The modular ZKVM project Ola has announced the allocation of 2% of the total Ola token supply to valid validators in the second season of Massive, its mobile end ZKP node verification network, twice the amount of the first season, which combines the results of community proposals and the total number of participants in the second season. Users can now check the points accounted for this season through the Massive App or Ola's official website. The number of tokens received by individuals and the...
Ola, the Layer 2 modular ZKVM project, announced on the X platform that the token allocation snapshot for the second season of Massive, its mobile end ZKP verification network, will take place on August 8th at 8pm. Points accumulated in the second season will be recorded and used as the basis for eligibility and proportion of Ola tokens. It is reported that Ola has released an announcement to solicit proposals from the community for the distribution of Massive's second season tokens, and offered...
On July 18, the Layer 2 modular ZKVM project Ola posted on the X platform that if the user has the first season points, but the airdrop query shows no tokens, but the airdrop query shows no tokens, you need to use the Ola L2 address to fill in the form and submit the application. The Ola technical team will assist in solving this problem. The application submission time will last for one month and is scheduled to close at 4:00 pm (UTC + 0) on August 18.
The Layer 2 modular ZKVM project Ola announced on the X platform that the token airdrop queryer has been launched, and the Massive S2 token snapshot is about to take place. In addition, eligible S1 users can receive 1% Ola tokens. This feature allows early first season users to check the eligibility of tokens and the proportion of locked tokens, while users who continue to participate can continue to accumulate tokens in each subsequent season, which will eventually be liquidated and distributed...
On June 25th, Ola, a two-layer modular ZKVM project, updated the token allocation details of Massive, its core module mobile end node verification network, in response to community feedback and concerns. Ola said it will screen before TGE to ensure that only valid and active S1 validators can participate in the distribution of 1% of the Ola token pool. Ola emphasized that while the total number of registered validators for Massive S1 is 206,242, only valid and active validators are eligible to s...
On June 25th, the two-layer modular ZKVM project Ola tweeted that it will allocate 1% of the total Ola token supply to 206,242 participants in the first season of Massive, its mobile end-node verification network. A new UI with token claim eligibility query function is about to be launched, when users enter the address to check whether they are eligible for S1 tokens and the corresponding future S1 token allocation quantity. Users need to stay at Massiv at each end point before connecting Massiv...
RISC Zero has launched zkVM 1.0, a production-ready iteration of its general-purpose zkVM. The system generates proofs for any program written in Rust and is compatible with multiple chains, allowing proof verification on any chain. According to RISC Zero, zkVM 1.0 is more cost-effective than competing proof systems such as Plonky 3. Prior to the release of zkVM, RISC Zero held a trusted setup ceremony, accepted security audits, and released its validator on multiple platforms such as Ethereum, ...
RISC Zero推出了zkVM 1.0,这是其通用zkVM的生产就绪迭代版本。该系统可为任何用Rust编写的程序生成证明,并兼容多条链,可在任何链上进行证明验证。据RISC Zero称,zkVM 1.0比Plonky 3等竞争证明系统更具成本效益。在zkVM发布之前,RISC Zero举行了可信设置仪式,接受了安全审计,并在以太坊、Base、OP、Arbitrum、World Chain和Starknet等多个平台上发布了其验证器。开发人员现在可以使用zk...
On June 13th, Marlin, a verifiable computing protocol based on TEE and ZK, has partnered with ZKM, a general-purpose zero-knowledge proof platform, to provide greater scalability and efficiency for ZK proof generation. ZK proof marketplace Kalypso will provide ZKM with a platform to connect with users and protocols that require ZK capabilities. Developers can use ZKM's zkVM for complex computations in the Marlin network, and access various hardware providers by leveraging Kalypso.