Structured Framework for VWDA 3.0 Hackathon

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I. Project Overview

1. Title:
   Using Blockchain Tech To Simplify Ticketing For Kiosk Owners In Inclusive Project For Informal Sector Citizens In Lagos.

2. Aim:
   To reduce the number of illegal kiosks on setbacks and incidental open spaces by providing a completely autonomous means of generating and delivering tickets to end users for the acquisition of a "LASKIOSK" space.

3. Alignment with SDG 11:

   • Ensures inclusive and sustainable use of urban spaces.
   • Reduces informal sector chaos by formalizing the kiosk space allocation process.
   • Supports local governance efforts by providing transparency and accountability.

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II. Problem Statement

1. Current Issues:

   • Illegal kiosks occupy setbacks and open spaces, leading to disorganized urban areas.
   • Manual systems for kiosk allocation are prone to inefficiency and corruption.
   • Traders often face challenges in accessing formalized kiosk spaces.

2. Proposed Solution:

   • Build a blockchain-based decentralized application (dApp) for automated kiosk ticketing and management.
   • Provide transparency, efficiency, and inclusivity to both traders and regulators (LASISMA).

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III. Technical Approach

1. Key Components:

   • Blockchain Technology: For ticket issuance, payment tracking, and immutable record-keeping.
   • dApp Interface: To allow traders to interact with the system easily.
   • Smart Contracts: For automated kiosk space allocation and enforcement of policies.

2. User Workflow:

   • Step 1: Trader signs up on the platform and connects their wallet.
   • Step 2: Trader views available LASKIOSK spaces on a real-time map.
   • Step 3: Trader selects a space, makes a payment, and receives a digital ticket.
   • Step 4: LASISMA monitors kiosk usage and compliance through admin dashboards.

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IV. Features

1. For Traders:

   • Real-time availability of kiosk spaces.
   • Secure payment via cryptocurrency or fiat-to-crypto conversion.
   • Automated ticket issuance and reminders for renewals.

2. For LASISMA:

   • Analytics dashboard for kiosk usage and payments.
   • Automated enforcement of violations via penalties or non-renewal alerts.

3. Scalability:

   • Expandable to other cities or informal trading systems.

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V. Technical Requirements

1. Frontend:

   • Built with Next.js for server-side rendering, improved performance, and SEO optimization.

2. Blockchain:

   • Network Options: Ethereum (for robustness) or Polygon (for cost-effectiveness).
   • Smart Contract Language: Solidity.

3. Storage:

   • On-chain for ticket data.
   • Off-chain (e.g., IPFS) for non-sensitive data like kiosk images or maps.

4. APIs/Tools:

   • Alchemy/Infura: For blockchain node access.
   • Ethers.js: For blockchain interactions.

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VI. Development Roadmap

1. Stage 1: Research and Planning

   • Analyze LASISMA’s needs and kiosk management policies.
   • Determine the Ethereum network to use (consider cost, speed, and scalability).

2. Stage 2: Smart Contract Development

   • Ticketing Contract: Handles allocation, payments, and ticket issuance.
   • Penalty Contract: Enforces violations and penalties.

3. Stage 3: dApp Development

   • Design user-friendly interfaces for traders and LASISMA admins.
   • Integrate wallet connections (e.g., MetaMask).

4. Stage 4: Testing and Deployment

   • Test smart contracts and dApp on a testnet (e.g., Goerli or Mumbai).
   • Deploy on the chosen mainnet (Ethereum/Polygon).

5. Stage 5: Launch and Feedback

   • Roll out the dApp to kiosk traders.
   • Gather feedback and iterate as needed.

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VII. Anticipated Challenges and Solutions

1. Challenge: Limited digital literacy among traders.

   • Solution: Simplify UI/UX and provide tutorials.

2. Challenge: High gas fees on Ethereum.

   • Solution: Use Polygon or Layer 2 scaling solutions.

3. Challenge: Resistance to adopting new systems.

   • Solution: Partner with LASISMA to ensure legitimacy and provide incentives.

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