The article discusses how blockchain technology has the potential to transform private equity and venture capital by enhancing transparency, efficiency, and accessibility in investment processes. It explores the benefits of using smart contracts and decentralized platforms for managing investments and fundraising, which could lead to a more democratized investment landscape. Additionally, the article highlights challenges that need to be overcome for widespread adoption in these sectors.

ENSv2 enhances the Ethereum Name Service with upgraded smart contracts that improve scalability, modularity, and future-proofing. Key features include native Layer 2 support, hierarchical registries for subnames, a flexible permissions model, and the removal of grace periods for name expirations. The architecture allows for easier management of names and subnames, ensuring seamless integration for existing resolvers while promoting true ownership and multi-chain capabilities.

Blockchain networks can be effectively compared through aggregated metrics, including developer, network, usage, and financial metrics. This approach simplifies tracking changes in smart contract networks by using combined measures such as Total Value Locked (TVL) and Fees, while acknowledging the limitations of these abstractions. The article emphasizes the need for careful interpretation of these scores to understand market dynamics and network performance over time.

Google has introduced a new Layer 1 blockchain specifically designed for banks, featuring smart contracts based on the Python programming language. This initiative aims to enhance the banking sector's integration with blockchain technology, providing a secure and efficient platform for financial transactions. The move reflects a growing trend of major tech companies entering the blockchain space to innovate traditional financial systems.