Gnirehtet and MahsaNG are both Android networking tools, but they are designed around very different purposes. Gnirehtet focuses on reverse tethering, allowing an Android device to use a computer’s internet connection through USB and ADB. MahsaNG, in contrast, is a VPN and proxy client based on the v2rayNG ecosystem, with features designed around configurable connections, filtering resistance, DNS tools, and distributed VPN configurations.
Because their primary goals differ, comparing Gnirehtet vs MahsaNG is less about finding a universal winner and more about understanding which technical approach fits a particular networking situation. The following comparison examines their features, performance considerations, compatibility, requirements, use cases, advantages, and limitations.
Gnirehtet vs MahsaNG: Core Purpose
Gnirehtet is built specifically for reverse tethering Android devices. It routes Android network traffic through a computer’s internet connection over ADB. The project does not require root access and supports desktop environments including Windows, GNU/Linux, and macOS. Its Android client uses the Android VPN mechanism while the desktop relay handles network communication.
MahsaNG serves a substantially different purpose. Its developers describe it as a v2rayNG-based client intended to provide access to free VPN configurations through a decentralized platform. It supports features such as DNS over HTTPS, TLS fragmentation, fake Host techniques, rotating configurations, and other networking technologies.
Gnirehtet vs MahsaNG Feature Comparison
| Feature | Gnirehtet | MahsaNG |
| Primary purpose | Android reverse tethering | VPN and proxy client |
| Main platform | Android + Windows/Linux/macOS computer | Android |
| Root required | No | Generally no |
| Computer connection | Required for reverse tethering | Not required for normal VPN use |
| USB networking | Core feature | Not its primary function |
| ADB | Required | Not central to normal operation |
| VPN functionality | Used internally for traffic interception | Core functionality |
| V2Ray/Xray ecosystem | No | Yes |
| DNS over HTTPS | Not a primary feature | Supported |
| TLS fragmentation | No | Supported |
| Rotating configurations | No | Supported |
| IPv6 | Not supported by Gnirehtet’s documented relay | Supported by relevant MahsaNG configurations/features |
| Command-line operation | Yes | Primarily graphical Android interface |
| Configuration sharing | No | Supported through its decentralized configuration model |
| Desktop independence | No, computer is central to its workflow | Yes |
| Open-source status | Open source | Source is partially restricted |
The table illustrates that the two projects solve different networking problems. Gnirehtet emphasizes a direct computer-to-phone connection, while MahsaNG provides a much broader collection of VPN and proxy configuration features.
Gnirehtet Features and Capabilities
Gnirehtet provides a relatively focused feature set. Its central function is to make the internet connection of a connected computer available to an Android device. The Android application does not require root access, while the desktop component establishes the relay between the Android client and the computer.
The project offers Java and Rust implementations. The official documentation describes the Rust version as consuming less CPU and memory and not requiring a Java runtime. Gnirehtet can also manage multiple connected Android devices, with commands for installing, starting, stopping, and resetting individual clients.
Its documented network support is focused on TCP and UDP traffic over IPv4. IPv6 is not currently supported by the original project documentation, which can be an important consideration for networks that rely heavily on IPv6 connectivity.
MahsaNG Features and Capabilities
MahsaNG has a broader feature set because it is designed as a VPN client rather than a reverse-tethering utility. The project is forked from v2rayNG and incorporates technologies such as DNS over HTTPS, TLS Fragmentor, HTTP and WebSocket fake Host support, rotating configurations, and random subdomains.
Its recent releases have added or improved capabilities across several areas. The project history includes support for technologies such as Hysteria2, WireGuard, DNS-related tools, Psiphon, Dnstt, XDNS, CDN fronting, configuration chaining, IP scanning, and speed testing. Exact capabilities can vary between versions and configurations.
MahsaNG also uses a decentralized configuration model in which donated configurations can be monitored and redistributed. This gives the application a substantially different operating model from Gnirehtet, which does not provide VPN server configuration management or a distributed configuration ecosystem.
Gnirehtet vs MahsaNG Performance
Performance depends heavily on the network environment and what each application is being used to accomplish. Gnirehtet introduces a USB and ADB-based path between the Android device and computer. Once established, Android traffic is relayed through the computer’s network connection. The Rust implementation is specifically designed to reduce CPU and memory overhead compared with the Java implementation.
MahsaNG performance depends more heavily on the selected VPN or proxy configuration, protocol, server location, routing rules, and network conditions. Its release history shows several performance-related improvements, including configuration testing, speed testing, DNS changes, and protocol-specific optimizations. Therefore, performance can vary considerably from one MahsaNG configuration to another.
In practical terms, Gnirehtet’s performance is closely tied to the computer’s internet connection and USB/ADB path, whereas MahsaNG performance is more closely associated with the selected remote connection and protocol. These differences make direct speed comparisons difficult without testing the same network conditions.
Gnirehtet vs MahsaNG Compatibility
Gnirehtet requires an Android device running at least API 21, equivalent to Android 5.0, along with ADB and USB debugging. The computer must run a supported desktop operating system. The Java implementation additionally requires Java 8, while the Rust implementation does not require a Java runtime.
MahsaNG is primarily an Android application. Its release history shows continued adaptation to newer Android versions, including Android 15, while also documenting fixes and compatibility work for older devices. Some historical releases specifically addressed Android 7 and other device-related problems.
The compatibility difference is therefore straightforward: Gnirehtet depends on a computer and Android device working together, while MahsaNG is primarily designed to operate directly on the Android device.
Gnirehtet Requirements and Setup
Gnirehtet has a more technical setup process because it depends on ADB. Users need to enable USB debugging, connect the Android device to the computer, authorize the computer, and make sure ADB can detect the device. The official project provides commands for installing the Android client and starting the reverse-tethering service.
The application is controlled primarily from the computer rather than through a conventional Android interface. This command-line-oriented approach can be useful for developers, testers, and technically experienced users, but it can require additional setup compared with a conventional Android networking application.
MahsaNG Requirements and Setup
MahsaNG is designed around an Android application interface, making its basic workflow different from Gnirehtet. Instead of establishing an ADB connection to a computer, users work with VPN and proxy configurations within the application.
The project supports importing and managing configurations and has features for subscriptions, configuration testing, VPN operation, and other networking functions. Its later releases have also expanded configuration management and protocol support.
For users who want a networking client that operates independently of a desktop computer, this architecture is fundamentally different from Gnirehtet’s reverse-tethering model.
Gnirehtet Use Cases
Gnirehtet is particularly relevant when an Android device needs to access the internet through a computer. Examples include situations where the computer has a reliable wired connection, developers testing Android networking, or users who want to avoid using mobile data while a USB connection to a computer is available.
It can also be useful in development and testing environments because its command-line controls allow users to start, stop, and manage clients through ADB. Multiple devices can be handled through separate client commands.
Its focused design can be an advantage when reverse tethering is the actual requirement. However, it is not designed to replace a general-purpose VPN client or a large configuration-management application.
MahsaNG Use Cases
MahsaNG is intended for users who need Android-based VPN and proxy functionality. Its ecosystem supports multiple protocols, configuration types, DNS features, routing options, and other networking technologies. The project also aims to provide a decentralized platform where users can share and receive configurations.
The application can therefore fit situations involving configurable VPN connections, proxy management, protocol experimentation, and environments where different connection methods need to be tested.
Unlike Gnirehtet, MahsaNG does not depend on a computer’s internet connection as its central operating model. Its networking behavior instead depends on the selected configuration and the remote infrastructure associated with that configuration.
Pros and Limitations of Gnirehtet
Pros
- No Android root access is required.
- Uses a direct USB connection to the computer.
- Supports Windows, GNU/Linux, and macOS desktop environments.
- Provides both Rust and Java implementations.
- Can manage multiple Android devices.
- Uses a relatively focused architecture for reverse tethering.
Limitations
- Requires ADB and USB debugging.
- Requires a computer for its primary reverse-tethering function.
- The documented implementation supports IPv4 rather than IPv6.
- The interface is primarily command-line based.
- The official repository states that the project is no longer actively maintained apart from major blockers.
Pros and Limitations of MahsaNG
Pros
- Provides a broad Android VPN and proxy feature set.
- Based on the v2rayNG ecosystem.
- Supports DNS over HTTPS and TLS fragmentation.
- Supports rotating configurations and configuration sharing.
- Has expanded protocol support, including technologies such as WireGuard and Hysteria2.
- Includes networking utilities and configuration-testing features in recent versions.
Limitations
- Its performance depends heavily on the selected server and configuration.
- Advanced features can make configuration management more complicated.
- Some project components are not fully open source.
- It is not designed to provide computer-to-Android reverse tethering.
- VPN availability and reliability can change as configurations and remote servers change.
Gnirehtet vs MahsaNG: Key Differences
The biggest difference between Gnirehtet and MahsaNG is their intended networking architecture. Gnirehtet connects Android to a computer’s internet connection, while MahsaNG connects Android to VPN or proxy infrastructure through configurable networking protocols.
Gnirehtet is therefore centered around local reverse tethering, ADB, USB, and a desktop relay. MahsaNG is centered around Android VPN and proxy connectivity, configuration management, and multiple networking technologies. Neither tool is simply a more feature-rich version of the other because they address different requirements.
Another important difference is maintenance and openness. Gnirehtet’s official repository identifies the project as no longer actively maintained, although it remains usable and major blockers continue to receive attention. MahsaNG has a more active release history, but its own documentation states that some components are closed to protect configuration and server infrastructure.
Conclusion
Gnirehtet and MahsaNG represent two distinct approaches to Android networking. Gnirehtet focuses on reverse tethering, using ADB and USB to route Android traffic through a computer’s internet connection without requiring root. MahsaNG focuses on VPN and proxy connectivity, providing a broader collection of protocols, configuration options, DNS features, and related networking tools.
The differences in architecture, requirements, compatibility, and use cases mean that the two tools should be evaluated according to the specific networking task involved. Gnirehtet is structured around computer-assisted Android connectivity, while MahsaNG is structured around configurable Android VPN and proxy connections. Understanding these distinctions provides a clearer basis for evaluating them without treating either application as a universal replacement for the other.