🚀 Celestia Unveils Roadmap To Scale Block Size To 1 Gigabyte
#Celestia #blockchain #scalability #blocksize #1gigabyte #dataavailability #transactions #Ethereum #layer1 #onchain #webapps #gaming #EigenDA #cloudplatform #Dencun #arbitrum #Base #Web3 #DeFi #crypto #TIA
According to Cointelegraph, Celestia, a layer-1 data availability network, has released a technical roadmap aimed at scaling its block size to 1 gigabyte. The announcement, made in a Sept. 5 blog post, outlines the network's goal to significantly increase data throughput within its rollup ecosystem. Blocks, which are bundles of transaction data on the blockchain, are central to this initiative.
Celestia's focus on expanding block size is part of a broader industry effort to enhance blockchain scalability, reduce transaction costs, and improve data storage and retrieval efficiency. The network competes with other protocols like EigenDA, Avail, and Ethereum's mainnet. With 1 gigabyte blocks, Celestia claims it will surpass Visa's transaction processing capacity, which stands at approximately 24,000 transactions per second (TPS). This advancement could enable new onchain applications, such as verifiable web apps and fully-onchain gaming, which were previously considered unfeasible.
On the same day, EigenDA announced a partnership with cloud platform Conduit to temporarily increase its block size from 2 megabytes to 16 megabytes. This move aims to reduce operating costs for layer-2 scaling chains by eightfold. Additionally, Ethereum's Dencun upgrade in March introduced 'blobs,' temporary offchain data stores designed to lower costs for layer-2 scaling networks like Arbitrum and Base by avoiding the need to post large volumes of data directly onchain.
Since May, Celestia has been gaining market share from Ethereum, rising from around 20% to approximately 40% as of July 31. Unlike Ethereum, Celestia is not limited by execution layer overhead or state bloat, allowing it to scale throughput beyond current monolithic constraints. Despite these advancements, Ethereum is expected to remain the dominant settlement layer in Web3 due to its decentralization, stablecoins, and total value locked (TVL), according to Blockworks' data analytics manager, Dan Smith.#Celestia #blockchain #scalability #blocksize #1gigabyte #dataavailability #transactions #Ethereum #layer1 #onchain #webapps #gaming #EigenDA #cloudplatform #Dencun #arbitrum #Base #Web3 #DeFi #crypto #TIA
🚀 Fractal Bitcoin Addresses Incomplete Block Filling Issue
#FractalBitcoin #Bitcoin #blockchain #MULTISIG #SegWit #mining #cryptocurrency #mainnet #networkperformance #blocksize #BTC
According to Odaily, Fractal Bitcoin has responded to user feedback regarding incomplete block filling on its mainnet. The company stated on the X platform that they have initiated an investigation into the matter. The issue arises because miners prioritize high-fee transactions and are constrained by two block size limits: the maximum block size in bytes and the maximum number of SIG operations.
When faced with a large number of high-fee MULTISIG transactions, a block can reach the 80,000 SIG limit, preventing the inclusion of additional transactions. Typically, SegWit transactions consume 1 SIG, theoretically allowing up to 80,000 transactions per block. However, this limit is rarely observed in practice. MULTISIG transactions consume 84 SIGs, meaning if a block is filled entirely with such transactions, the maximum number of transactions per block reduces to 952. This results in blocks not being fully filled in terms of bytes.
Fractal Bitcoin noted that some random blocks are completely filled because they include low-fee, non-MULTISIG transactions, occupying the remaining 75% of block space and increasing total block fees by approximately 20%. The company clarified that this situation is due to the existing mechanisms of the BTC mainnet and not a flaw in the Fractal browser. They assured users that they will continue to monitor the situation closely and work on improving network connectivity and performance.#FractalBitcoin #Bitcoin #blockchain #MULTISIG #SegWit #mining #cryptocurrency #mainnet #networkperformance #blocksize #BTC
🚀 Bitcoin Block Size Could Reach 4 MB With Widespread Inscriptions
#Bitcoin #BlockSize #Inscriptions #Scalability #Taproot #DeFi #Blockchain #NFTs #Layer2 #Celestia #MempoolResearch #BTC #SOL #TIA
According to Cointelegraph, the Bitcoin network's average block size could potentially increase to 4 megabytes (MB) per block with the widespread adoption of inscriptions. This projection comes from a report by Mempool Research dated February 4. Currently, Bitcoin's average block size is slightly above 1.5 MB. Inscriptions, a method for efficiently encoding arbitrary data within a block, could significantly boost this size if widely adopted.
The block size is a crucial factor in the scalability of the Bitcoin network. In comparison, the Solana blockchain can theoretically accommodate up to 128 MB per block, as noted by the Solana Foundation. Following Bitcoin's Taproot upgrade in 2021, some blocks have already stored up to 2.4 MB of data. The report suggests that each Bitcoin block could potentially hold as much as 4 MB.
The report outlines various growth scenarios for the Bitcoin blockchain, ranging from a return to pre-inscription dynamics, which would result in slower growth, to widespread inscription adoption, potentially driving growth to 4 MB per block. Under these scenarios, the blockchain could reach 1 terabyte as early as late 2026, though a timeframe between mid-2027 and 2029 seems more likely.
Bitcoin originated as a simple peer-to-peer payment protocol, but the Taproot upgrade has enabled the network to support more complex activities, such as creating and trading different types of tokens and minting non-fungible tokens (NFTs). This has revitalized Bitcoin's ecosystem, leading to the emergence of native decentralized exchanges and layer-2 scaling solutions.
Bitcoin-native decentralized finance (DeFi) is anticipated to be a major theme in 2025, as institutional adoption of Bitcoin accelerates and its DeFi ecosystem matures. However, Bitcoin faces competition from other networks that offer more block space, allowing for more complex transactions and potentially lower costs for users. In September, Celestia, a layer-1 network specializing in data availability, revealed a technical roadmap aiming to scale block size to 1 gigabyte.#Bitcoin #BlockSize #Inscriptions #Scalability #Taproot #DeFi #Blockchain #NFTs #Layer2 #Celestia #MempoolResearch #BTC #SOL #TIA
🚀 Bitcoin Network Faces Record Transaction Delays
#Bitcoin #TransactionDelays #NetworkCongestion #BlockSize #FeeStructures
According to Odaily, the average confirmation time for Bitcoin network transactions has reached a historic high of 19 minutes. This delay is attributed to network congestion, block size limitations, and dynamic fee structures.#Bitcoin #TransactionDelays #NetworkCongestion #BlockSize #FeeStructures
🚀 Solana Increases Block Size to Enhance Network Throughput
#Solana #Blockchain #BlockSize #NetworkThroughput #Transactions #SIMD0207 #CUs #ExpansionRoadmap #Governance #Upgrades #SOL
According to Odaily, Solana engineers have implemented SIMD-0207, increasing the blockchain's block size by 4%. This change allows more data to be packed into Solana blocks, theoretically enabling more transactions to be included in a single block, thereby enhancing the network's transaction throughput. The proposal, initially put forward by Anza engineer Andrew Fitzgerald, has successfully raised Solana's block limit to 50 million CUs, marking a 4% increase.
This increase in block limit is a small step in Solana's broader expansion roadmap. Future network governance proposals and upgrades aim for continuous, incremental improvements to support Solana's growth. For instance, SIMD-0256 plans to further raise the block limit to 60 million CUs, representing a 25% increase from the level before SIMD-0207's implementation.#Solana #Blockchain #BlockSize #NetworkThroughput #Transactions #SIMD0207 #CUs #ExpansionRoadmap #Governance #Upgrades #SOL
🚀 Bitcoin Block Size Debate Sparks Controversy
#Bitcoin #BlockSize #JamesonLopp #Grok #Cryptocurrency #Blockchain #OPRETURN #TechnologyDebate #BTC
According to Odaily, Casa co-founder Jameson Lopp has responded to claims made by Grok regarding Bitcoin's block size. Grok stated that Bitcoin's block size is approximately 664 GB, with an annual growth of about 72 GB, and suggested that removing OP_RETURN restrictions could increase block size by around 20%. Lopp, addressing these assertions on the X platform, criticized the reliance on artificial intelligence for explaining Bitcoin's technical details, calling the answer misleading. He clarified that block size data based on OP_RETURN is significantly smaller than that based on witness information records.#Bitcoin #BlockSize #JamesonLopp #Grok #Cryptocurrency #Blockchain #OPRETURN #TechnologyDebate #BTC