OpenEx is preparing to launch its Long test network, symbolizing its progress in digital asset trading. Named after the Chinese dragon as a tribute to the Chinese Long Year, the Long test network features a conventional token design. It utilizes USTD in its traditional form and designates the OEX token as ERC20, optimizing asset liquidity management and bolstering OpenEx's blockchain framework for trading solutions and liquidity trading platforms between USDT and assets.

Significantly, the Long test network reduces gas charges, creating an ideal environment for payment and trading applications. This facilitates the integration of innovative trading protocols, payment protocols, entertainment game protocols, and AI application protocols.

The Long test network enhances ecosystem adaptability by serving as an Ethereum Virtual Machine (EVM)-compatible chain, allowing developers to test their existing decentralized applications by migrating them to Long. Providing an RPC service address simplifies the process, enabling developers to connect using primary Web3 wallets like Metamask.

OpenEx offers various solutions and tools to support developers and users, including a user interface, faucet interface, blockchain explorer for smart contract codes, and a simple exchange contract. These tools demonstrate the technical capabilities of the Long test network and OpenEx's commitment to building a stronger community.

Looking ahead, OpenEx plans to enhance the Long test network with additional functionalities such as interfaces, staking reward contracts, and asset cross-chain bridges, further strengthening the ecosystem. The organization invites Web3 application and protocol developers to test on the Long network and provide feedback for further improvements.

The primary objectives of the Long test network are technical testing and authentication, with multiple ERC20 tokens and standard tokens available on the network. OpenEx aims to provide a reliable and secure testing environment to advance blockchain technology development and implementation.