Thesis-Supply-Chain-Finance-and-Blockchain – 供应链金融与区块链区块链毕设代写

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Thesis-Supply-Chain-Finance-and-Blockchain

The world experienced unprecedented growth in international trade in the past few decades. In this resulting environment of global competition, several new companies have spawned and are spawning. Sellers are often under immense pressure by the market players to accept open-account trade terms, shipping goods before receiving payment, leaving them exposed to increased risk. This creates working capital challenges for firms, especially small and medium enterprises. To mitigate this supply chain risk, several supplier-led and buyer-led supply chain finance solutions are facilitated by banks and financial technology companies. However, because of the new Basel III regulation framework for banks and several other Supply Chain Finance (SCF) adoption barriers, like fraudulent activities, many firms are unable to reap SCF’s full benefits. This study explains various SCF instruments, the key drivers in their growth and their adoption barriers. This study then focuses on the novel blockchain technology and smart contracts by delving deep into their history, components, limitations, risks and use cases. Using the knowledge gathered in the process, a proof-of-concept blockchain and smart contract is developed using the Ethereum platform, which can facilitate normal business, purchase order finance, reverse factoring and reverse securitization. To test the smart contract, four use cases for each SCF instrument mentioned are demonstrated. A JavaScript-based unit test is done to test the smart contract’s correct deployment and onboarding of actors along with their business and financing interactions – access controls to business documents, reverting malicious transactions and correct fund transfer. As a result of various assumptions taken in the development process, the smart contract works only as a basic proof-of-concept and lacks robustness on the ground of scalability and security. As a result, a future model is laid out which will use various software and hardware oracles for autonomous operations while using a complex system of a storage contract, a permanent contract which stores all the data, and logic contract, upgradable contract which can be changed any number of times, with a proxy contract making delegated “function” calls to logic contract to reduce the gas usage due to external function calls.

To execute:

  1. install truffle
  2. install node.js
  3. install ethereum
  4. execute truffle migrate

Proposed Future Model:

Thesis-Supply-Chain-Finance-and-Blockchain - 供应链金融与<a href=区块链blockchain“>


论文供应链金融和区块链blockchain执行:

建议未来模式:

  • 安装truffle
  • 安装节点.js
  • 安装以太坊eth
  • 执行块菌迁移
  • 在过去几十年里,世界的国际贸易经历了前所未有的增长。在这样一个全球竞争的环境中,一些新的公司已经和正在产生。卖方经常受到市场参与者的巨大压力,要求他们接受开放账户贸易条件,在收到付款之前装运货物,使他们面临更大的风险。这给企业,尤其是中小企业带来了营运资金方面的挑战。为了减轻这种供应链风险,银行和金融技术公司提供了几种供应商主导和买方主导的供应链金融解决方案。然而,由于新巴塞尔协议III对银行的监管框架以及其他一些供应链金融(SCF)采用障碍(如欺诈活动),许多公司无法获得SCF的全部利益。这项研究解释了各种SCF工具,它们增长的关键驱动力和采用障碍。然后,本研究通过深入研究新的区块链blockchain技术和智能合约的历史、组成、局限性、风险和用例,将重点放在它们上。利用过程中收集的知识,利用以太坊eth平台开发了一个概念验证区块链blockchain和智能合约,可以促进正常业务、采购订单融资、反向保理和反向证券化。为了测试智能合约,本文展示了每个SCF工具的四个用例。基于JavaScript的单元测试用于测试智能合约中参与者的正确部署和入职以及他们的业务和融资交互——对业务文档的访问控制、还原恶意交易和正确的资金转移。由于开发过程中的各种假设,智能合约只能作为基本的概念证明,在可扩展性和安全性方面缺乏健壮性。因此,一个未来的模型被设计出来,它将使用各种软件和硬件来进行自主操作,同时使用一个复杂的系统:存储契约,一个存储所有数据的永久契约,以及逻辑契约,一个可以多次更改的可升级契约,通过代理契约对逻辑契约进行委托“函数”调用,以减少由于外部函数调用而导致的气体使用。

    建议未来模式:

    1. 安装truffle
    2. 安装节点.js
    3. 安装以太坊eth
    4. 执行块菌迁移

    Proposed Future Model:

    Thesis-Supply-Chain-Finance-and-Blockchain - 供应链金融与<a href=区块链blockchain“>

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