
Explore a heuristic-based solution for detecting known and unknown attacks on Ethereum smart contracts through blockchain transaction and storage analysis, with live demonstrations.

Explore alternative architecture for decentralized data ownership, covering identity, privacy, storage, and analysis. Learn about tradeoffs, tools, and emerging standards for user-controlled data in consumer applications.

Exploration of common vulnerabilities in Web3 projects, covering blockchain topology, node exploitation, DoS attacks, social engineering, and smart contract vulnerabilities in cryptocurrency systems.

Explore 35+ types of cryptocurrency scams, from traditional replicas to novel Web3-specific schemes. Learn about pump and dump, rug pull, and unique scams like proof of weak hands and NFT airdrops.

Innovative cryptographic ratchet for decentralized environments, combining hierarchical hashing and skip lists. Enables efficient key agreement, synchronization, and backward secrecy in local-first deployments.

Explore scalable protocols for generating unbiased public randomness in distributed systems, focusing on RandHound and RandHerd's innovative approaches to ensure integrity and efficiency.

Explore the challenges and insights of building a distributed round-robin scheduler using etcd for persistence and consensus in this developer-focused journey.

Explore automatic vulnerability detection and exploit generation for Ethereum smart contracts using teEther, a tool that analyzes binary bytecode to identify and exploit security weaknesses.

Comprehensive analysis of Bitcoin's design, properties, and challenges. Explores related cryptocurrencies, proposed modifications, anonymity issues, and disintermediation protocols in the evolving digital currency landscape.

Explore federated anonymous blocklisting using hidden common input aggregate proofs, enhancing privacy and security in distributed systems.

Explore innovative techniques for enhancing blockchain security by tolerating malicious majorities through throughput-centric Byzantine broadcast protocols.

Explore a groundbreaking approach to decentralized identity, leveraging existing providers for seamless integration and enhanced security in digital ecosystems.

Explore automated verification of temporal properties in smart contracts using SmartPulse, enhancing security and reliability in blockchain applications.

Explore high-frequency trading strategies for decentralized on-chain exchanges, examining their unique challenges and opportunities in the rapidly evolving blockchain ecosystem.

Explore innovative security measures for cryptocurrency wallets using proactive threshold techniques and offline devices, enhancing protection against cyber threats.

Kritische Analyse verschiedener Blockchain-Technologien und deren Anwendungen, mit Fokus auf technische Genauigkeit und skeptischer Bewertung ihrer Nützlichkeit jenseits von Bitcoin.

Kritische Analyse der überzogenen Behauptungen der Selbstfahrautoindustrie. Beleuchtet ethische Dilemmata, technische Herausforderungen und mögliche negative Auswirkungen auf Privatsphäre, Mobilität und Monopolbildung.

Johann Gevers explores the revolutionary changes transforming society, discussing how a decentralized system can create new economic opportunities and unprecedented social freedom through four key pillars.

Comprehensive exploration of blockchain technology, examining its implementation, potential applications, and critical analysis of its limitations and drawbacks in various sectors.

Explore decentralized React state management using IPFS for p2p synchronization, storage, and recovery. Learn to build multi-device and multi-user applications with enhanced data control and privacy.

Explore how the Web mirrors urban dynamics, featuring interconnected yet independent parts, resilience, and emergent patterns in the digital landscape.