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The Hyper Foundation grants approximately 10 million USD to support the USDH exit migration, covering HIP-1, 3, and HyperEVM ecological projects

The Hyper Foundation announced that it will provide approximately $10 million in grants to developers affected by the USDH exit, to cover migration costs and support an orderly transition of the ecosystem. This round of funding will be allocated to affected HIP-1 spot deployers, HIP-3 perpetual contract deployers, HyperEVM protocol, USDH:USDC cross-chain bridge, and other ecosystem participants.Among them, migration grants are aimed at teams migrating USDH-related markets or deployments to USDC; while exit grants are for projects that choose to terminate USDH-related businesses, with amounts lower than equivalent migration plans, to encourage a smooth conclusion of the ecosystem. HIP-1 and HIP-3 grants are based on auction deployment cost estimates, while HyperEVM grants are assessed based on the scale of USDH TVL affected. All beneficiaries must complete migration or business closure by the end of July.On the user side, USDH holders need to operate according to the guidelines of each protocol and can complete the exchange to USDC through the spot market or HyperEVM path. The official has provided support for asset conversion with no fees or spot trading channels. The Hyper Foundation also stated that the USDH migration is progressing smoothly, thanks to the active cooperation of developers and the community, and expressed gratitude to the relevant builders.

first_img Vitalik Buterin: Ethereum does not pursue speed but aims to become the safest chain, achieving ZKVM dominant verification before 2028

ChainCatcher reports live from the 2026 Hong Kong Web3 Carnival, where Ethereum co-founder Vitalik Buterin delivered a keynote speech. He defined Ethereum by two core functions: first, as a public bulletin board for applications to publish messages and data; second, as shared digital objects controlled by code, encompassing assets, NFTs, ENS, and DAOs. He emphasized that Ethereum's goal is not to compete with high-frequency trading platforms on speed, but to become the most secure, decentralized, and always-online trusted chain.Regarding the short-term roadmap, he introduced the account abstraction proposal EIP-8141, which natively supports smart contract wallets, quantum-resistant signature algorithms, and privacy protocols; in terms of quantum resistance, there are currently two signature schemes based on hash and lattice, and the team is significantly enhancing their efficiency through EVM vectorization.He revealed that ZKVM is fast enough to prove real-time EVM execution, with this year's goal being to ensure its security, planning to start deployment from a small proportion of the network, aiming to become the primary method of validation by 2028, allowing Ethereum to scale significantly without sacrificing decentralization. In terms of long-term vision, Ethereum is actively utilizing AI to generate mathematical proofs to formalize software security verification, pursuing complete quantum safety and maximum simplicity to ensure platform security does not rely on the continuous existence of any single team.

Ernst & Young launches Blockchain Privacy Sandbox, supporting the development of privacy smart contracts on EVM chains

EY announced the launch of the Blockchain Privacy Sandbox, a web-based development environment designed to help businesses and developers experiment with privacy-preserving smart contracts on public chains compatible with the Ethereum Virtual Machine. It is reported that this sandbox environment is based on the open-source technology Starlight, allowing developers to convert standard Solidity smart contracts into applications with privacy protection features while retaining the original contract logic, and providing exploratory, replicable, and modifiable sample projects to accelerate proof of concept development.Currently, the Blockchain Privacy Sandbox is mainly used for experimentation and validation, supporting businesses in assessing the feasibility of privacy smart contracts, testing functionalities, and validating application scenarios before officially integrating Starlight. EY stated that this tool lowers the technical barrier for conducting privacy experiments on public chains by providing an easy-to-use web environment. Starlight, as the underlying ZKP compiler, has been open-sourced, allowing developers to integrate privacy features through its GitHub repository. As businesses' demand for data privacy protection on public chains increases, the attention on zero-knowledge proof technology continues to rise. Relevant reports indicate that the global ZKP market is expected to reach approximately $7.6 billion by 2033.
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