Array's Next-Gen Algorithmic Stablecoin System: Built on Self-Developed AI Algorithms
- Written by Array Labs Limited
Through self-developed AI algorithms, the Array team operates based on the Polygon Network public chain, adopts the dual token economic model ($ARA/$USDR), and creates original complex code and contract invocation logic, simplifying the complex steps of application interaction, bringing more composability to applications. Its trading operations are conducted on-chain, with open and transparent contracts and full open source.
Optimizing Liquidity with AI Algorithms
The Array team believes that in order to maximize benefits, pledging $ARA to obtain staking rewards and corresponding $USDR (with 400% over-collateralization) is the way to go. However, this leads to insufficient $ARA liquidity. To address this issue, the platform has developed a self-developed Liquidity Curve contract, which provides liquidity support for the platform. Through a complex algorithm that releases small amounts of $ARA to the market multiple times, this not only increases the bottoming fund pool but also creates opportunities and convenience for more people to participate in the project.
Array uses AI algorithms to achieve certain security and interoperability to ensure the safety of users' digital assets and transactions, such as encryption technology, firewalls, etc. Users can easily connect traditional fiat currencies and cryptocurrencies, making fund transfers and transactions more accessible.
It is worth mentioning that this model not only allows seamless switching between traditional and cryptocurrencies but also further promotes the popularity and use of digital assets in the traditional financial system. It provides multiple guarantees for users and is expected to redefine the entire stablecoin industry.
Hashtag: #Array
The issuer is solely responsible for the content of this announcement.
References
- ^ Media OutReach (www.media-outreach.com)
Authors: Array Labs Limited
Read more https://www.media-outreach.com/news/vietnam/2023/04/03/211900/