nodes

In a leaked internal conversation from the DeepSeek investor conference, DeepSeek founder Liang Wenfeng elaborated on his core views regarding the development of the domestic AI computing power industry and ecosystem. He stated that the current domestic AI chip replacement is facing a historic opportunity, with no compatibility barriers in hardware and ecosystem, and that NVIDIA cannot block the replacement process. The only current issue is insufficient production capacity, and it is expected that within a year, the market's perception of domestic chips as "unusable and poor-performing" can be reversed.He pointed out that NVIDIA's CUDA ecosystem moat is rapidly collapsing, and multiple industry transformations combined with export controls have opened a development window for domestic AI chips. He revealed that DeepSeek has partnered with Huawei to obtain 16,000 950 cards to run the ecosystem, and Huawei's 950 super nodes can completely replace NVIDIA's GB200 and GB300 in terms of performance and price, showing an optimistic attitude towards the development of the domestic computing power industry.

Libbitcoin developer @evoskuil stated that the latest version of Libbitcoin Server can complete the initial block download of a Bitcoin full node in 55 minutes and perform full verification. This speed improvement comes from a new GPU-based signature verification system that runs in parallel with conventional script verification, rather than as a separate step.The software does not pause execution to verify each ECDSA and Schnorr signature; instead, it captures signature checks, batches them, and processes them via GPU while the remaining verification continues. @evoskuil indicated that this method achieves about a 99.5% signature capture rate without blocking verification, thus eliminating the need for a second verification. If a batch signature check fails, the software traces it back to the corresponding block and marks that block as invalid. He also mentioned that this design can batch process an almost arbitrary number of signatures, keeping the GPU ahead of the remaining verification process and significantly shortening the full node synchronization time.

The latest research from the Cambridge Centre for Alternative Finance shows that approximately 31% of Ethereum node activity is located in the United States, with about 39% distributed in the EU region excluding the UK, indicating that the geographical distribution of Ethereum nodes is still relatively concentrated in Western countries. The research leader, Alexander Neumuller, stated that the current node distribution is not concentrated in a single country but primarily relies on a few cloud service providers, including Hetzner, Amazon AWS, and OVH.It is noteworthy that the Ethereum network does not require half of the validators to fail for issues to arise; when more than one-third of validators go offline simultaneously, the network may be unable to complete the finalization of block checkpoints. Neumuller pointed out that nodes and validators do not have a one-to-one correspondence; a single node may run multiple validators, making it currently impossible to accurately assess the actual impact of a specific node or service provider failure on the validation network. Additionally, the research reassessed the energy consumption situation after Ethereum's Merge. The data shows that Ethereum's current annual energy consumption is approximately 7.9 GWh, equivalent to about 1 megawatt of continuous power, which is only about 0.02% of the pre-Merge level, with energy consumption decreasing by approximately 99.98%. Currently, the proportion of sustainable energy used by the Ethereum network exceeds 56%, higher than the global average. The research also pointed out that the concentration of client software is another potential risk; if a dominant client has a vulnerability, it could affect a large number of network participants. The report was published by the Cambridge Centre for Alternative Finance, with support from the Ethereum Foundation.

According to CoinDesk, the Ethereum Foundation recently disclosed that its security team used AI agents to test the software running on Ethereum validator nodes and successfully discovered a remotely triggerable vulnerability that could cause node crashes. However, researchers emphasized that human review remains a key step in distinguishing real vulnerabilities from false positives among the large number of security reports generated by AI.It is reported that the discovered vulnerability exists in the Ethereum network message propagation protocol gossipsub, where an attacker can remotely trigger the node software to enter an abnormal computation state, causing the program to crash and shut down, making the validator node go offline until the operator manually restarts it. This vulnerability has been fixed and registered under the identifier "CVE-2026-34219."Nikos Baxevanis, a member of the Ethereum Foundation's protocol security team, stated that what was truly surprising about this incident was not the AI's ability to discover vulnerabilities, but rather the amount of time the team spent discerning which vulnerabilities were real and which were merely seemingly credible "illusions."

According to The Block, the latest report "Merged Ethereum" released by the Cambridge Centre for Alternative Finance (CCAF) shows that approximately 31% of Ethereum node activity is located in the United States, and 39% is distributed across the European Union (excluding the UK), presenting an overall Western centralization pattern.The report points out that there are potential centralization risks in the Ethereum network—nodes are highly concentrated among three major hosting service providers: Hetzner, AWS, and OVH. If more than one-third of the validators go offline simultaneously, the network checkpoints will stop finalizing.In addition, the report recalculated Ethereum's energy consumption, estimating that the annual electricity usage after the merge is about 7.9 gigawatt-hours, a decrease of approximately 99.98% compared to before the merge, with sustainable energy accounting for over 56%. The cost needed to offset its annual carbon emissions is only about $33,500 to $73,800.

Michael Saylor posted on the X platform, stating that the future of Bitcoin is shaped by the dynamic consensus among nodes, miners, and holders. Among these, the influence of nodes is reflected in transaction validation rights, miners are represented by computing power, and holders are represented by economic weight. Only when validation, security, and capital align can protocol changes be approved.He further pointed out that while the forces of brands, laws, politics, technology, institutions, culture, and the physical realm may influence discussions related to Bitcoin, they cannot directly determine the outcome of consensus. Their role is mainly reflected in persuading, coordinating, constraining, or mobilizing nodes, miners, and holders.

According to Protos, Bitcoin Core developers recently disclosed a high-risk vulnerability numbered CVE-2024-52911, which affects versions 0.14.1 to 28.4, allowing miners to remotely crash other users' nodes and execute code by mining specially crafted blocks.The vulnerability was discovered and responsibly disclosed by developer Cory Fields in November 2024. The fix was merged in December of that year and released with version v29 in April 2025. The last vulnerable 28.x version series was discontinued on April 19, 2026.However, since upgrading Bitcoin full nodes is voluntary, it is estimated that about 43% of nodes are still running the vulnerable old version software, facing potential risks. Fortunately, the cost of implementing such an attack is extremely high—miners would need to allocate significant computational power to mine invalid blocks that do not yield block rewards—so it is likely that it has never been exploited in practice.

The Zcash Foundation officially announced the release of Zebra version 4.4.0. This update fixes multiple consensus-level critical security vulnerabilities and strongly recommends that all node operators upgrade immediately. This includes a denial-of-service vulnerability that can cause new blocks to stop being discovered permanently, consensus divergences caused by errors in block signature operation (sigops) counting, anomalies in the processing of transparent transaction signature hashes, and risks of memory allocation amplification attacks.The Zcash Foundation stated that some of these vulnerabilities could cause Zebra nodes to accept blocks that are rejected by zcashd, leading to chain forks. If not updated in a timely manner, nodes may face risks such as interruption in block discovery, consensus forks, and resource consumption amplification, and there are currently no alternative mitigation solutions.

According to Decrypt, Admiral Samuel Paparo, the commander of the U.S. Pacific Command, stated during a hearing before the U.S. House Armed Services Committee that the U.S. government is currently running a Bitcoin node for cybersecurity-related testing, but is not engaged in mining.Paparo indicated that the U.S. military's interest in Bitcoin primarily focuses on its value as a computer science tool, including cryptography, blockchain, and reusable proof-of-work mechanisms, with the aim of using the Bitcoin protocol to strengthen cybersecurity and enhance military capabilities, which is still in the experimental stage. He also mentioned that maintaining the global dominance of the U.S. dollar aligns with U.S. military interests and gave a positive evaluation of the stablecoin legalization bill, the GENIUS Act, signed by Trump last summer, believing that the bill helps to solidify the global position of the dollar.

According to official news from the Polygon Foundation, the Giugliano hard fork upgrade will take place around 22:00 on April 8 at block height 85,268,500 on the Polygon mainnet.This upgrade will bring the following improvements: allowing producers to announce blocks earlier for faster finality; directly adding fee parameters to the block header; introducing new RPC interfaces to support fee data.The official reminds all node operators that they must upgrade Bor to version v2.7.0 or upgrade Erigon to version v3.5.0 to ensure normal operation.

According to official news, BlackRock's first ETF offering staking rewards, the iShares Staked Ethereum Trust ETF (ETHB), has been listed for trading on Nasdaq, with Figment selected to provide validation node infrastructure for ETHB, supporting transaction validation and Ethereum network security.Industry insiders point out that the launch of ETHB benefits from regulatory clarity driven by long-term policy initiatives, allowing Ethereum staking to be participated in by a broader range of investors. The amount staked has reached a historic high, enhancing not only network security and risk resistance but also providing a solid foundation for on-chain economic activities and development.

The DFINITY Foundation stated on platform X, "The economic model of the Internet Computer is changing: the old model rewarded node providers simply for running nodes. The new model allocates 80% of cloud engine revenue to nodes that provide computational support, with 20% used to burn ICP.Currently, the Node Provider Association has begun preparations to promote cloud engine services to businesses across Europe."

The shipping giant FedEx announced its joining of the Hedera Network's governance body, the Hedera Council, where it will operate network nodes and participate in on-chain governance.

Data shows that the number of validator nodes on the Solana network has significantly decreased from a peak of 2,560 in March 2023 to the current 795, a drop of 68%, raising concerns in the market about the network's level of decentralization.Industry insiders point out that, in addition to clearing "zombie nodes," a more core reason is the continuous rise in operating costs + zero-fee competition among large nodes, which is systematically squeezing out small and medium-sized validators. An independent validator node operator stated that many small nodes are not bearish on Solana, but rather that the economic model has become unsustainable: "Without economic viability, decentralization becomes a charitable act." Meanwhile, Solana's Nakamoto Coefficient has dropped from 31 to 20 during the same period, a decline of about 35%, indicating that the control of staked SOL is concentrating in the hands of a few large nodes, reducing the network's level of decentralization.From a cost perspective: to maintain operation (excluding hardware and servers), a node needs at least $49,000 worth of SOL in the first year; approximately 401 SOL is required annually to pay for voting fees; and daily voting transaction costs can reach up to 1.1 SOL/day. The trend signals are clear: Solana is gradually evolving from a "broad participation node structure" to a structure dominated by large institutional nodes, which may have a profound impact on the network's security structure and governance patterns in the long term.

According to Cointelegraph, the number of Bitcoin nodes supporting Bitcoin Improvement Proposal 110 (BIP-110) has risen to 2.38%. This proposal is a temporary soft fork that limits the amount of data per transaction at the consensus level.According to data from The Bitcoin Portal, out of 24,481 nodes, 583 are running BIP-110, with the main node software implementation for this soft fork proposal being Bitcoin Knots. BIP-110 limits the size of transaction outputs to 34 bytes and sets the OP_RETURN data limit to 83 bytes. According to the proposal's description on its GitHub page, this temporary soft fork will be deployed for 1 year, after which it may be extended or modified. OP_RETURN is a script code that allows users to embed arbitrary data.Since the release of the latest version of the most widely used Bitcoin node software—Bitcoin Core 30—this feature has been a focal point of intense debate within the Bitcoin community. The OP_RETURN data limit was originally set to 83 bytes, but Bitcoin Core developers unilaterally removed this restriction in the Bitcoin Core 30 version. This change stemmed from a controversial code merge request first proposed in April 2025, which was widely opposed by the Bitcoin community.

According to market news, the Nasdaq-listed company AVAX One announced the launch of public validation nodes on the Avalanche blockchain to support the Avalanche consensus mechanism, providing staking services for delegators. It is reported that the AVAX One validator will support public delegation and utilize an institutional-grade cloud architecture to ensure high availability and high performance.

According to GlobeNewswire, NASDAQ-listed company AVAX One announced the launch of public validation nodes on the Avalanche blockchain to support the Avalanche consensus mechanism and provide staking services for delegators.It is reported that AVAX One validators will support public delegation and utilize enterprise-grade cloud architecture to ensure high availability and high performance.

According to official news, the Zcash Foundation has announced that in response to the Electric Coin Company (ECC) ceasing service responses for its DNS seed nodes, five new DNS seed nodes have been deployed in the United States and Europe. The newly deployed seed nodes are located in South Carolina and Oregon in the United States, as well as in Belgium, Germany, and Finland in Europe.As of now, including the existing seed nodes, the total number of seed nodes operated by the Zcash Foundation has reached six, aimed at ensuring reliable node discovery for users and improving the startup performance of wallets and nodes.In addition, the Zcash Foundation is considering further deployments in other regions to enhance coverage and reliability, and Shielded Labs is also working on deploying additional seed nodes.

According to official news, the U.S. stock SOL treasury company Sharps Technology, Inc. (NASDAQ: STSS) announced that it is further deepening its partnership with Coinbase Institutional by jointly supporting the launch of institutional-grade validation nodes on the Solana network.Under this expanded cooperation framework, STSS will delegate part of its SOL holdings (currently over 2 million SOL) to a newly established validation node operated by Coinbase. This collaboration integrates Coinbase's institutional-grade infrastructure, security standards, and proven validation node operational capabilities to ensure high availability, strict operational standards, and long-term reliability.