Ethereum

Global markets were notably driven by energy price shocks and geopolitical risks over the past week. Escalating tensions in the Middle East propelled oil prices upward, with WTI surging more than 25% for the week. As a result, the market entered a risk-off phase, prompting BTC, ETH, and US equities to pull back simultaneously. From a macro standpoint, although rising oil prices are unlikely to trigger a recession directly, they could elevate inflation and delay interest rate cuts in the coming months. On-chain activity saw DEX trading volumes remain high, with liquidity further concentrating in top protocols. The total stablecoin market cap climbed to around $330 billion, with USDC emerging as the main source of incremental capital. In the derivatives market, funding rates stayed predominantly negative and option volatility increased, reflecting continued vigilance toward tail risks. Overall, the market is navigating a stage of macro risk repricing and liquidity reallocation. Looking ahead to next week, atten

A DEX Aggregator is an on-chain trading protocol designed to combine liquidity from multiple decentralized exchanges. As the DeFi ecosystem and multi-chain landscape continue to expand, DEX aggregators are widely used to optimize trade pricing, reduce slippage, and improve the efficiency of asset swaps.

A DEX Aggregator is an on-chain trading protocol designed to combine liquidity from multiple decentralized exchanges. As the DeFi ecosystem and multi-chain landscape continue to expand, DEX aggregators are widely used to optimize trade pricing, reduce slippage, and improve the efficiency of asset swaps.

Flash Loans are an innovative DeFi solution enabling users to borrow substantial funds from a protocol instantly and without collateral. Borrowers must complete their intended transactions and repay the principal plus fees within the same operation; if they fail to do so, the entire transaction is canceled.

Aave utilizes an "overcollateralization and liquidity pool" model, where all operations are automatically executed through on-chain smart contracts. Interest rates fluctuate in real time, and risk is dynamically managed by the liquidation system. This architecture enhances capital efficiency while minimizing the cost of trust.

AAVE is the native governance and utility token of Aave, the world’s leading lending protocol, built on the Ethereum ERC-20 standard. Serving as the core value driver of the protocol’s ecosystem, AAVE goes beyond conventional incentive models by directly anchoring token value to systemic risk via its distinctive Safety Module. Token holders have the highest authority over protocol upgrades, risk parameters, and reserve management, and act as the ultimate safeguard through a risk-sharing mechanism in the event of a shortfall.

Aave and Compound are both decentralized liquidity protocols built on blockchain technology, enabling users to borrow assets with over-collateralization or earn interest by supplying liquidity. The key distinction lies in Aave’s broader range of features and risk-layered design, whereas Compound stands out for its straightforward interest rate model and modular governance framework.

Aave is a leading decentralized, non-custodial liquidity protocol. Users can supply assets as depositors to provide market liquidity and earn ongoing passive interest, or they can enhance capital efficiency as borrowers by obtaining instant loans through over-collateralizing their digital assets—all without needing to liquidate their holdings.

The article reconstructs ETH’s value proposition from the perspective of CYBERPUNK MONEY, arguing that L2 must remain economically coupled with L1, and that tokenization must rely on on-chain determinism. In the wave of enterprises moving on-chain, ETH functions as the only credibly neutral credential, safeguarding property rights execution and enabling adversarial commerce, ultimately transcending the narrative of scarcity to become a constitutional asset of the protocol.

Vitalik Buterin's latest scaling roadmap clearly distinguishes Ethereum's short-term and long-term expansion paths: In the short term, execution efficiency is enhanced through gas repricing, multidimensional gas mechanisms, block verification parallelization, and ePBS. In the long term, the network relies on ZK-EVM and blobs data architecture to achieve highly scalable networks without full re-execution. Unlike previous single-point optimizations, this is a systematic reconstruction plan centered around verification costs and state growth constraints.

ADA is the native token of the Cardano blockchain.

The primary difference between Cardano and Ethereum lies in their ledger models and development philosophies. Cardano adopts the Extended UTXO (EUTXO) model derived from Bitcoin and emphasizes formal verification and academic rigor. Ethereum, by contrast, uses an account-based model and, as a pioneer of smart contracts, prioritizes rapid ecosystem iteration and broad compatibility.

The core logic of Layer 2 (L2) lies in decoupling the execution layer from the settlement layer to achieve an exponential leap in throughput. As the dominant technical paradigm of L2, Rollups bundle hundreds or thousands of transactions off-chain, submitting only compressed summary data or fraud/validity proofs to the Ethereum mainnet. This "off-chain execution, on-chain settlement" mechanism allows L2s to inherit the mainnet's financial-grade security while reducing transaction costs to mere cents, effectively breaking the blockchain "trilemma" of decentralization, security, and high performance.

EIP-1559 represents the most significant improvement to the economic mechanism in Ethereum's history, restructuring transaction fees from a singular "first-price auction" into a dual-track model consisting of a Base Fee and a Priority Fee. The core logic of this proposal lies in automatically adjusting the Base Fee based on the elasticity of demand for block space and permanently burning it from the total supply.

The Ethereum Virtual Machine (EVM) is a decentralized runtime environment responsible for processing all computational logic and state transitions for smart contracts. As a Turing-complete virtual computer, the EVM interprets bytecode and executes it synchronously across tens of thousands of global nodes, ensuring the determinism and censorship resistance of "Code is Law."