CRYPTOGRAPHY
Cryptography is the science of encryption, the technique that allows parties to communicate over a secured connection. It ensures that the data transferred by the sender is only to be received by the intended recipient and that the transferred data cannot be intercepted and retrieved by unintended third parties. Cryptography is the foundation behind blockchain technology, allowing users to transact with each other over a decentralized network.
Ethereum's Progress and Innovations Spotlighted at Devcon SEA 2024
Devcon SEA 2024 in Bangkok highlighted Ethereum's advancements, focusing on real-world applications, scaling, and second-generation cryptography, while fostering community collaboration.
NVIDIA Launches cuPQC for Enhanced GPU-Accelerated Post-Quantum Cryptography
NVIDIA introduces cuPQC, a GPU-accelerated software development kit, aimed at bolstering post-quantum cryptography for higher security against potential quantum computer threats.
Innovative Protocol Reduces Communication Complexity in Reliable Broadcasts
Victor Shoup introduces a new protocol that minimizes communication complexity in reliable broadcasts, offering advancements in cryptography and distributed computing.
Enhancing SNARKs: Overcoming Bugs for Better Scalability and Security
Exploring solutions to improve SNARKs, focusing on scalability and security. Learn about the latest developments and future roadmap for Jolt and zkVMs, according to a16z crypto.
IBM Research Introduces CBOMkit for Enhanced Cryptography Management
IBM Research has launched CBOMkit, a toolset aimed at helping developers manage cryptographic assets through the CycloneDX CBOM standard, addressing quantum computing threats.
Yehuda Lindell's Transition from Academia to Cryptography Deployment at Coinbase
Explore Yehuda Lindell's journey from academic research to deploying advanced cryptography solutions at Coinbase, highlighting the challenges and mindset shifts involved.
Enhanced Blockchain Security with Weighted VRFs in PoS Systems
Discover how blockchains autonomously generate randomness in Proof-of-Stake systems using weighted VRFs, enhancing security and scalability, as detailed by a16z crypto.
Breakthrough in ECDSA: New Threshold Protocols Reduce Complexity
Abhi Shelat introduces a novel approach to ECDSA signing, enabling efficient threshold protocols with reduced complexity, according to a16z crypto.
Exploring Exponent-VRFs: A New Approach in Cryptography
Yehuda Lindell unveils exponent-VRFs, offering new solutions in cryptography. Discover how this innovation addresses challenges in threshold cryptography and its implications for secure multiparty computation.
Exploring Threshold Schnorr Signatures: Past, Present, and Future
Chelsea Komlo from the University of Waterloo discusses the evolution, current advancements, and future challenges in threshold Schnorr signatures according to a16z crypto.