/tezapi

Globally distributed high-performance Next.js API implemented using Redis

Primary LanguageTypeScript

Project Description: TezAPI

Overview

TezAPI ⚡️ is a high-performance API built with Hono, Next.js, and Vercel. It leverages Redis for efficient search operations, providing lightning-fast results retrieval for queries.

Technologies Used

  • Frontend: React (Next.js)
  • Backend: Hono, Redis
  • Deployment: Vercel

Features

  1. Search Functionality:

    • Users can search for country names using a fast autocomplete feature.
    • Results are fetched in milliseconds, enhancing user experience.
  2. User Interface:

    • The UI is designed for simplicity and responsiveness.
    • It includes animations for a smooth user interaction.
  3. Performance Metrics:

    • Displays the number of results found and the duration of the search query in milliseconds.
    • Performance is optimized using Redis for caching and fast retrieval.

Technical Implementation

  • Frontend (React):

    • Manages user input and displays search results using a Command-based UI.
    • Fetches data asynchronously from the backend API.
    • Animations and transitions enhance visual appeal and usability.
  • Backend (Hono with Redis):

    • Handles API routes using Hono framework.
    • Utilizes Redis for storing and retrieving cached search results.
    • Implements efficient search algorithms to provide quick responses to user queries.
  • Deployment:

    • Deployed on Vercel for scalability and reliability.
    • Uses serverless architecture (Edge runtime) to ensure minimal latency for global users.

Usage

  • Users interact with the TezAPI through the frontend interface.
  • Type a country name in the search input to get autocomplete suggestions.
  • Results are displayed instantly with performance metrics indicating the search duration.

Conclusion

TezAPI demonstrates the integration of modern frontend technologies with a robust backend infrastructure to deliver a high-speed, responsive API service. It leverages the power of Redis for caching and Hono for efficient API handling, making it suitable for real-time applications requiring fast data retrieval and minimal latency.