
Explores Asynchronous Consensus Zones to scale blockchain systems linearly, introducing eventual atomicity and Chu-ko-nu mining for improved throughput and security without compromising decentralization.

Reverse engineering tool for Ethereum smart contracts, providing insights into code complexity, reuse, and linking contracts to public source code. Demonstrates applications in high-value wallets, arbitrage bots, and popular games.

Innovative blockchain architecture that significantly increases transaction processing speed without modifying proof-of-work consensus, using novel data structures and I/O optimization techniques.

Explore multi-transaction differential fuzzing for detecting Ethereum consensus bugs, improving security and reliability in blockchain networks.

Innovative blockchain system enabling smartphone participation in validation and consensus, offering high throughput and scalability while minimizing resource usage through a novel split-trust design.

Explore eclipse attacks on Bitcoin's P2P network, their impact on mining and consensus, and proposed countermeasures to enhance network security while maintaining decentralization.

Explore FastKitten, a framework for executing complex smart contracts on Bitcoin using trusted computing environments, offering efficiency and low costs for multi-round applications.

Explores honeypot smart contracts in Ethereum, their prevalence, and impact. Presents HoneyBadger tool for detecting honeypots, analyzing 2M+ contracts and identifying 690 honeypots with 240 victims.

Explore a novel blockchain system with high throughput and fast confirmation, featuring an optimistic consensus protocol and adaptive weight mechanism to enhance scalability and security.

Explore blockchain's impact on currency, governance, and global power dynamics. Discover how this technology challenges traditional financial systems and reshapes national sovereignty.

Explore blockchain vulnerabilities, smart contract issues, and topology attacks. Learn best practices for mitigating risks in decentralized systems and Ethereum-based platforms.

Explore the expanding vulnerabilities in industrial control systems, from traditional security to blockchain, with insights on hardware attacks, supply chain risks, and network hijacking.

Explore blockchain's impact on industrial control, debunking myths and examining security implications for smart contracts and decentralized systems.

Explore blockchain security strategies at Coinbase, focusing on safeguarding assets against protocol subversion, 51% attacks, and smart contract vulnerabilities in Proof of Work and Ethereum networks.

Explore Ethereum smart contract vulnerabilities, reverse engineering techniques, and new tools for analyzing blockchain attacks through real-world examples and practical demonstrations.

Explore decentralized domain infrastructure using Namecoin and Emercoin blockchains, focusing on unofficial TLDs and alternate DNS resolution for takedown-resistant domains.

Explore the potential threat of embedding malware in blockchain transactions, its implications for cybersecurity, and possible solutions to mitigate risks in decentralized systems.

Comprehensive exploration of blockchain technology, covering infrastructure, smart contracts, and applications. Demystifies key concepts and their interconnections for developers and enthusiasts.

Explore the future of networking with a focus on edge computing and the value of new information. Insights on synthesizing data at the network edge for innovative system designs.

Kritische Analyse der Blockchain-Technologie und Web3: Hinterfragt Versprechen der Dezentralisierung und Demokratisierung, erklärt Grundlagen und bewertet bisherige Einsatzszenarien im gesellschaftlichen Kontext.

Explore blockchain's potential to bridge the trust gap in commerce, its disruptive impact on businesses, and its simplified explanation for beginners with industry expert Richie Etwaru.