Open Source Apple iPhone Tunneling Apps

Amnezia VPN is an open-source VPN client that enables users to easily deploy and manage their own self-hosted VPN server. Designed for both desktop and mobile platforms, it simplifies VPN setup by automatically installing and configuring VPN services on a user's server through a guided interface. The platform supports multiple VPN protocols, including OpenVPN, WireGuard, IKEv2, and its proprietary AmneziaWG protocol. Amnezia VPN also provides advanced traffic obfuscation technologies to help bypass censorship and improve privacy in restrictive network environments. With split tunneling capabilities and support for Windows, macOS, Linux, Android, and iOS, it offers flexible control over VPN usage across devices. Its combination of self-hosting, protocol diversity, and ease of deployment makes it a powerful solution for secure and private internet access.

WireGuard for iOS and macOS is the official WireGuard client implementation for Apple platforms, including iOS, iPadOS, and macOS. The project delivers a native Swift-based application that integrates with Apple’s Network Extension framework to provide secure VPN tunneling with strong performance and reliability. It offers a polished graphical interface that allows users to create, import, and manage WireGuard configurations while maintaining the protocol’s emphasis on simplicity and modern cryptography. The software is designed to work seamlessly within Apple’s ecosystem, supporting keychain storage, system networking controls, and platform security features. Because WireGuard is known for its lean architecture, the Apple client maintains efficient resource usage while delivering fast connection speeds. Overall, wireguard-apple is intended for Apple device users and organizations that require a secure, modern VPN solution fully aligned with the Apple networking stack.

Project X is a powerful and extensible network proxy platform designed to provide advanced routing, tunneling, and traffic obfuscation capabilities. Originating from the XTLS protocol ecosystem, it serves as the core engine behind a wide variety of tools used for secure communication and bypassing network restrictions. The project supports multiple protocols such as VLESS, VMess, Shadowsocks, and Trojan, enabling flexible configuration for different networking scenarios. It is written primarily in Go and is optimized for high performance, making it suitable for both personal and large-scale deployments. Project X also integrates advanced features like REALITY and XTLS, which enhance encryption and disguise traffic to improve privacy and resistance to detection. The platform is highly modular, allowing developers to customize routing rules, transport layers, and proxy behaviors through configuration files or integrations.

Cross-platform open source database management tool for Redis. RDM is easy-to-use GUI tool available for Windows, Linux, MacOS and iPadOS. Analyse your Redis ® memory usage with RDM and remove obsolete data with bulk removal. RDM supports all latest Redis ® features: ACL, Streams, Cluster, Sentinel, ReJSON module, HyperLogLog, etc. Build-in TLS, SSH and TLS-over-SSH tunneling for easy and secure access to any redis-server. RDM works with Amazon ElastiCache, Microsoft Azure Redis Cache, Digital Ocean and other Redis ® clouds. RDM displays JSON, MessagePack, CBOR, PHP, Pickle, numpy.Array, pandas.DataFrame and binary data in human readable form and supports Native Formatters. RDM offers you an easy-to-use GUI to access your Redis ® databases and perform some basic operations. RDM allows to perform bulk operations which simplifies developer daily routines.

tun2proxy is a Rust-based networking tool that routes traffic from a TUN interface through HTTP or SOCKS proxies. It allows system-level traffic to be redirected through a proxy even when individual applications do not support proxy configuration. The project supports Linux, Android, macOS, iOS, and Windows, making it broadly useful across desktop, mobile, and embedded-style environments. It includes HTTP, SOCKS4, SOCKS5, SOCKS4a, and SOCKS5h support, along with authentication options depending on the proxy type. tun2proxy can automatically configure routing in supported environments, or it can be used with manual TUN setup for more controlled deployments. It also includes DNS handling, IPv4 and IPv6 support, SOCKS5 UDP support, and Android-specific session information features for per-app routing scenarios.

MasterDnsVPN is a research-oriented DNS tunneling VPN project that carries TCP traffic through DNS queries and responses. It is designed for restrictive network environments where DNS may remain available even when other connection methods are limited. The project focuses on stability, speed, and compatibility across different resolver behaviors. It uses a custom protocol with ARQ, low overhead, resolver balancing, and multipath behavior to improve performance under packet loss. MasterDnsVPN also includes client and server configuration files, Docker support, and installation scripts for easier deployment. It is best understood as an experimental transport system for DNS-based tunneling rather than a general-purpose commercial VPN.

BoringTun is a high-performance, portable implementation of the WireGuard VPN protocol written in Rust, designed so that developers and system integrators can run WireGuard tunnels entirely in user space across a variety of operating systems without kernel modules. It implements the core WireGuard protocol — including key exchange, encryption (ChaCha20-Poly1305), and authenticated transport — while omitting platform-specific tunneling stacks, allowing embedment in custom VPN client applications or userspace networking tools. The repository includes both a library for programmatic use and a command-line executable that can act as a userspace WireGuard interface on supported platforms like Linux and macOS. Because it’s written in Rust, BoringTun benefits from strong safety guarantees, memory safety without garbage collection, and cross-platform support, making it suitable for mobile, desktop, and server environments.

UDPspeeder is a tunneling utility focused on improving UDP traffic quality over high-latency, unstable, or packet-loss-prone links. Its core technique is Forward Error Correction, which sends redundant data so the connection can recover from packet loss without waiting for retransmission. Used by itself, it improves UDP-based connections, but it can also be paired with UDP-based VPN tools to support broader traffic types through the VPN layer. The project is especially relevant for gaming, remote access, VPN transport, and other latency-sensitive use cases where packet loss creates visible performance problems. It gives users adjustable parameters so they can balance bandwidth overhead, latency, and resilience. UDPspeeder is not a general VPN by itself, but a network-quality enhancement layer for UDP tunnels.

TCP Over SSL Tunnel TCP Over SSL Tunnel is a free SSL tool with SNI Host (Spoof Host) support ( SSL Injector ). ## License This project includes some open-source components. This software is sold as a proprietary product. A license to use this software is granted only to those who have completed the payment process. For full license terms, please refer to the [Proprietary-License](./LICENSE) file.

Cake is a compact, powerful toolkit that combines a flexible TCP/UDP proxy, port forwarding system, and connection manager designed for both development and penetration testing scenarios. It enables users to create complex networking flows where traffic can be proxied, relayed, and manipulated between endpoints — useful for debugging networked applications, inspecting protocols, or tunneling traffic through different hops. The tool is designed to work with multiple protocols and supports dynamic rule definitions so that incoming and outgoing connections can be routed, rewritten, or logged according to user-defined policies. Unlike many simple proxies, Cake can act as a full connection broker: it can bind to arbitrary interfaces, handle simultaneous upstream/downstream sessions, and apply traffic rules on the fly. This makes it suitable for troubleshooting tricky network behavior, simulating network conditions, or chaining services in a modular test environment.