The field of blockchain research is moving towards improving security and interoperability. Recent studies have focused on developing new methods for detecting and preventing phishing attacks, as well as enhancing the security of blockchain-based systems. Additionally, there is a growing interest in blockchain interoperability, with researchers exploring ways to enable seamless data and asset exchange across disparate blockchains. Notable papers in this area include: SolPhishHunter, which detects and understands phishing on Solana, and Enhancing Blockchain Cross Chain Interoperability, which provides a comprehensive survey of blockchain interoperability methods and technologies.
Advancements in Blockchain Security and Interoperability
Sources
Micro-Patterns in Solidity Code
Triple-identity Authentication: The Future of Secure Access
Moneros Decentralized P2P Exchanges: Functionality, Adoption, and Privacy Risks
Dynamic Graph-based Fingerprinting of In-browser Cryptomining
Elevating Semantic Exploration: A Novel Approach Utilizing Distributed Repositories
From Concept to Measurement: A Survey of How the Blockchain Trilemma Can Be Analyzed
SolPhishHunter: Towards Detecting and Understanding Phishing on Solana
Maxing Out the SVM: Performance Impact of Memory and Program Cache Sizes in the Agave Validator
Blockchain Data Analytics: A Scoping Literature Review and Directions for Future Research
Enhancing Blockchain Cross Chain Interoperability: A Comprehensive Survey
SoK: A Taxonomy for Distributed-Ledger-Based Identity Management
Empirical Analysis of Transaction Conflicts in Ethereum and Solana for Parallel Execution