แปลง Beldex BDX เป็น MESSIER M87

Beldex building a decentralized confidential ecosystem in Web3 for secure digital interactions.. The concept of the project was developed in 2018, and launched in the same year. The Beldex project is committed to enhancing user data protection and their confidentiality online. BDX is an ecosystem coin that facilitates confidential transactions. Beldex's mission is to provide a confidential environment where data can be exchanged securely. The project is focused on individual safety and true data confidentiality with systematic research to ensure the confidentiality of individual transactions, and thus the safety of users and the security of their funds. BDX operates on the Beldex decentralized blockchain for performing secure transactions, while the ecosystem supports secure and confidential dApps, among them: BChat, BelNet, Beldex Browser, the Beldex protocol, and the Beldex bridge. Initially, Beldex was developed on a PoW architecture followed by a transition to the PoS consensus model in order to increase the scalability of the BDX token, lower fees and reduce transaction times.

The team at Messier is developing a wide range of decentralized products & services, designed to help further the DeFi space by improving the many facets that are needed in order for cryptocurrencies to be viable alternatives to fiat currencies. Messier products & services will offer solutions to common problems consumers face in the DeFi sector. These products & services will launch across a multitude of networks and will collect user fees that are sent to the treasury of the Messier DAO named Virgo. Virgo will operate solely on smart contracts and will use the funds in the treasury to purchase tokens that are voted on by M87 token stakers. Virgo's immutable smart contracts will purchase the proposed upon tokens and delegate these to M87 token stakers. There are smart contracts in Virgo that ensure there will be frequent buy & burns on the M87 token, which will help increase its value by adding liquidity to its pair & reducing its circulating supply.