RT sudo rm -rf --no-preserve-root / (@pcaversaccio)it's a remarkable milestone for anyone working on compilers and smart contract security: Vyper is set to become the _first_ formally verified smart contract compiler, effectively allowing you to mathematically prove that the entire compilation pipeline preserves the contract logic _and_ to prove that the contract logic itself is correct. Oh, and the cool thing is, my snekmate math functions have been formally verified :D. 🐍💙 ...

https://t.co/AkzpgPt4mFAsymptotic (@AsymptoticTech):Comprehensive Formal Verification of @CetusProtocol on @SuiNetwork: core CLMM protocol, standard library (STL), and integer-mate.Our formal verification confirms correctness of critical protocol properties, including deductive proofs that the tick-to-price conversion functions https://t.co/Junp9wilpZ ...

https://t.co/ze8TIWjw5Bhttps://t.co/WpoSFeFLq8https://t.co/PFFBhK3Ea8https://t.co/NrRFAu19aDhttps://t.co/8yjoBd265Mhttps://t.co/jclVrvCwHJ”*https://t.co/6b0EJxPXe8If you’re shipping on Sui, tag us so we can highlight your progress.Asymptotic (@AsymptoticTech):Comprehensive Formal Verification of Scallop Lend (@Scallop_io)We proved strong correctness properties across core accounting, liquidation math, access control, and fixed-point arithmetic. Coverage spans all balance sheet operations, from position safe ...

How I think about "security":The goal is to minimize the divergence between the user's intent, and the actual behavior of the system."User experience" can also be defined in this way. Thus, "user experience" and "security" are thus not separate fields. However, "security" focuses on tail risk situations (where downside of divergence is large), and specifically tail risk situations that come about as a result of adversarial behavior.One thing that becomes immediately obvious from the above definition, is tha ...

Core Insights - The collaboration between Zapata Quantum and the University of Maryland aims to publish a formally verified implementation of Shor's quantum factoring algorithm, which is significant for cryptography and other high-value domains [1][4] Group 1: Collaboration and Approach - Zapata Quantum partners with the University of Maryland, a leader in quantum computing, to advance verification-driven approaches in quantum application development [2][3] - The collaboration focuses on using end-to-end formal verification to translate complex mathematical formulations into quantum circuits, addressing challenges in quantum application development [2][3] Group 2: Importance of Formal Verification - Formal methods, while established in classical software engineering, are still emerging in quantum computing, and this collaboration exemplifies their practical application in non-trivial quantum algorithms [3] - The project establishes a verification-first model for quantum applications, starting from a proof of correctness rather than manually derived code, which is essential as quantum software complexity increases [3] Group 3: Market Position and Challenges - Zapata Quantum is positioned as a unique player in the quantum software market, focusing on higher-level application development while addressing systemic gaps in quantum application validation [4] - The company aims to deliver provable correctness and reliability, which are crucial for the commercial viability of quantum computing [4] Group 4: Company Overview - Zapata Quantum is a hardware-agnostic, pure-play quantum software company with over 60 patents, supporting applications in various fields including cryptography, finance, and pharmaceuticals [5] - The company has participated in DARPA's Quantum Benchmarking program and collaborates with Fortune 500 companies and government agencies to translate quantum advancements into practical applications [5]

https://t.co/8KwIAy1yp5Asymptotic (@AsymptoticTech):Proud to join @SuiNetwork's Ecosystem Security Expansion as the formal verification partner 🛡️Our mission: Comprehensive Formal Verification for all critical Sui infrastructure and top DeFi protocols.This goes beyond standard security practices. While other chains rely on ...

Security & Vulnerabilities - Automated formal verification tool is proposed to ensure DApps security and expected behavior across all scenarios [1] - Current crypto solutions face bad press due to hacks and security vulnerabilities, hindering user adoption [2] - The proposed tool aims to enhance user safety and confidence in using crypto [2] Market Opportunity - There is a potential market for security-focused crypto solutions that address user concerns about hacks and vulnerabilities [2] - The industry needs solutions that provide a sense of safety and security to encourage wider adoption of crypto [2]

Core Insights - The 2025 Design and Verification Conference and Exhibition U.S. (DVCon U.S.) achieved record attendance, marking a successful return to in-person events since the pandemic [1][2][3] - The conference showcased advancements in AI, formal verification, and industry standards, emphasizing its role as a premier event for the design and verification community [3] - DVCon U.S. 2026 is scheduled to take place at the Hyatt Regency in Santa Clara, California, from March 2-5, 2026, indicating growth and expansion for future events [5] Attendance and Participation - DVCon U.S. 2025 attracted participants from 32 countries, representing approximately 350 companies, with 404 first-time attendees [2] - Overall attendance reached around 1,067, including representatives from 26 exhibiting companies, and the exhibit floor was sold out [2] Awards and Recognitions - The Stuart Sutherland Best Oral Presentation award was won by a team from NVIDIA for their work on "Hierarchical Formal Verification and Progress Checking of Network-on-Chip Design" [3] - Best Poster honors were awarded to Jonathan Bonsor-Matthews and Greg Law for their poster on "Time-Travel Debugging for High-Level Synthesis Code" [3] Keynote Highlights - The industry keynote addressed the transformative role of AI in chip design and verification, with insights from leaders at Synopsys and Microsoft [4] - A panel discussion highlighted the increased complexity of verifying AI chips, with experts noting they are 50% more difficult to verify due to their dynamic behaviors [4] Future Directions - The proceedings from DVCon U.S. 2025 will be publicly available in June, allowing broader access to the insights shared during the conference [6] - The conference aims to continue fostering innovation and collaboration within the design and verification community as it prepares for future events [3][5]