRINCS).

AI visual note: The image displays a Coq formal verification theorem proving the security of the "shrincs_wots" Winternitz one-time signature scheme using SHA-256 against a KOTS (keyed one-time signature) adversary, with an advantage bound combining various epsilon terms (smud, strcrp, tcr_pk, tcr_chain, pre, prf). This relates to the post as it shows Nickler's mathematical proof-of-concept library that uses LLMs to formally verify Bitcoin's cryptography, specifically demonstrating the WOTS scheme at the core of the post-quantum signature scheme SLH-DSA (formerly SPHINCS+/SHRINCS).

Contributing Voices for $YEET

@BizDevKevv