Electric Capital

ConsenSys is a leading blockchain technology company focused on developing the next generation of the internet, referred to as Web 3.0. This new framework aims to create more open, efficient, and accessible economic systems. ConsenSys builds platforms, applications, and tools tailored for Web 3.0, while also providing services to ensure their offerings meet customer needs. As a blockchain venture production studio, it creates consumer-centric products and enterprise solutions, primarily utilizing Ethereum technology. The company serves as a hub for identifying development opportunities, facilitating the sharing of software components across ventures, and fostering innovation through collaboration among some of the industry's top blockchain experts.

Aurora is an Ethereum Virtual Machine developed by the NEAR Protocol team, designed to enable developers to run applications on a scalable and Ethereum-compatible platform. It offers a seamless user experience with low transaction costs and high throughput, making it accessible for developers transitioning from Ethereum. By simply changing the RPC endpoint, Ethereum developers can easily start utilizing Aurora's layer-2-like speed and scalability. This turn-key solution aims to provide a future-safe environment for app development, enhancing the capabilities of the Ethereum ecosystem.

ThunderCore is a fast, high performance EVM-compatible public blockchain with fully decentralized trust that brings scale to decentralized applications - with higher throughput, faster confirmation times, and lower costs. Based on years of groundbreaking research by Professors Shi and Pass of Cornell University, ThunderCore uses a breakthrough consensus protocol that overcomes the fundamental limitations of Nakamoto consensus. The result maintains fully decentralized trust while significantly improving performance.​

ThunderCore is a fast, high performance EVM-compatible public blockchain with fully decentralized trust that brings scale to decentralized applications - with higher throughput, faster confirmation times, and lower costs. Based on years of groundbreaking research by Professors Shi and Pass of Cornell University, ThunderCore uses a breakthrough consensus protocol that overcomes the fundamental limitations of Nakamoto consensus. The result maintains fully decentralized trust while significantly improving performance.​