🚀 Aptos Labs Introduces New Consensus Protocol Raptr
#AptosLabs #Raptr #ConsensusProtocol #DAG #Blockchain #TransactionThroughput #Latency #Cryptocurrency #APT
According to Foresight News, Aptos Labs' Head of Research, Alexander Spiegelman, has announced the launch of a new consensus protocol named Raptr. This protocol integrates Directed Acyclic Graph (DAG) technology to achieve high transaction throughput while maintaining optimal theoretical latency. Spiegelman stated that the deployment of Raptr will occur in two phases, with the first phase set to be released soon.#AptosLabs #Raptr #ConsensusProtocol #DAG #Blockchain #TransactionThroughput #Latency #Cryptocurrency #APT
🚀 Ethereum L1 Increases Gas Limit to Boost Transaction Throughput
#Ethereum #L1 #GasLimit #TransactionThroughput #Blockchain #Validators #CryptoNews #ETH
According to PANews, Ethereum's Layer 1 (L1) network has recently undergone a dynamic adjustment to its block gas limit, increasing it from 30 million to 36 million. This change is expected to enhance the network's transaction throughput by 20% and potentially reduce transaction fees by 10% to 30%.
The adjustment was not decided by a single entity but resulted from validators gradually adjusting parameters and reaching a consensus. Currently, 49.5% of validators have reported adopting the new 36 million gas limit.#Ethereum #L1 #GasLimit #TransactionThroughput #Blockchain #Validators #CryptoNews #ETH
🚀 Ethereum's L2 Security and Finalization Roadmap Outlined by Vitalik Buterin
#Ethereum #VitalikButerin #Layer2 #L2Security #FinalizationRoadmap #PectraUpgrade #HybridProofSystem #ZKProofs #TransactionThroughput #CrossChainBridging #Blockchain #PrivacyProtocols #ETH
According to Foresight News, Ethereum founder Vitalik Buterin has published a detailed article titled "A Simple L2 Security and Finalization Roadmap," outlining three key directions for optimizing Ethereum's Layer 2 (L2) security and finalization.
The first focus is on expanding data capacity. The Pectra upgrade will increase Blob space to six units, with plans to extend it to 72 units by the end of the year through the Fusaka upgrade, or incrementally to 12-24 units. This expansion aims to meet the transaction throughput demands of L2.
Secondly, a hybrid proof system is proposed to achieve rapid finalization. This system employs a 2/3 multi-signature mechanism, combining optimistic proofs, zero-knowledge (ZK) proofs, and trusted execution environment (TEE) hardware proofs. Immediate finalization occurs when both ZK and TEE validations are successful; otherwise, a seven-day optimistic challenge period is required. The security committee can urgently upgrade proof logic, subject to a 30-day delay, balancing immediate finalization with attack resistance.
Lastly, the roadmap suggests building a unified ZK proof aggregation layer. This involves standardizing a proof aggregation protocol across the ecosystem, allowing multiple applications to share the cost of a single proof, such as 500,000 Gas. This approach significantly reduces ZK verification expenses and promotes the adoption of L2 and privacy protocols.
The roadmap's goal is to achieve cross-chain bridging within one hour using a short-term hybrid verification mechanism, while reducing costs. In the long term, the aim is to gradually eliminate reliance on TEE, ultimately establishing an efficient, secure, and trustless L2 ecosystem.#Ethereum #VitalikButerin #Layer2 #L2Security #FinalizationRoadmap #PectraUpgrade #HybridProofSystem #ZKProofs #TransactionThroughput #CrossChainBridging #Blockchain #PrivacyProtocols #ETH
🚀 Ethereum Network Achieves Record Transaction Throughput
#Ethereum #TransactionThroughput #PANews #EthereumMainnet #TPS #Layer2 #Lighter #Blockchain #Crypto #ETH
According to PANews, Ethereum's mainnet reached a historic peak in transaction throughput in November 2025. The Ethereum ecosystem's peak transactions per second (TPS) recently hit an all-time high of 32,950. Lighter, a significant player in Ethereum's Layer 2 solutions, accounts for approximately 90% of the daily TPS on Ethereum's Layer 2 network, while incurring only about $685 in daily on-chain costs to Ethereum.#Ethereum #TransactionThroughput #PANews #EthereumMainnet #TPS #Layer2 #Lighter #Blockchain #Crypto #ETH
🚀 Ethereum Developers Plan Gas Limit Increase Following BPO Hard Fork
#Ethereum #GasLimit #BPOHardFork #Blockchain #TransactionThroughput #NetworkUpgrade #SmartContracts #Layer1 #EthereumFoundation #Solana #Decentralization #Crypto #EthereumDevelopers #ETH
According to ChainCatcher, Ethereum's core developers have announced plans to increase the network's gas limit from 60 million to 80 million following the BPO hard fork scheduled for January 7. This move aims to enhance transaction throughput and reduce fees.
Galaxy Digital's Vice President of Research, Kim, noted that Nethermind representatives believe developers are ready to implement this increase. However, Ethereum Foundation engineer Busa emphasized the need to complete two client optimizations first: the execution layer's blob response and the consensus layer's maximum blob flag.
Increasing the gas limit will allow more transactions and smart contract operations per block. While this won't match the speed of Layer 1 solutions like Solana, it will strengthen Ethereum's appeal as a secure settlement layer while maintaining its decentralization advantages.
Ethereum has already increased its gas limit three times this year, with the developer community aiming to reach 180 million by the end of 2026.#Ethereum #GasLimit #BPOHardFork #Blockchain #TransactionThroughput #NetworkUpgrade #SmartContracts #Layer1 #EthereumFoundation #Solana #Decentralization #Crypto #EthereumDevelopers #ETH
🚀 Blockchain Infrastructure Faces Challenges in Supporting Global Financial Markets
#Blockchain #Infrastructure #GlobalFinancialMarkets #BlockchainChallenges #TransactionThroughput #HighLatency #MEV #InstitutionalTrading #BlockchainRebuild #FairTransactionOrdering #BlockchainInnovation
According to Odaily, Solayer Labs' product lead, Joshua Sum, has highlighted significant deficiencies in current blockchain infrastructure, which hinder the development of a true global 24/7 financial market. Sum identifies three major issues with existing blockchain systems: low throughput limits, high transaction latency, and unfair transaction ordering mechanisms, known as MEV, which make institutional-level trading nearly impossible.
Sum emphasizes that to achieve the vision of a global, borderless financial market, the blockchain industry must fundamentally rebuild its infrastructure. This includes developing networks capable of processing over 100,000 transactions per second with sub-second finality, while ensuring fair transaction ordering to prevent algorithmic arbitrage.#Blockchain #Infrastructure #GlobalFinancialMarkets #BlockchainChallenges #TransactionThroughput #HighLatency #MEV #InstitutionalTrading #BlockchainRebuild #FairTransactionOrdering #BlockchainInnovation