SBIR Phase I: Super High Performance No-Code Platform

这个小企业创新研究（SBIR）项目的更广泛影响/商业潜力是使参与区块链支持的金融市场的广泛增长民主化，这些市场越来越需要大规模阅读、分析或编写智能合约的能力。随着智能合约的不断普及，缺乏编程能力来执行这些任务的企业将越来越处于不利地位。从传递所有权的简单的不可替代代币（nft）到自动化未来支付的复杂、自动执行的协议，智能合约是商业实用程序和区块链感知价值的核心。越来越多的金融机构正在寻求提高他们的Web3能力，甚至不惜付出高昂的代价。正如算法交易所证明的那样，自动化分析和执行可以提供巨大的商业优势，但如果设计不当或不加以控制，也可能导致巨大的损失。开创一种解决方案，使没有高级程序员的企业能够从分析和编写智能合约中获益，同时管理相关风险，这需要深度技术——特别是一种新颖的可视化编程语言，旨在使用简单的无代码命令管理公共区块链上涉及数百万智能合约的大数据集。这个SBIR第一阶段项目提议建立一个独特的区块链应用程序接口，使用户能够扫描和读取智能合约，并立即利用提取的数据来设计、构建和测试包含数字资产的交易算法。该接口最终将使用户能够在不需要编码的情况下大规模分析和编写智能合约。该项目将为成千上万无法接触到高级程序员的企业以低廉的价格开发Web3功能奠定基础。该项目还将生产一种计算机化工具，执行下列两项关键任务：2.持续实时扫描可公开访问的智能合约；从这些扫描的合约中得出可能有意义的指标，最初是为了分析和交易金融资产。即将创建的区块链应用程序接口将首次使没有编程能力的用户能够使用实时智能合约数据自动交易。该奖项反映了美国国家科学基金会的法定使命，并通过使用基金会的知识价值和更广泛的影响审查标准进行评估，被认为值得支持。

The broader impact/commercial potential of this Small Business Innovation Research (SBIR) project is to democratize participation in the expansive growth of blockchain-enabled financial markets that increasingly require the ability to read, analyze, or write smart contracts at scale. Enterprises that lack the programming capabilities to perform these tasks well will become increasingly disadvantaged as smart contracts continue to proliferate. Ranging from simple Non-Fungible Tokens (NFTs) that convey ownership to complex, self-executing agreements that automate future payments, smart contracts are at the heart of the commercial utility and perceived value of a blockchain. Growing numbers of financial institutions are seeking to advance their Web3 capabilities, even at premium prices. As algorithmic trading has demonstrated, automating analysis and execution can provide enormous commercial upside, yet it also can result in large losses if designed improperly or left unchecked. Pioneering a solution that enables enterprises without advanced programmers to reap the benefits of analyzing and writing smart contracts while managing the associated risks requires deep technology— specifically a novel visual programming language designed to manage big-data sets involving millions of smart contracts on public blockchains using simple no-code commands.This SBIR Phase 1 project proposes to build a unique blockchain application interface that will enable users to scan and read smart contracts and immediately leverage the extracted data to design, build, and test trading algorithms that incorporate digital assets. This interface will ultimately enable users to analyze and write smart contracts at scale without the need to code. The project will set the foundation for the inexpensive development of Web3 capabilities by thousands of enterprises that do not have access to advanced programmers. The project will also produce a computerized tool that does the following two key tasks: 1. continuously scan publicly-accessible smart contracts in real time, and 2. derive indicators from these scanned contracts that likely are meaningful, initially for the purposes of analyzing and trading financial assets. The blockchain application interface to be created will enable users without programming capabilities to automate trading using live smart contract data for the first time.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.