🚀 Base Unveils 2024 Expansion Roadmap With Increased Gas Targets
#Base #2024Expansion #GasTargets #Blockchain #Ethereum #PeerDAS #PectraUpgrade #Throughput #BlobCapacity #DataAvailability
According to BlockBeats, on September 5, Base released a blog post detailing its 2024 expansion roadmap. Since its launch, Base has increased its per-block gas target from 2.5 Mgas/s to 10 Mgas/s, resulting in a fourfold increase in throughput.
Starting at the end of September, Base has committed to increasing the gas target by 1 Mgas/s each week, with the potential to accelerate this to 2 Mgas/s per week in the future.
Additionally, Base is actively involved in the development of PeerDAS (Peer Data Availability Sampling), which is part of Ethereum's upcoming Pectra upgrade. The Base team advocates for a significant increase in blob capacity alongside the activation of PeerDAS to support larger-scale expansion. To ensure fair network compensation, Base suggests raising the minimum blob fees or implementing a new blob data fee mechanism.#Base #2024Expansion #GasTargets #Blockchain #Ethereum #PeerDAS #PectraUpgrade #Throughput #BlobCapacity #DataAvailability
🚀 Base Unveils 2024 Roadmap to Enhance On-Chain Transaction Efficiency
#Base #2024Roadmap #OnChainTransactions #TransactionCosts #DataAvailability #PeerDAS #PectraUpgrade #Throughput #GasTarget #NetworkBandwidth #Developers #Community #Scalability #BlobCapacity #NetworkHealth #FairCompensation
According to Odaily, Base has announced new developments in its 2024 roadmap aimed at reducing on-chain transaction costs and improving data availability to support global user participation in the on-chain economy. The project team plans to introduce the PeerDAS protocol through the upcoming Pectra upgrade to increase data capacity and reduce network bandwidth requirements. Since its launch last year, Base has quadrupled its throughput and increased the gas target per block from 2.5 Mgas/s to 10 Mgas/s. Starting from late September, Base commits to increasing the gas target by 1 Mgas/s weekly to achieve a long-term goal of 1 Ggas/s. This strategy aims to provide developers and the community with a predictable scaling path while ensuring the network's healthy development. Base also emphasized the importance of increasing blob capacity to support its expansion plans and proposed raising the minimum price for blob data to ensure network health and fair compensation.#Base #2024Roadmap #OnChainTransactions #TransactionCosts #DataAvailability #PeerDAS #PectraUpgrade #Throughput #GasTarget #NetworkBandwidth #Developers #Community #Scalability #BlobCapacity #NetworkHealth #FairCompensation
🚀 Aligned Layer Announces Upcoming Mainnet Launch Of Fast Mode
#AlignedLayer #MainnetLaunch #FastMode #ZeroKnowledgeProof #Throughput #LowLatency #LowCostVerification #Blockchain #Decentralization
According to Odaily, the decentralized zero-knowledge proof verification layer Aligned Layer has announced on X that its first product, Fast Mode, is set to launch on the mainnet soon. The testnet has demonstrated that Fast Mode can provide high throughput, low latency, and low-cost verification for multiple proof systems. The code for Fast Mode is currently undergoing an audit, and once feedback from the audit is addressed, it will be ready for release.#AlignedLayer #MainnetLaunch #FastMode #ZeroKnowledgeProof #Throughput #LowLatency #LowCostVerification #Blockchain #Decentralization
🚀 Celestia Announces Shwap Upgrade to Enhance Data Availability Network
#Celestia #Shwap #DataAvailability #CryptoUpgrade #Blockchain #LightNodes #Throughput #Mainnet #Testnets #VirtualMachine
According to BlockBeats, on October 15, Celestia announced via social media that its data availability (DA) network is set to undergo its first upgrade, named Shwap. This upgrade has already been activated on the Arabica and Mocha testnets through celestia-node v0.18.2. Shwap significantly increases DA sampling speed by 12 times and reduces storage requirements by 16.5 times, enabling support for larger blocks and smaller nodes.
Shwap enhances data availability (DA) throughput while maintaining low requirements for light nodes. The high throughput of DA not only accelerates existing crypto applications but also supports new applications using any virtual machine (VM). The reduced node requirements allow anyone to run light nodes in browsers or wallets, facilitating truly verifiable network applications. Following further testing, Shwap is expected to enter the mainnet Beta phase in November.#Celestia #Shwap #DataAvailability #CryptoUpgrade #Blockchain #LightNodes #Throughput #Mainnet #Testnets #VirtualMachine
🚀 Ethereum's L2 Solutions May Surpass Solana's Performance
#Ethereum #Layer2 #Solana #blockchain #latency #throughput #scalability #efficiency #innovation #competition #ETH #SOL
According to BlockBeats, Ethereum Foundation (EF) core researcher Justin Drake recently discussed the potential of Ethereum's Layer 2 (L2) solutions to surpass Solana in terms of latency and throughput during a podcast. Drake suggested that this development could signify the end of Solana's golden era.
In response to these remarks, Solana co-founder Anatoly Yakovenko acknowledged the shift, stating, "Solana's golden era has ended, and the era of multi-signature has arrived." This exchange highlights the ongoing competition and evolution within the blockchain space, as different platforms strive to enhance their performance and capabilities.
The discussion underscores the dynamic nature of blockchain technology, where advancements in scalability and efficiency are crucial for maintaining competitiveness. Ethereum's L2 solutions aim to address these challenges by improving transaction speed and reducing costs, potentially positioning Ethereum as a more attractive option for developers and users alike.
As the blockchain industry continues to evolve, the rivalry between Ethereum and Solana exemplifies the broader trend of innovation driving progress in the sector. Both platforms are actively working to enhance their offerings, with Ethereum focusing on L2 solutions and Solana exploring new approaches to maintain its relevance in the rapidly changing landscape.#Ethereum #Layer2 #Solana #blockchain #latency #throughput #scalability #efficiency #innovation #competition #ETH #SOL
🚀 Web3 Applications Face Speed Challenges Due To Data Indexing
#Web3 #DApps #DataIndexing #Blockchain #Pangea #Throughput #Ethereum #Layer2 #DevCon2024 #Starknet #ZKsync #Solana #TransactionsPerSecond #Interoperability #ETH #SOL
According to Cointelegraph, decentralized applications (DApps), also known as Web3 applications, often experience slower performance compared to their Web2 counterparts. This is primarily due to the need to organize blockchain data from multiple sources. Maxim Legg, CEO of Pangea, a decentralized data indexing solution, highlighted that data indexing could address the speed bottleneck faced by Web3 applications.
Legg explained that data from RPC nodes, smart contracts, and other blockchain infrastructure can accumulate to hundreds of terabytes on high-throughput chains. Indexing involves organizing this raw blockchain data to facilitate efficient recall later. He emphasized that this is a significant infrastructure issue that should be resolved once, rather than individually by each DApp developer. However, many Web3 developers are compelled to create in-house indexing solutions, which are often inefficient, overly complex, and time-consuming.
The throughput of a blockchain, measured in transactions per second (TPS), directly impacts the volume of on-chain data that must be indexed by a DApp interacting with that chain. In October, Ethereum co-founder Vitalik Buterin outlined plans to scale the Ethereum base layer and its layer-2 scaling solutions to process over 100,000 transactions per second combined. These plans also aim to enhance interoperability between Ethereum and its numerous layer-2 networks.
At the DevCon 2024 conference, StarkWare CEO Ben Sasson mentioned that Starknet, an Ethereum layer-2 scaling solution, aims to quadruple its TPS within three months, potentially rivaling the Solana network's throughput. Similarly, the layer-2 solution ZKsync is targeting higher throughput, with developers aiming to increase it to 10,000 TPS by 2025 while reducing transaction fees to as low as $0.0001. Solana's non-voting throughput currently ranges from 800 to 1,050 TPS, and its high-throughput, monolithic design has attracted significant developer interest, positioning it as a leading ecosystem for development in 2024.#Web3 #DApps #DataIndexing #Blockchain #Pangea #Throughput #Ethereum #Layer2 #DevCon2024 #Starknet #ZKsync #Solana #TransactionsPerSecond #Interoperability #ETH #SOL
🚀 Starknet Foundation Aims To Enhance Bitcoin Network Throughput
#Starknet #Bitcoin #Ethereum #Throughput #Blockchain #TransactionsPerSecond #Crypto
According to Odaily, the Starknet Foundation has announced on the X platform its commitment to remain active on Ethereum while also becoming the execution layer for Bitcoin. The foundation's goal is to increase the Bitcoin network's throughput from 7 transactions per second (TPS) to several thousand TPS.#Starknet #Bitcoin #Ethereum #Throughput #Blockchain #TransactionsPerSecond #Crypto
🚀 Base Network Aims for Speed and Cost Efficiency Amid Decentralization Efforts
#BaseNetwork #Decentralization #Speed #CostEfficiency #VitalikButerin #Blockchain #Layer2 #Transactions #Throughput #CensorshipResistance
According to PANews, Jesse Pollak, the head of Base, recently outlined the network's objectives to achieve rapid speeds, low costs, and high throughput. The goals include a target speed of 200 milliseconds, transaction fees under $0.01, and a throughput of 200 transactions per second. Pollak emphasized the gradual decentralization of the network through the implementation of Vitalik Buterin's phase 1 and 2 plans.
Addressing concerns about the centralization of sequencers, Pollak stated that more sequencer nodes would be introduced in the short to medium term. He highlighted that the primary goal is to achieve CR attributes, such as neutrality and protection against sandwich attacks, rather than solely focusing on sequencer decentralization.
Vitalik Buterin also noted that for Layer 2 solutions, features like fast withdrawals and censorship-resistant channels should take precedence over complete sequencer decentralization.#BaseNetwork #Decentralization #Speed #CostEfficiency #VitalikButerin #Blockchain #Layer2 #Transactions #Throughput #CensorshipResistance
🚀 Solana's Alpenglow Upgrade Introduces Rotor Protocol for Enhanced Network Efficiency
#Solana #Alpenglow #Rotor #blockchain #protocol #networkefficiency #DApps #validators #throughput #latency
According to Foresight News, Anza, a company focused on Solana's development, announced the introduction of a new block propagation protocol called Rotor as part of the Solana Alpenglow upgrade. This single-layer repeater system replaces the multi-hop Turbine protocol, aiming to accelerate and unify network block delivery.
Rotor enhances the network by fragmenting blocks, encoding them into shards, and broadcasting them globally through repeaters. This process ensures that blocks can be reconstructed with just half of the shards, reducing latency and balancing bandwidth usage. The protocol significantly decreases propagation time and variability, allowing nearly all validators to receive blocks simultaneously, which improves throughput and reduces the risk of forks caused by slow delivery or network delays.
For developers, Rotor facilitates smoother real-time decentralized application (DApp) operations. For validators, it minimizes missed slots, reduces bandwidth waste, and makes network load more predictable.
Previously, Foresight News reported that Anza released a white paper introducing the Alpenglow protocol. This protocol aims to replace Solana's TowerBFT consensus mechanism and historical proof timestamp system with the Votor and Rotor components.#Solana #Alpenglow #Rotor #blockchain #protocol #networkefficiency #DApps #validators #throughput #latency
🚀 Ethereum's 2026 Expansion Through Zero-Knowledge Proofs Expected to Transform Blockchain Operations
#Ethereum #ZeroKnowledgeProofs #Blockchain #Scaling #Validators #ProofOfWork #ProofOfStake #TPS #Devconnect #LeanExecution #EthereumBesu #GasLimit #Throughput #BlockchainInnovation #Crypto #ETH
According to BlockBeats, researchers and developers anticipate that 2026 will be a pivotal year for Ethereum as it leverages zero-knowledge proofs (ZK) to achieve exponential scaling. During this period, some Ethereum validators will transition from re-executing transactions to directly verifying ZK proofs, fundamentally altering blockchain operations. This shift is expected to be comparable in scale to Ethereum's 2022 transition from Proof of Work (PoW) to Proof of Stake (PoS), known as 'The Merge.'
Ethereum researcher Justin Drake has indicated that the initial validators will begin verifying ZK proofs for each block instead of re-executing all transactions. This approach will provide immediate scaling benefits for Layer 1 and lay the groundwork for achieving 10,000 transactions per second (TPS) in the future. Currently, the Ethereum mainnet processes approximately 30 TPS.
During Devconnect, Drake demonstrated that ZK proof verification could be performed using an old laptop, predicting that by the end of 2026, around 10% of validators will switch to the ZK verification mode, known as Lean Execution Phase 1. This transition is expected to significantly reduce hardware requirements for validation nodes while maintaining network decentralization.
Ethereum Besu client engineer Gary Schulte highlighted that future computationally intensive tasks will primarily be handled by block builders and ZK provers, allowing ordinary validators to perform lightweight checks. This development creates conditions for increasing the gas limit and overall throughput.
Ethereum's roadmap currently remains in Phase 0, which involves voluntary validation. It is projected to enter Phase 1 in 2026, where some validators will switch to ZK verification, and progress to Phase 2 in 2027, mandating block producers to generate ZK proofs for comprehensive ZK execution.#Ethereum #ZeroKnowledgeProofs #Blockchain #Scaling #Validators #ProofOfWork #ProofOfStake #TPS #Devconnect #LeanExecution #EthereumBesu #GasLimit #Throughput #BlockchainInnovation #Crypto #ETH
🚀 Polygon's Transaction Fees Surge Amid New Market Features
#Polygon #TransactionFees #Polymarket #PredictionMarket #POLtokens #DandeliHardFork #Throughput #GasPressure
According to PANews, Polygon has generated over $1.7 million in transaction fees and burned more than 12.5 million POL tokens since early 2026. The increase in fees is largely attributed to Polymarket's introduction of a fee feature for its 15-minute prediction market, which brought in over $100,000 in revenue for Polygon in a single day. Following the launch of the Dandeli hard fork, the chain's throughput increased to 20 mgas/s, effectively alleviating gas pressure.#Polygon #TransactionFees #Polymarket #PredictionMarket #POLtokens #DandeliHardFork #Throughput #GasPressure
🚀 Ethereum State Expiry Performance Experiment Reveals Significant Improvements
#Ethereum #StateExpiry #PerformanceExperiment #Geth #Blockchain #GasLimits #Throughput #HardwareOptimization #LatencyImprovement #BlockchainResearch #EthereumMainnet #ETH
Ethereum execution layer researcher weiihann has released a performance experiment report on state expiry. According to Foresight News, the experiment involved running approximately one year of Ethereum mainnet block load on the Geth client, comparing the performance differences between 'full state nodes' and 'nodes retaining only one year of active state.' The study found that reducing state size not only lowers hardware requirements but also provides room for increasing gas limits and throughput.
The experiment results indicate that retaining only active states accessed within one year reduces the database size from 359 GB to 81 GB, a decrease of about 77.5%, with the most significant reduction observed in storing Trie nodes. In terms of performance, block re-execution time was shortened by approximately 15%, and read performance improved significantly, particularly with storage read P50 latency reduced by 46% and P99 latency by 36%. Additionally, tail latency improved, with P99 block insertion time reduced by 21%, aiding nodes in maintaining synchronization under load. Future research will explore comparisons with other clients, different expiry cycles such as six months, and strategies focused solely on contract storage cleanup.#Ethereum #StateExpiry #PerformanceExperiment #Geth #Blockchain #GasLimits #Throughput #HardwareOptimization #LatencyImprovement #BlockchainResearch #EthereumMainnet #ETH
🚀 Ethereum Foundation Unveils 2026 Roadmap with Focus on Scaling and Security
#EthereumFoundation #2026Roadmap #Scaling #Security #UserExperience #Layer1 #Throughput #GasUnits #WalletUsability #BaseLayer #EthereumPrice #Layer2 #FeeRevenue #ValueCapture #ETH
The Ethereum Foundation has announced its roadmap for 2026, emphasizing improvements in scaling, user experience, and Layer 1 security. According to NS3.AI, the plan aims to enhance throughput to exceed 100 million gas units, while also improving wallet usability and the resilience of the base layer. Despite these advancements, the recovery of Ethereum's price is contingent upon a reversal in fee revenue and increased value capture from Layer 2 activities.#EthereumFoundation #2026Roadmap #Scaling #Security #UserExperience #Layer1 #Throughput #GasUnits #WalletUsability #BaseLayer #EthereumPrice #Layer2 #FeeRevenue #ValueCapture #ETH
🚀 Offchain Labs Co-Founder Ed Felten on the Future of Layer 2s Amid Ethereum's Mainnet Scaling
#OffchainLabs #EdFelten #Layer2 #Ethereum #Arbitrum #Scaling #Blockchain #NS3AI #Throughput #ETH #ARB
Offchain Labs co-founder Ed Felten expressed confidence in the continued relevance of layer 2 solutions like Arbitrum, even as Ethereum focuses on scaling its mainnet. According to NS3.AI, Felten highlighted that layer 2s can maintain their competitiveness by providing faster response times, reduced block times, and increased throughput.#OffchainLabs #EdFelten #Layer2 #Ethereum #Arbitrum #Scaling #Blockchain #NS3AI #Throughput #ETH #ARB