🚨 INSIGHT: Quantum computing could soon break today’s cryptography, putting financial data and e-signatures at risk.Institutions need quantum-resistant tools to secure records, workflows, and audit trails.Paraguay’s Ueno Bank is adopting SignQuantum with @QANplatform, a hybrid L1 blockchain built for post-quantum security.The bank is adding quantum-safe signatures to e-signatures and anchoring proofs on QANplatform, creating verifiable, tamper-evident records aligned with NIST standards.Will quantum-safe bl ...

2/ Unified Interface for Different Workloads:Consolidated the prover’s interface to support both straightforward circuits (such as hashing) and more sophisticated computation graphs (such as machine learning models). This flexibility ensures the system can scale from simple cryptographic tasks to complex computational workloads. ...

Core Insights - SEALSQ Corp has enhanced its INeS PKI platform to include secure code signing services, aimed at protecting firmware integrity for connected devices, aligning with global cybersecurity regulations [1][3][4] - The platform now supports both legacy ECC and RSA algorithms, preparing customers for the quantum era while meeting current performance and regulatory needs [2][4] - The integration of code signing into the INeS platform provides a scalable, standards-based, and post-quantum-ready trust infrastructure for OEMs in various sectors, including IoT and critical infrastructure [3][5] Regulatory Compliance - The upgraded INeS platform addresses new regulations such as the EU Cyber Resilience Act and U.S. Executive Order 14028, which mandate software publishers to ensure the authenticity and integrity of software components [3][4][6] - INeS supports compliance-ready trust policies aligned with various standards, including ETSI EN 319 421 and ISO/IEC 27001, ensuring that firmware signing meets regulatory requirements [6] Market Position and Applications - SEALSQ's INeS platform is utilized by global manufacturers to manage digital identities for over 30 million smart meters and industrial IoT devices, enhancing firmware authenticity and compliance from chip to cloud [5][6] - The company is pioneering Post-Quantum Semiconductors that provide robust protection for sensitive data across multiple applications, including healthcare, automotive, and industrial automation [8]

Core Insights - Circle and Paxos Trust have developed a method to assist companies in verifying their digital asset holdings, utilizing cryptography and blockchain technology [2][3] - The partnership signifies the maturation of the digital asset industry in response to new global regulatory requirements, such as the GENIUS Act in the United States, which governs stablecoins [4] Group 1: Technology and Verification - The collaboration with Bluprynt allows for issuer verification of stablecoins, enabling tracing of tokens back to verified issuers [2] - The technology provides upfront provenance, reducing complexity and enhancing transparency for regulators and investors, which can mitigate risks from counterfeit tokens and impersonation attacks [3] Group 2: Regulatory Environment - The GENIUS Act, passed in July, is the first legislation in the U.S. specifically addressing stablecoins, indicating a shift towards regulatory oversight in the digital asset space [4] - Blockchain analysis firms have highlighted distinct security risks associated with stablecoins, including impersonation and fake tokens [5] Group 3: Integration Challenges - Circle's partnership with Finastra aims to facilitate the integration of stablecoin settlements into cross-border payment flows, utilizing Finastra's payment hub solutions [6] - The integration of stablecoins into the financial system faces challenges due to the lack of universality, as different versions of the same stablecoin can behave differently across various blockchain networks [7][8]

Cryptocurrency & Decentralization - The industry is bullish on digital currencies utilizing decentralized systems for transaction verification and record maintenance, employing cryptography instead of centralized authorities [1]

AI Model Complexity & Verifiability - Model mode complexity highlights the importance of verifiable AI [1] - Cryptography can prove which model was used and that it executed correctly, eliminating the need to trust labels blindly [1] OpenAI Model Confusion - OpenAI's attempts to simplify model selection may have inadvertently increased confusion regarding model usage [1] - It's unclear how the different models available in ChatGPT map to those available in the API [1] - The relationship between "ChatGPT-5 Thinking" and GPT-5 is ambiguous [1]

Many 20th century systems will melt down in a low-trust, high-tech environment. Fraud rates will just get out of control.We’ll need to rebuild those systems with cryptography. Digital signatures are much harder to fake than signatures.Barrett Linburg (@DallasAptGP):In Texas, someone can steal your building for $30 cashNo ID required to file the deed in personIn 2022, 2 of our buildings worth over $6M were “sold” to a Delaware LLC using a fake notarized signature.The county recording system accepted the forg ...

Technology & Security - Cryptography has replaced traditional pen-based methods [1] - Digital signatures offer enhanced power and security [1] Industry Focus - The article discusses the increasing importance of cryptography in modern applications [1]

Key Technologies & Concepts - Encrypted computing is crucial for the Solana ecosystem, crypto, and Web2 [1] - ArciumHQ is enabling confidential smart contracts, SPL tokens, and privacy-first DeFi [1] - Encrypted state for smart contracts is explained [1] - Confidential SPL tokens on Solana are being developed [1] - Encrypted computation combined with AI presents a powerful future [1] DeFi & Privacy - Arcium enables private transfers [1] - Building private DeFi apps with SPL tokens is a focus [1] - Lending without exposing user data is being explored [1] - Privacy is considered a product feature, not a compromise [1] Solana Ecosystem - Solana is focusing on encrypted execution [1]

Vision & Strategy - Ethereum aims for extreme performance with uncompromising security and decentralization, leveraging next-generation cryptography [1] - Ethereum is positioned to become the bedrock of the internet of value, securing hundreds of trillions over decades [3] - The Ethereum Foundation (EF)'s Protocol cluster strategically prioritizes scaling L1 and blobs [3] - Lean Ethereum proposes upgrades across L1 sublayers: lean consensus, lean data, and lean execution [4] Technical Roadmap - Ethereum targets 1 gigagas/sec on L1 (10 thousand TPS) and 1 teragas/sec on L2 (1 million TPS) [4] - Lean consensus (beacon chain 2.0) aims for hardened security, decentralization, and finality in seconds [4] - Lean data (blobs 2.0) envisions post-quantum blobs and granular blob sizing [4] - Lean execution (EVM 2.0) targets a minimal, SNARK-friendly instruction set [4] - Hash-based cryptography is emerging as the foundation for lean Ethereum, addressing SNARKs and quantum threats [7] Security & Decentralization - Ethereum boasts 100% uptime since genesis and unrivaled client diversity [2] - Ethereum has $130 billion in economic security (35.7 million ETH staked × $3.7 thousand) [2]