ScaleUp Chain.pptx a blockchain technology

Blockchain technology

1. A End Term Presentation on Under the guidance of : Prof. Mrs. R. S. Jadhav 1 “S caleUp Chain ” By Group No-26 Roll. No Name of the Student 56 Aarya Patil 57 Prachi Patil 58 Sonali Desai 59 Sakshi Kadam 60 Pooja Gidde Academic Year: 2024-25

2. Outline Introduction Literature survey Need of Work Problem Statement Objectives System Architecture Modules Hardware software requirement Modules Implemented Remaining Work Conclusion References 2

3. Introduction 3 Blockchain platform connects startups & investors. Simplifies funding with secure, transparent transactions. Startups share ideas; investors access verified data. Smart contracts automate & enforce agreements. Benefits: Reduced costs, enhanced trust, job creation.

4. Literature Survey 4 Sr. No. Research Paper/Resource Name Authors/Source Features Drawbacks 1 “Blockchain-based investment and collective support platform for emerging businesses.” (2019) Amal C. Saji, Nandakishore VV, Baby Syla L. An investment platform for startup owners and investors. Transactions for funding were not available. 2 "Blockchain Security Challenges" Hsieh and Liu (2020) Discusses smart contract vulnerabilities, privacy issues, and network risks in blockchain security. Lack of solutions for all identified vulnerabilities.

5. 5 4 " FinMap : A Blockchain-Based Startup-Investor Platform" N/A Facilitates direct connections and transactions between startups and investors using smart contracts. Limited adoption due to reliance on blockchain literacy among users. 5 “Next-Generation Smart Contract and Decentralized Application Platform” (2024) Ethereum Foundation Explores Ethereum's functionality for building smart contracts and decentralized applications. High resource consumption and scalability challenges. 6 “Solidity: The Ethereum Smart Contract Programming Language” (2024) Solidity Documentation Provides a comprehensive guide for programming Ethereum-based smart contracts. Steep learning curve for new developers. 7 “Web3.js: Ethereum JavaScript API” (2024) Web3.js Documentation Offers tools to interact with the Ethereum blockchain using JavaScript. Limited error handling and debugging capabilities.

6. Need of Work 6 Connect startups & investors for seamless collaboration. Secure transactions via blockchain; minimize fraud risks. Automated smart contracts reduce intermediaries. Detailed startup profiles & communication hub .

7. Problem Statement Develop a blockchain platform to : Streamline investment. Enhance transparency. Automate smart contracts. Reduce costs for startups & investors. 7

8. Objectives 8 User-friendly startup-investor platform. List of registered startup for investors. Blockchain-based payment for secure transactions.

9. System Architecture 9

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11. Modules Login/Register : User Authentication, Profile Creation Startup Dashboard : Profile management, interaction, projects Investor Dashboard : Profile management , Investment Management Communication Hub : Secure direct messaging Funding and Transactions : Payment gateway, Smart contracts Notifications & Alerts : Real-time alerts, notifications Support Panel : Support and Helpdesk 11

12. Hardware & software requirements 12 Hardware : Laptops/desktops Software : OS: Windows/macOS/Linux Frontend: React.js Backend: Java Spring Boot Blockchain: Ethereum Smart Contracts: Solidity APIs : Use metamask for user authentication, Blockchain Interaction API: Web3.js or ethers.js, call API; deploy or interact with contract, use tool like etherscan Startup & Investor Management API: Java Spring Boot APIs IDE : Intellij Ide, Vscode , Remix.

13. Modules Implemented Login/Register : 1. User Authentication 2. Profile Creation Startup Dashboard: 1. Startup Profile Management Investor Dashboard : 1. Investor Profile Management Database : 1. User Data Storage Funding and Transactions : 1. Smart Contract define 13

14. Remaining Work Communication Hub: 1. Direct Messaging Funding and Transactions: 1. Blockchain integration 2. Smart Contracts Notifications and Alerts: 1.Real time alerts 14

15. Conclusion 15 Blockchain-based platform fosters transparency, security, efficiency. Streamlines investment, reduces costs, minimizes fraud risks. Promotes innovation, job creation, and economic growth.

16. References Amal C Saji , Nandakishore VV, Baby Syla L (2019). “A Blockchain based Investment and Collective Support Mapping for Emerging Businesses.” Available at: https://ieeexplore.ieee.org/document/8944821 Nakamoto, S. (2008). “Bitcoin: A Peer-to-Peer Electronic Cash System.” Available at: https://bitcoin.org/bitcoin.pdf Catalini , C., & Gans, J. S. (2016). “Some Simple Economics of the Blockchain”. National Bureau of Economic Research. Hsieh, Y. C., & Liu, K. (2020). “A Survey on Blockchain Security Issues and Challenges”. IEEE Access,8,221418-221436. Available at: https://ieeexplore.ieee.org/document/9249641 16

17. 17 Ethereum Foundation. (2024). A “Next-Generation Smart Contract and Decentralized Application Platform”. Available at: https://ethereum.org/en/whitepaper/ - Accessed on 20th August 2024. Solidity Documentation. (2024). “Solidity: The Ethereum Smart Contract Programming Language”. Available at: https://docs.soliditylang.org/ - Accessed on 20th August 2024. Web3.js Documentation. (2024). “Web3.js: Ethereum JavaScript API”. Available at: https://web3js.readthedocs.io/ - Accessed on 20th August 2024.

18. 18 Thank You