BitMart is a global cryptocurrency exchange, offering a wide range of trading options, including spot and futures trading. Known for its user-friendly interface and low trading fees, BitMart also provides various financial products like staking and lending to enhance user engagement.

By consistently expanding its ecosystem, XT.COM is dedicated to providing users with the most secure, trusted, and hassle-free digital asset trading services. Our exchange is built from a desire to give everyone access to digital assets regardless where you are. Founded in 2018, XT.COM now serves more than 6 million registered users, over 500,000+ monthly active users and 40+ million users in the ecosystem. Covering a rich variety of trading categories together with a NFT aggregated marketplace, our platform strives to cater to its large user base by providing a secure, trusted and intuitive trading experience. As the world’s first social-infused digital assets trading platform, XT.COM also supports social networking platform based transactions to make our crypto services more accessible to users all over the world. Furthermore, to ensure optimal data integrity and security, we see user security as our top priority at XT.COM.

The Maiar Decentralized Exchange (DEX) is the Automated Market Maker (AMM), rearchitecting some of the key elements to build a product that can leverage the entire performance of the Elrond architecture, to offer global, near-instant, inexpensive transactions among an expanding suite of assets. The essence of current versions of automated market makers is best expressed through the constant product equation: x * y = k Based on it, if a swap pool owns some units of token x and some units of token y, it prices trades so that the quantities of x and y resulting after the trade, when multiplied, are equal to a fixed constant, k. But current AMM performance could be significantly improved by rebuilding them on vastly more scalable architectures. By reimagining an automated market maker on top of a highly scalable architecture that is high bandwidth, low latency, and inexpensive, the performance of the swap processes can be drastically improved. With significantly better performance, the scope of AMMs can be rapidly expanded, giving birth to new mark