Captive Portal Project Using IPv6
IPv6 captive portal networking wifi wireless
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GitHubInternet of ThingsDeveloper Tools
Description
IPv6Spot is an innovative captive portal solution designed specifically for IPv6 networks. It addresses the challenges of managing temporary and multiple IPv6 addresses by utilizing MAC addresses, ensuring secure and user-friendly network experiences. This project stands out as the first of its kind globally, operating without the need for a DHCP server, making it particularly beneficial for systems that do not support DHCP for IPv6, such as Android. IPv6Spot enhances network access control and user experience by integrating custom DNS and proxy servers, allowing for seamless redirection of unauthenticated users to the login page.
How to use Captive Portal Project Using IPv6?
To use IPv6Spot, download the source code and follow the installation guide provided. Configure the system according to your network requirements, ensuring to replace example IPv6 addresses with valid ones. Set up the necessary services to run on boot and monitor user access through the web interface.
Core features of Captive Portal Project Using IPv6:
1️⃣
IPv6 Captive Portal with DNS and Proxy Redirection
2️⃣
Secure User Authentication with hashed passwords
3️⃣
Dynamic IP and MAC Address Management
4️⃣
Bandwidth Control and Traffic Shaping
5️⃣
Usage Monitoring and Enforcement
Why could be used Captive Portal Project Using IPv6?
| # | Use case | Status | |
|---|---|---|---|
| # 1 | Public WiFi networks requiring secure access control | ✅ | |
| # 2 | Educational institutions managing student network access | ✅ | |
| # 3 | Commercial environments needing to enforce user policies | ✅ | |
Who developed Captive Portal Project Using IPv6?
IPv6Spot was developed by Abdulkader Alrezej, who has dedicated over two years to creating this solution. His expertise in networking and commitment to open-source development have led to the successful implementation of this innovative project, which aims to enhance the use of IPv6 in modern networking environments.