[FEAT] Add Support for WireGuard, SingBox, OpenVPN, and Other VPN Cores

[realartin]

Description

We propose adding WireGuard, SingBox, OpenVPN, and other VPN cores to the system, allowing for broader compatibility and increased flexibility in node configuration. By supporting multiple VPN protocols, the system will cater to a wider range of users and use cases, providing enhanced security, performance, and accessibility.

Suggested Solution

• [ ] WireGuard Integration:

WireGuard is known for its simplicity, high performance, and modern cryptography. Add support for WireGuard core installation, configuration, and management within the platform. Provide options for setting up client and server configurations with features such as peer management, interface settings, and key generation.

• [ ] SingBox Core:

SingBox offers enhanced tunneling features and is designed to handle a variety of protocols and complex scenarios. Integrate SingBox to support its use for tunneling and obfuscation, making it a versatile option for bypassing censorship and improving privacy. Include configuration support for protocols, obfuscation layers, and network rules.

• [ ] OpenVPN Integration:

OpenVPN is a widely adopted and flexible VPN solution, known for its robust encryption and security. Enable OpenVPN core integration, allowing users to configure VPN tunnels using this trusted protocol. Support the configuration of custom certificates, user management, and protocol settings (UDP/TCP).

• [ ] Additional Core Support:

Provide support for other popular VPN cores (e.g., Shadowsocks, Hysteria) to offer more variety. Implement configuration options for these additional cores, including tunneling settings, encryption methods, and advanced network configuration.

• [ ] Unified Management Interface:

Create a unified interface where administrators can manage all supported cores (WireGuard, SingBox, OpenVPN, and others) from a single dashboard. Provide configuration options, real-time monitoring, and log access for all cores to streamline management.

• [ ] Failover and Load Balancing:

Allow seamless switching between VPN cores (e.g., switching from WireGuard to OpenVPN) based on network conditions or user preference. Integrate automatic failover and load-balancing mechanisms for enhanced reliability and performance across nodes.

• [ ] Security and Performance Optimization:

Ensure that each core’s encryption and authentication settings are easily configurable, supporting advanced security practices. Offer performance optimizations for each core, including traffic compression, packet management, and efficient routing algorithms.

Alternatives

1-Enhanced Security Options:

By adding support for multiple VPN cores like WireGuard and OpenVPN, users will have more choices for secure communication, tailored to their specific needs.

2-Increased Flexibility:

Administrators can choose from a variety of VPN protocols to optimize performance based on the network environment and user base. For example, WireGuard is ideal for speed, while OpenVPN is often preferred for security and reliability.

3-Wider Compatibility:

Supporting multiple cores ensures that users with different network requirements and security needs can find a solution that fits them, leading to broader user adoption.

4-Improved Performance:

SingBox and WireGuard offer highly efficient, low-latency connections, which can significantly improve performance for users in regions with unstable or high-latency networks.

5-Censorship Circumvention:

With obfuscation features provided by cores like SingBox and OpenVPN’s flexibility, users will have better tools to bypass censorship and ensure privacy in restricted regions.

Additional Context

Conclusion: Adding support for WireGuard, SingBox, OpenVPN, and other VPN cores will significantly enhance the platform’s flexibility, security, and performance. It will give administrators and users more control over their VPN configurations while ensuring that the platform can meet a wide range of use cases and network conditions.