According to the source, Vitalik Buterin said a proposal called Fusaka will address Ethereum’s blob usage issues and emphasized a safety‑first rollout using PeerDAS so nodes can verify data availability without downloading full blocks; source: the provided social media post dated Sep 25, 2025. PeerDAS enables probabilistic data availability checks by light clients and is designed to increase data throughput for rollups, which the Ethereum Foundation links to lower L2 data costs via the EIP‑4844 blobs rationale; source: Ethereum Research forum discussions on PeerDAS (2023–2024) and Ethereum Foundation EIP‑4844 specification and rationale.

According to @VitalikButerin, Fusaka prioritizes safety and centers on PeerDAS to enable a live blockchain where no single node must download full block data, a design aimed at robust data availability for scaling. source: Vitalik Buterin on X, Sep 24, 2025. He explained that PeerDAS has each node request a small number of chunks to probabilistically verify that more than 50 percent of chunks are available, after which nodes can download those chunks and use erasure coding to recover the rest. source: Vitalik Buterin on X, Sep 24, 2025. In the first version, full block data must still exist in one place for initial broadcasting and for reconstruction when a publisher releases between 50 percent and less than 100 percent of a block, but these roles are untrusted and require only one honest actor to succeed even if many are dishonest. source: Vitalik Buterin on X, Sep 24, 2025. He added that future cell-level messaging and distributed block building will distribute even these remaining functions. source: Vitalik Buterin on X, Sep 24, 2025. Core developers will be highly cautious on testing, and the blob count will increase conservatively at first before becoming more aggressive over time. source: Vitalik Buterin on X, Sep 24, 2025. He stated PeerDAS is key to L2 scaling and eventually L1 scaling once the L1 gas limit is high enough to place L1 execution data into blobs, framing Fusaka and PeerDAS as central to Ethereum’s scaling roadmap. source: Vitalik Buterin on X, Sep 24, 2025.

According to @jessepollak, blobs are on track to scale throughput by 10-100x for Base and Ethereum, shifting the next scaling frontier to execution with priorities including block access lists, multidimensional gas, fee markets, parallelization, and client performance (source: X post by @jessepollak, Sep 11, 2025). For traders, this signals an execution-layer roadmap where monitoring gas pricing mechanics, execution throughput, and client performance on ETH and Base becomes key as work advances on fee markets, parallelization, and access lists (source: X post by @jessepollak, Sep 11, 2025).

According to @Gajpower, the 3-part scaling theme Scale L1, Scale Blobs, and Improve UX has gained a clear endorsement, highlighting focus on base-layer throughput, blob-based data handling, and user experience improvements as potential priorities for builders and investors (source: @Gajpower on X, Aug 22, 2025). The post does not specify any projects, tokens, or timelines, so no asset-specific trading signal can be confirmed from this post alone and positioning should wait for details from the linked source if available (source: @Gajpower on X, Aug 22, 2025). For trading context, the statement signals positive sentiment toward scalability and UX narratives, so market participants may monitor the linked source for concrete implementation details before allocating to related sectors such as L1 infrastructure, data availability tooling, and UX middleware once disclosed (source: @Gajpower on X, Aug 22, 2025).

According to Jesse Pollak (@jessepollak), there is a call for the Ethereum network to increase its blob production to 50 by the end of the year. This move is seen as a strategic effort to enhance Ethereum's scalability and efficiency. Traders may interpret this as a signal for potential network upgrades, which could influence Ethereum's price and market volatility. Source: Twitter (@jessepollak).

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.