Foodiverse: Onboarding the next billion users with food. A crypto-powered food ordering system on Telegram—scan a table QR, browse menus, and pay with crypto. Simplifies restaurant payments and makes Web3 accessible through everyday dining.
Prize Pool
Foodiverse is the most seamless and intuitive way to onboard users to Web3 by integrating cryptocurrency into an activity that billions of people engage in every day: dining. Rather than asking users to navigate complex blockchain ecosystems or unfamiliar crypto wallets, Foodiverse brings the benefits of Web3 directly to the table—literally. Diners simply scan a QR code placed at their table, which directs them to a familiar interface within Telegram. From there, they can browse menus, customize orders, and pay effortlessly using cryptocurrency.
To make the Web3 experience even more accessible and user-friendly, Foodiverse integrates with Ethereum Name Services (ENS). Users can claim a .foodi.eth name to simplify wallet addresses, creating a personalized and recognizable identity within the ecosystem. Similarly, restaurants can register a .foodiverse.eth name, making their payment addresses easy to read and verify. This feature ensures that interactions feel intuitive and human-centric, reducing the friction typically associated with blockchain transactions.
This approach eliminates many barriers to Web3 adoption. First, the integration with Telegram—a platform used by millions globally—provides a comfortable and recognizable starting point for users. Unlike standalone crypto apps that require extensive setup, Foodiverse automatically generates an EVM-compatible wallet for first-time users through its integration with Dynamic. This invisible onboarding process ensures that even those who have never interacted with blockchain can participate without confusion or friction. For seasoned Web3 users, the platform offers flexibility with support for stablecoins and other cryptocurrencies, ensuring an inclusive experience.
Foodiverse uniquely demonstrates the practicality of blockchain technology by solving real-world problems. Traditional payment systems are plagued by high fees, delays, and intermediaries, all of which are eliminated through Foodiverse’s use of the Polygon network. Transactions are fast, cost-efficient, and secure, benefitting both diners and restaurant owners. The platform’s token-based loyalty program further showcases the potential of Web3, allowing users to earn and redeem rewards while engaging with a decentralized economy.
What makes Foodiverse the best way to onboard users to Web3 is its universality and simplicity. Dining is a daily activity that cuts across demographics, geographies, and economic backgrounds. By embedding Web3 functionality into this familiar context, Foodiverse reaches users where they already are, making blockchain technology accessible and relevant. The addition of ENS integration, with personalized .foodi.eth and .foodiverse.eth names, enhances the experience by introducing a human-readable layer to blockchain interactions, making Web3 feel approachable and practical.
With its combination of a user-friendly design, instant wallet creation, ENS-based identities, and practical utility, Foodiverse redefines what it means to onboard users to Web3. It doesn’t just introduce people to blockchain—it integrates Web3 into their lives in a meaningful, impactful, and scalable way. For these reasons, Foodiverse is the most effective solution for onboarding the next billion users to the decentralized future.
Foodiverse combines a sophisticated technical stack with innovative design to deliver a seamless and reliable experience for both users and restaurants. The frontend experience is built around a Telegram bot, chosen for its familiarity and widespread adoption. The bot acts as the primary interface for diners, allowing them to scan QR codes at their tables and access the restaurant’s menu directly through Telegram. These QR codes encode metadata, including the table number and restaurant ID, ensuring that orders are routed correctly to the restaurant’s system.
The backend of Foodiverse is built using Node.js with Express.js, providing a robust and scalable server to handle user interactions, menu management, and order processing. PostgreSQL is used as the database, storing critical information such as user profiles, order histories, menu details, and transaction data. The backend architecture is designed for efficiency, with APIs that facilitate communication between the Telegram bot, restaurant dashboard, and blockchain integration.
To enable cryptocurrency payments, Foodiverse integrates with Dynamic to automatically generate EVM-compatible wallets for users. This feature ensures that even first-time crypto users can participate without any technical setup. Payments are processed on the Polygon network, chosen for its low transaction fees and fast confirmation times. This approach minimizes costs for both users and restaurants, making crypto payments a practical alternative to traditional systems.
The restaurant dashboard is developed with React.js and styled using Tailwind CSS, offering a modern and responsive interface. Through the dashboard, restaurant owners can update their menus, monitor orders, and analyze sales trends. An optional integration with ENS allows restaurants to use human-readable wallet addresses, simplifying transactions for Web3-savvy users while maintaining compatibility with traditional workflows.
One of the most innovative aspects of Foodiverse is its real-time update system, which connects the Telegram bot with the backend using custom middleware. This ensures that users receive instant feedback on their orders and payments, enhancing the overall experience. Additionally, the platform supports tokenized loyalty programs, allowing users to earn rewards for their dining activity, which can be redeemed for discounts or other benefits.
Foodiverse demonstrates the power of integrating blockchain technology into everyday experiences. By combining user-friendly design, advanced backend architecture, and seamless crypto payments, it creates a platform that is accessible, practical, and scalable, pushing the boundaries of what Web3 can achieve in the real world.