VPN Gate Client is a specialized software designed to establish a connection with a Public VPN Relay Server listed in the VPN Gate Project. It shares similarities with Tor but distinguishes itself by being more user-friendly, supporting various protocols for transmission.
In contrast to Tor and other anonymous Internet systems, VPN Gate boasts faster performance. This project, an academic endeavor by the University of Tsukuba, Japan, operates as the VPN Gate Academic Experiment Project (http://www.vpngate.net/). The primary goal is to advance the understanding of “Global Distributed Public VPN Relay Servers.” Public VPN Relay Servers are hosted by anonymous volunteers globally, who utilize their home PCs. The VPN Gate directory server maintains an active list of these servers. OpenVPN, L2TP/IPsec, SSL-VPN, and SSTP are among the supported protocols, allowing PCs and smartphones to connect to any VPN server in the list.
Utilizing VPN Gate offers three key advantages:
- Bypass government firewalls to access overseas websites (e.g., YouTube).
- Camouflage your IP address to protect the source of transmitted information over the Internet.
- Secure Wi-Fi usage with robust encryption.
VPN Gate exhibits strong resistance against firewalls, setting it apart from existing VPN services. Notably, VPN Gate is a free service with no user registrations required. For additional information about VPN Gate, visit http://www.vpngate.net/en/.
As evidenced by the substantial user base detailed at http://www.vpngate.net/en/lastlog.aspx, individuals from various countries use VPN Gate to access overseas websites. Many countries impose government firewalls to restrict citizens’ internet access, and VPN Gate serves as a valuable tool for circumventing such censorship. The University of Tsukuba VPN Gate Project strives to usher in a new era of VPN usage, transcending borders and making VPN accessibility a reality for everyone worldwide.
VPN Gate Client Specification:
- Establishes a connection with a Public VPN Relay Server listed in the VPN Gate Project.
- Aims to provide a user-friendly alternative to Tor with support for various transmission protocols.
- Offers faster performance compared to Tor and other anonymous Internet systems.
- Project Affiliation:
- Developed as part of the VPN Gate Academic Experiment Project by the University of Tsukuba, Japan.
- Online service dedicated to academic research in the Graduate School of the University of Tsukuba.
- Server Infrastructure:
- Comprises a network of globally-distributed Public VPN Relay Servers.
- Hosted by anonymous volunteers who dedicate their home PCs to serve as relay servers.
- Supported Protocols:
- OpenVPN, L2TP/IPsec, SSL-VPN, and SSTP are supported for versatile connectivity.
- Allows PCs and smartphones to connect to any VPN server listed in the directory.
- Bypass Government Firewalls:
- Facilitates access to overseas websites (e.g., YouTube) by circumventing government firewalls.
- IP Address Camouflage:
- Enables users to hide their IP addresses, enhancing anonymity and privacy.
- Wi-Fi Security:
- Protects Wi-Fi usage with strong encryption, ensuring secure data transmission.
- Bypass Government Firewalls:
- Firewall Resistance:
- Demonstrates strong resistance against firewalls, ensuring reliable and unrestricted access.
- VPN Gate is a free-of-charge service with no user registrations required.
- Documentation and Information:
- Detailed information available at the official website: http://www.vpngate.net/en/.
- User Base:
- A substantial user base from countries around the world, as evident in the usage statistics at http://www.vpngate.net/en/lastlog.aspx.
- Censorship Circumvention:
- Serves as a valuable tool for individuals in countries with government firewalls, allowing them to bypass censorship and access information freely.
- Mission of the University of Tsukuba VPN Gate Project:
- Striving to realize a new era of VPN usage that transcends borders, making VPN accessibility widespread for individuals worldwide.
This comprehensive specification outlines the features, advantages, and mission of the VPN Gate Client, emphasizing its role in providing secure, anonymous, and unrestricted access to the internet.