Blockchain

a16z Crypto has released a zkEVM solution called Jolt, aimed at enhancing the speed and simplicity of blockchain scaling operations. Jolt utilizes SNARK zero-knowledge proofs to provide a framework for EVM-compatible Rollups, allowing developers to create SNARK-based L2 solutions. Jolt significantly improves performance by converting computations into specialized polynomials and efficiently generating proofs using the sumcheck protocol, making it twice as fast as existing zkVM solutions. Technical advantages of Jolt include more compact circuit designs, efficient pipelining, and ample parallelization, optimizing the usability and availability of zkVM and aiding in shortening development cycles and improving user experience.

This article delves into what the blockchain space is, why it's important, and its future development.

Ergo (ERG) is a cryptocurrency focusing on contract-based, decentralized applications with features like privacy and light client use.

Numeraire (NMR) is a blockchain-based hedge fund allowing trading based on AI and global data scientist predictions.

Understand Data Availability and how it impacts Blockchain transaction verification.

Dive into how Rootdata is transforming the landscape of Web3 data analysis with its innovative approach to data aggregation and visualization.

Discover the transformative potential of Polymer Labs in blockchain interoperability in this article. Explore how their cutting-edge technology is bridging networks and shaping the future of DeFi and NFTs.

Clore.ai (CLORE) is a leading decentralized AI platform for deep learning and data analysis applications. As of 2025, it features an expanded ecosystem with Clore VPN, Clore Storage, and CloreOS, alongside technical improvements achieving 92% GPU efficiency and reduced energy consumption by 40%. Now serving 500,000+ active users with enhanced governance, Clore.ai has established itself as a frontrunner in decentralized GPU computing.

Superfluid is a multi-chain streaming payment protocol. It lowers the risk and cost of asset transfers by offering instant distribution at a fixed ratio and permitting payments to be streamed per second.

Akash, Render Network, and io.net are the three largest decentralized computing networks in the market. Although they all provide decentralized computing services, each network has different business focuses. This article further compares different decentralized computing networks through network capacity, usage, and different resource purposes.

This article will share personal anecdotes from past years and after that discuss the difference in explore versus exploit stages of the cycle. As a closing remark, we will conclude with possible future scenarios and a personal commentary.

Users employing a dollar-cost averaging (DCA) strategy do not expose themselves to excessive risk and can achieve a better average price; in the long run, such users still outperform most traders. Users purchasing the selected cryptocurrency at fixed intervals and with a fixed dollar amount can create passive investments and earn profits.

Ethereum’s shift to a rollup-centric roadmap induced explosive growth in modular scaling designs, eliminating gas fees over $100 and unlocking new application designs. However, it also faces a new problem of state fragmentation. The article analyzes the two major directions of scaling and explores their mechanisms.

This article provides a detailed explanation of the new Web3 interactive feature of the xNFT protocol, focusing on its applications, visiting various Dapps, achieving new application distribution methods, and the opportunity to receive project airdrops.

The success of runes will depend on user experience. If the broad compatibility of runes is quickly integrated and utilized, there is a good chance that they could replace BRC-20. In addition to storing token balances in UTXOs and shifting trust from the indexer level to the Bitcoin blockchain, runes should be easier to integrate with L2 solutions, bridges, and other DeFi applications.