zkbitcoin retweeted
The MPP32 MCP server just pulled live @_PIVX DAO governance data directly into Claude
Masternode votes. Treasury allocation. Budget proposals.
The same server also gives AI agents access to:
Solana token intelligence with alpha scores, rug risk and whale tracking
Portfolio scanning and head to head token comparison
Live U.S. money flow intelligence
Global conflict OSINT and AIS maritime vessel tracking
Agent to agent skill discovery via A2A OnRamp
and 4000+ more.
This is what the agentic economy looks like.
zkbitcoin retweeted
Partnership announcement!
We just shipped the first official tech integration with @_PIVX
PIVX = Building the Privacy layer for the agent economy and a fully community governed DAO
MPP32 = Universal payment layer for providers and agents
Together we make the agent economy PRIVATE and UNIVERSAL
🤖 Made with AI
zkbitcoin retweeted
Quantum Computing and PIVX
New advancements in quantum computing threaten to upend the cryptographic foundations of cryptocurrency...
This article explores what quantum computing is and why it matters for #PIVX:
⚛️💻 pivx.org/news/quantum-comput…
#QuantumComputing #Privacy #cryptography
Verified the World Record 39-round SHA-256 compression collision (Semi-Free-Start / chosen IV) via:
• Sparse differential path (2024 Li-Liu-Wang) • Bit-level SAT & explicit carry modeling • CDCL (IPASIR-UP)
Reduced-round research only. #Cryptanalysis #SHA256 #SAT #PIVX
differential paths for the attack (fed into Cadical)
zkbitcoin.com/static/cryptan…
The previous SFS record of 38 steps was set by Mendel et al. at EUROCRYPT 2013 and stood undefeated for over a decade. By utilizing new SAT/SMT search techniques to minimize Hamming weights and avoid contradictions, the 39-step barrier was finally broken.
Verified 36 37-round SHA-256 compression collisions (chosen IV)via:
• Differential path (SAC/FSE lineage)
• Bit-level SAT with explicit carry modeling
• CDCL (IPASIR-UP)
• Late-round carry pruning reducing search
Reduced-round research only.
#Cryptanalysis #SHA256 #SAT #PIVX
based on
Collision Attacks on SHA-256 up to 37 Steps with Improved Trail Search
eprint.iacr.org/2026/232
Verified 28-round SHA-256 compression collision via:
Differential path(SAC/FSE lineage)
SAT encoding with explicit carry modeling
Programmatic CDCL IPASIR-UP external propagator
Late-round carry pruning reduces search dramatically
#PIVX #Cryptanalysis #SHA256 #Bitcoin #ETH
managed to find differential paths to find collision in 27 rounds in < 1 sec
zkbitcoin.com/cryptanalysis/…
#PIVX #Bitcoin $BTC #Ethereum $ETH #SHA256 #collision #SAT #cadical












