The Ethereum Foundation’s Protocol cluster has set a firm deadline of December 2029 to make Ethereum’s base layer quantum-resistant across execution, consensus, and data layers. This move anticipates the arrival of quantum computers capable of breaking current cryptography, potentially as early as 2030. The plan involves a tight schedule of overlapping hard forks, starting with the Hegotá fork in December 2026, which will decide if future post-quantum upgrades proceed on time. Key proposals like FOCIL and Frame Transactions have been prioritized to enable new signature schemes and enhance security. This effort aligns Ethereum with similar targets from major tech companies like Google and Microsoft, aiming to protect the blockchain against future quantum threats.
Tron founder Justin Sun has unstaked a total of 10,000 ETH from the Lido liquid staking protocol since August 26, moving about $12.3 million of that ether to Poloniex, an exchange he supports. While this shows some liquidity being freed up, Sun still...
Uniswap's annualized UNI token burn rate has exceeded $250 million, up from $200 million just days earlier, driven by increased trading volume on decentralized exchanges like Robinhood Chain. This burn mechanism, introduced in late 2025 through the U...
Solana is set to triple its maximum transaction size from 1,232 to 4,096 bytes with the new Transaction v1 update, allowing more complex operations in a single transaction. This technical upgrade closes a gap with Ethereum, which has no transaction s...
The Ethereum Foundation announced a roadmap targeting a fully quantum-resistant Ethereum Layer 1 by December 2029. This upgrade will protect Ethereum's core systems—execution, consensus, and data—from potential quantum computing threats expected arou...
Ethereum mid-tier holders sold 307K ETH last week, outpacing the 82K ETH bought by large holders, signaling retail profit-taking near $2,265 acquisition costs. ETF inflows fell sharply to $218.4M from $824M, reflecting weakening institutional demand....
