Hashratecoin

Economic evaluation of double-spend attacks in blockchain systems, analyzing transaction security, mining power requirements, and the impact of eclipse attacks on consensus.

Analysis of decentralization limitations in blockchain consensus protocols, focusing on Sybil costs and economic incentives across PoW, PoS, and DPoS systems.

Comprehensive analysis of Blockchain Extractable Value (BEV) quantifying $540.54M extracted through sandwich attacks, liquidations, and arbitrage over 32 months, with security implications for blockchain consensus.

Analysis of griefing behavior in blockchain mining economies, game-theoretic models, evolutionary stability, and convergence to market equilibria via proportional response protocols.

Analysis of grieving behavior in blockchain mining economies, evolutionary stability, and convergence to market equilibria via proportional response protocols.

Comprehensive analysis of selfish mining in blockchain with multiple misbehaving pools, Markov chain modeling, profitability thresholds, and security implications for PoW consensus.

Analysis of Bitcoin Cash's difficulty algorithm instability, mathematical derivation of NEFDA solution, and empirical comparison demonstrating improved transaction throughput stability.

Comprehensive technical documentation and resources about hashratecoin technology and applications.

Analysis of HaPPY-Mine, a novel mining reward function that pegs reward value to system hashrate to promote decentralization in blockchain networks.

Analysis of MFIN framework for systematic cryptocurrency trading using multiple factors and deep learning techniques to optimize portfolio Sharpe ratio.

Analysis of Optical Proof of Work (oPoW), a novel cryptocurrency mining algorithm that shifts costs from electricity to hardware using silicon photonics technology.

Analysis of ADESS protocol modifications to proof-of-work blockchain systems that increase security against double-spend attacks through temporal sequencing and exponential penalties.

ADESS protocol modification for PoW blockchains to increase security against double-spend attacks through temporal sequence analysis and exponential penalty mechanisms.

Analysis of selfish mining strategies in Ethereum, comparing profitability and impact on difficulty adjustment. Includes closed-form formulas using Dyck words combinatorics.

Research paper analyzing statistically undetectable selfish mining strategies in blockchain protocols, including profitability thresholds and detection evasion techniques.