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Create your unique web3-native linktree with our project, combining privy for easy social logins, frames.js for custom layouts, Next.js for a sleek frontend, serverless functions for seamless backend integration, and neon.db for a robust database. #web3 #Nextjs #serverless


Created At


Winner of


Privy - Honorable Mentions

Project Description

This project aims to revolutionize the concept of personal and professional digital identity management in the web3 space by allowing users to build their own version of a "linktree" - a centralized, customizable page that hosts links to their various online presences, content, and projects. Unlike traditional linktree services, this solution leverages the power of web3 technologies for enhanced security, ownership, and customization. Here's how the integration of each technology contributes to the project:

  1. Privy for Social Login: Privy is utilized to streamline the user authentication process, enabling users to log in using their social media accounts. This integration ensures ease of access while maintaining privacy and security, a cornerstone of web3 ideals. It simplifies the process for users to create and manage their accounts without compromising on the decentralization principles of web3.

  2. Frames.js for Building Frames: Frames.js is a powerful library for building responsive and interactive UI frames. In this project, it's used to allow users to create, customize, and arrange the layout of their linktree page. This includes adding links, embedding content, and personalizing the design to match their brand or personality. Frames.js provides the flexibility needed for users to express themselves in the digital space uniquely.

  3. Next.js for Frontend: Next.js is chosen for its SSR (Server-Side Rendering) capabilities, enhancing the performance and SEO of the user's linktree pages. It provides a robust framework for building the user interface, ensuring that the pages are fast, responsive, and accessible across all devices. Next.js also facilitates the development of dynamic web applications with its comprehensive routing and page rendering features.

  4. Next.js Serverless Functions: Serverless functions in Next.js are used to handle backend operations such as database interactions, authentication processes, and other server-side logic. This approach allows for scaling on demand, reducing costs, and improving the overall performance of the application. Serverless functions make the architecture more flexible and efficient, catering to the dynamic needs of web3 applications.

  5. Neon.db for Serverless DB: Neon.db, a serverless database solution, is integrated to manage data storage and retrieval. It supports the decentralized nature of web3 applications by providing a scalable, resilient, and serverless database environment. This ensures that user data is securely stored and easily accessible, without the overhead of managing database servers.

Project Overview: By combining these technologies, the project offers a unique platform for users to create a web3-native linktree. This platform not only provides a centralized digital identity but also embodies the principles of decentralization, privacy, and user sovereignty inherent to web3. It's a step towards empowering users to control their digital footprint, offering a customizable, secure, and user-friendly solution for managing their online presence.

How it's Made

The project integrates several cutting-edge technologies and frameworks to create a seamless, web3-native linktree alternative. Here's a deep dive into how each component was used and how they interconnect:

Frontend Development with Next.js: Framework Choice: Next.js was chosen for its out-of-the-box support for server-side rendering (SSR), which enhances the SEO and performance of the application. It also offers a great developer experience with features like file-based routing and hot reloading. Dynamic Pages: Utilized Next.js dynamic routing to generate user-specific pages (e.g., /[username]) that serve as the personal linktree for each user. This approach simplifies the creation of user-centric content and enhances the application's scalability. User Authentication with Privy: Integration Strategy: Implemented Privy for secure and straightforward social login functionality. By leveraging Privy's APIs, the project facilitates user authentication via popular social media platforms, aligning with the web3 ethos of simplifying user onboarding while maintaining privacy.

Customization with Frames.js: Developed a custom solution using frames.js that dynamically generates OG tags based on user-specific content within their linktree page. This included interactive elements directly in the OG tags, a novel approach that significantly increases engagement and click-through rates from social media shares.

Backend and Serverless Functions with Next.js: API Routes: Leveraged Next.js API routes to build serverless functions that handle backend logic, such as database operations (CRUD), authentication flows, and third-party API integrations. This setup allowed for a clean separation of concerns and enhanced scalability. Serverless Deployment: Deployed the application on Vercel, taking advantage of its seamless integration with Next.js for automatic scaling and performance optimization. Database Management with Neon.db: Serverless Database Integration: Chose Neon.db for its compatibility with serverless architectures and its scalability. It supports the dynamic nature of web3 applications by automatically adjusting to the application's data storage and access patterns. Data Modeling: Designed a schema that efficiently stores user information, links, and page customizations. Utilized Neon.db's query capabilities to manage data interactions, ensuring fast and reliable access to user-generated content.

Web3 Integration: Incorporated web3 functionalities, such as connecting a cryptocurrency wallet for identity verification and enabling support for NFTs as profile pictures or link icons. This involved integrating with web3.js and ethers.js libraries to interact with blockchain networks. Challenges and Solutions:

Handling Dynamic Content in SSR: Faced challenges in rendering dynamic user content with SSR in Next.js. Solved this by utilizing ISR and client-side data fetching techniques to ensure content is up-to-date while maintaining the benefits of SSR for SEO and performance. Customization Flexibility vs. UI Complexity: Balancing the customization options with maintaining a user-friendly interface was challenging. Addressed this by iteratively testing the UI/UX with potential users and refining the design to strike a balance between flexibility and simplicity. This project exemplifies the power of combining modern web technologies with web3 principles to create innovative, user-centric applications. The careful integration of these technologies provided a robust, scalable, and secure platform for users to express their digital identities uniquely and dynamically.

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