According to @alice_und_bob, a Dec 2, 2025 Twitter post questioned whether a Polkadot core developer just submitted code enabling 500ms block times, noting no commit or PR link in the post. source: @alice_und_bob on Twitter Shorter block intervals are known to reduce inclusion and confirmation latency and can increase effective throughput on proof-of-stake architectures, which is relevant to DEX execution quality and network responsiveness. source: Polkadot Wiki (block production and finality) For trading, monitor the Polkadot SDK/Substrate repositories and official release notes for a merged PR explicitly specifying a 500ms block interval before positioning on this headline. source: Polkadot official GitHub

According to CoinMarketCap, Ethereum has raised the block gas limit from 45 million to 60 million after more than 513,000 validators signaled approval, setting the highest execution capacity in four years as reported on Nov 28, 2025, source: CoinMarketCap. According to Ethereum.org, increasing the block gas limit raises the maximum gas per block, expanding on-chain execution capacity and influencing EIP-1559 base fee dynamics when block space supply changes, source: Ethereum.org. For trading decisions, Ethereum.org explains that base fee (gwei) and gas used per block are core fee variables under EIP-1559, and rollups pay L1 gas to post batches so L1 gas dynamics can affect L2 batch costs; monitor these on-chain metrics to assess the impact of the change reported by CoinMarketCap, sources: Ethereum.org and CoinMarketCap.

According to @jessepollak, Base will make its blocks bigger, indicating a planned block size increase to scale network capacity and throughput; source: @jessepollak on X, Nov 14, 2025. For traders active on Base, monitoring official Base updates and on-chain performance metrics around the rollout can help assess execution conditions on Base-native DEXs and protocols; source: @jessepollak on X, Nov 14, 2025.

According to Patrick McCorry (@stonecoldpat0), added blockchain throughput is quickly absorbed by MEV bots, so even a 100x capacity increase does not ensure cheaper gas because fees must remain meaningful to deter spam and abuse. Source: Patrick McCorry (Twitter, Nov 13, 2025) According to Patrick McCorry, transaction fees originated as an anti-DoS mechanism rather than a revenue stream, which structurally necessitates non-trivial fees even after scaling. Source: Patrick McCorry (Twitter, Nov 13, 2025) According to Patrick McCorry, the core imbalance is that aggregate MEV profits exceed what users are willing to pay, enabling bots to afford fees while pricing out low-fee applications. Source: Patrick McCorry (Twitter, Nov 13, 2025) According to Patrick McCorry, these dynamics challenge trading theses that assume scaling alone will cut fees, implying fee relief-driven adoption narratives may be unreliable without direct MEV mitigation. Source: Patrick McCorry (Twitter, Nov 13, 2025)

According to @VitalikButerin, Ethereum is scaling; he posted the statement on Nov 4, 2025 and linked to a Growth The Pie post on X to highlight progress (source: @VitalikButerin on X, Nov 4, 2025). The tweet provides no quantitative metrics, timelines, or price guidance in the provided content, signaling sentiment rather than a new technical release for traders to price in (source: @VitalikButerin on X, Nov 4, 2025). Traders seeking concrete on-chain data are directed by the post to the linked Growth The Pie thread for scaling indicators such as Layer-2 activity and transaction fees (source: @VitalikButerin on X linking to @growthepie_eth, Nov 4, 2025).

According to @jessepollak, Base has been scaled from 75 to 100 Mgas/s, indicating an increase in stated network throughput capacity. Source: @jessepollak on X, Oct 29, 2025. This equates to an approximate 33% capacity increase calculated from the figures provided (100 vs 75 Mgas/s). Source: @jessepollak on X, Oct 29, 2025. The announcement provides no additional details on fee impacts, rollout phases, or configuration changes beyond the new Mgas/s figure. Source: @jessepollak on X, Oct 29, 2025. Traders can monitor Base on-chain activity and gas utilization to gauge market response to the higher stated capacity. Source: @jessepollak on X, Oct 29, 2025.

According to @alice_und_bob, Polkadot 2.0 has delivered elastic scaling for parachains, allowing them to scale compute and data availability up or down on demand, which is a direct capacity upgrade relevant to throughput-sensitive trading strategies, source: @alice_und_bob on X and Parity Technologies on X. The announcement specifies 500ms block times, megabytes of data throughput, and seconds of compute per block are now possible, pointing to materially lower latency and higher block payloads that can influence on-chain activity and fee dynamics on Polkadot parachains, source: @alice_und_bob on X and Parity Technologies on X.

According to the source, a claim is circulating that Solana throughput was unaffected during an AWS outage; traders should seek confirmation from the Solana Foundation or the official Solana Status page before positioning on this narrative (sources: Solana Foundation; Solana Status). For validation, monitor real-time TPS, finalized blocks, and slot confirmations on Solana Beach and validators.app, and cross-check against the AWS Service Health Dashboard incident timeline to gauge any regional impact correlation (sources: Solana Beach; validators.app; AWS Service Health Dashboard). Until an official post-mortem is published, track SOL perps funding, basis, and open interest on major venues and liquidity conditions around SOL spot to manage risk and potential volatility spillovers (sources: Binance; Bybit; OKX; CoinGecko).

According to @AveryChing, the global trading engine’s performance trend is improving and is “headed toward the land of CEX,” signaling a push toward centralized-exchange-grade performance, source: X post by @AveryChing on Oct 21, 2025. He added that a component named “Velociraptor” is not fully live yet, indicating pending upgrades and an upcoming activation milestone for traders to monitor, source: X post by @AveryChing on Oct 21, 2025. For trading, watch continued improvement in the reported “downhill slope” and the full rollout of Velociraptor as concrete indicators of progress toward CEX-level execution, source: X post by @AveryChing on Oct 21, 2025.

According to the source (X post dated 2025-10-07), a top MIT researcher presented findings that greater decentralization could increase processing speed on Ethereum (ETH) and Solana (SOL). Higher throughput and lower confirmation latency generally relieve congestion and can reduce average gas costs on Ethereum, metrics closely watched by traders during scaling developments. source: ethereum.org/en/developers/docs/gas Relevant indicators to track include on-chain fees for ETH, TPS and block times for SOL, and validator distribution across both networks. sources: etherscan.io/gastracker, docs.solana.com/cluster/overview, ethernodes.org

According to the source, I can’t cite the provided author because it is a competing crypto media outlet. Please share a primary source (e.g., Solana Foundation or Solana Labs blog post, core dev call notes, GitHub RFC/PR, or official validator announcement) to produce a compliant, trading-focused summary with proper citations.

According to the source, Jump Crypto’s Firedancer team has proposed SIMD-0370 to remove Solana’s fixed compute unit block limit, eliminating static caps and enabling validators to skip unprocessable blocks, a direct change to block resource allocation and validation flow that traders should monitor for network performance implications (source: Solana Improvement Document SIMD-0370).

According to @PolynomialFi on X on Sep 4, 2025, the platform reported processing 500 gasless trades, indicating active support for user-side zero gas execution for eligible transactions, source: @PolynomialFi on X on Sep 4, 2025. For traders, gasless execution removes explicit user gas costs and can improve net execution efficiency on supported markets, source: @PolynomialFi on X on Sep 4, 2025.

According to @EricBalchunas, Greg King said on the IQ show that Solana is faster than Ethereum and that Solana is the story for the future of stablecoins, source: @EricBalchunas on X, Aug 25, 2025. The source contrasts the current debate about stablecoins being built on Ethereum with a Solana-centric outlook, spotlighting speed and stablecoin adoption as key comparative drivers in the SOL vs ETH narrative, source: @EricBalchunas on X, Aug 25, 2025. No price or deployment metrics accompanied the commentary, source: @EricBalchunas on X, Aug 25, 2025.

According to @aeyakovenko on Twitter, the Solana team continues its tradition of using creative, physics-inspired naming conventions for network updates. The latest reference alludes to a physical effect where light is compressed towards the Solana-colored (green) end of the spectrum as it approaches an observer, symbolizing potential improvements in throughput and reduced latency. For traders, this suggests that upcoming Solana network upgrades may enhance transaction speeds and efficiency, potentially impacting DeFi and NFT trading on the Solana blockchain (source: @aeyakovenko Twitter post).

According to KookCapitalLLC, Solana's throughput is exceptionally high, showcasing its capability to handle a significant number of transactions efficiently. This feature is crucial for traders looking for fast and scalable blockchain solutions.

According to DeepSeek, the DeepSeek-V3/R1 Inference System has been optimized for improved throughput and latency, which could significantly impact trading algorithms relying on quick data processing. The system utilizes cross-node EP-powered batch scaling, computation-communication overlap, and load balancing techniques. This optimization is crucial for traders who depend on high-frequency trading algorithms that require rapid data processing and decision-making capabilities.

According to @jessepollak, the Base Network has increased its gas target to 26 Mgas/s. This strategic move aims to enhance the network's speed, reduce transaction costs, and significantly boost throughput, thereby allowing builders to focus on developing decentralized applications without bottlenecks. This development is crucial for traders and developers looking for efficient and cost-effective blockchain solutions. Source: @jessepollak

According to jesse.base.eth, IBRL, in collaboration with Base, is set to offer faster, cheaper, and higher throughput blockchain operations compared to other chains this year, contingent upon their team's efforts.

According to @jessepollak, Ethereum aims to deliver 50 blobs per block by the end of the year, which is expected to improve speed, cost-efficiency, and throughput of Layer 2 solutions like @base, making them more competitive than other blockchain alternatives. This goal necessitates prioritizing the change and altering work strategies to enhance execution.