This page describes an installation architecture, not a “one-click” solution. Any kernel or boot module can cause a boot loop, kernel panic, loss of networking, or incompatibility after an OTA update. Before starting, save the stock image for the relevant partition and make sure you know how to enter the bootloader or recovery environment and disable a module. Unlocking the bootloader erases user data on most devices.
VPNHide and VPNHide Next do not have a complete non-root mode: their purpose requires intervention in system_server, the kernel, or the Zygote process. Without root, an APK can only serve as a user interface, diagnostic tool, or configurator; it cannot obtain the privileges needed to filter Binder or netlink responses for another UID.
The closest non-root equivalent in terms of outcome is an external router or gateway. It does not falsify local responses; it removes the local VPN from the phone altogether. A secondary user, repackaging, or rootless Xposed does not provide comparable coverage and adds isolation or integrity signals.
| Foundation | Main strength | Primary risk or limitation | Official download |
|---|---|---|---|
| Magisk | Widely used root solution, module ecosystem, built-in Zygisk | Root and userspace artifacts; boot image handling is device-specific | Magisk releases, official installation guide |
| KernelSU Next | Kernel-based su, App Profile, module mounts |
Requires a compatible kernel or LKM; manager and kernel versions must match | KernelSU Next releases, documentation |
| APatch | KernelPatch runtime suitable for KPM scenarios | Patches boot.img, ARM64 only; a wrong image or key is dangerous |
APatch releases, Russian installation guide |
Do not copy flashing commands between devices. Magisk may use either the boot or init_boot partition, while APatch documentation specifically requires boot.img. Follow the selected project’s instructions and use the factory image from the exact build installed on your device.
A downloaded kernel or root module is not trustworthy merely because its filename resembles an official release. First preserve the release-page URL and calculate a local hash:
sha256sum vpnhide*.zip *.apk
unzip -l vpnhide*.zip | sed -n '1,120p'
unzip -p vpnhide*.zip module.prop 2>/dev/null
For an APK, use apksigner from Android SDK Build-Tools:
apksigner verify --verbose --print-certs vpnhide.apk
Compare a SHA-256 value only with a checksum published by the project itself. A hash posted in an arbitrary message beside the same file is not an independent verification. Do not install a ZIP that asks for a SuperKey, VPN subscription, or another secret through a third-party site or bot. Inspecting unzip -l does not prove that scripts are safe, but it can reveal an unexpected boot image, binary, or unrelated installer before installation.
The original LSPosed/LSPosed repository was archived on May 2, 2026 and advertised support for Android 8.1–14. On current devices, a more reasonable starting point is JingMatrix/Vector, which advertises Android 8.1–17 Beta support and Xposed API compatibility.
VPNHide requires only the system scope from the framework. After installation:
System Framework.com.notcvnt.rknhardering to the scope.system_server must start with the module already active.When a specific VPNHide release explicitly requires LSPosed rather than Vector, use the compatible combination documented in that release’s notes. Do not run two Xposed frameworks at the same time.
Source and downloads: okhsunrog/vpnhide, latest release, and detection-vector map.
Architecture:
System Framework handles Java/Binder and PackageManager filtering;portshide handles loopback access.Choose kmod first on a supported GKI device. It operates in the kernel, does not modify RKNHardering’s process memory, and cannot be bypassed by a raw syscall. VPNHide publishes builds by KMI generation, such as android14-6.1; this identifies the kernel generation and does not necessarily equal the Android version.
Use KPM for older or non-GKI kernels, or when a .ko cannot be loaded. It requires a KernelPatch runtime through APatch or KPatch-Next-Module. This is a beta path with less field testing.
Use Zygisk only as a fallback. It filters at the libc level inside the target process, so RKNHardering may observe discrepancies in maps, RWX memory, the linker, or hooks, and a raw syscall can bypass the filter. Do not describe it as equivalent to a kernel backend.
Never install kmod and KPM together. They may hook the same kernel functions. The result can be a hang, kernel panic, or boot loop. If multiple backend ZIPs remain installed, remove the extras and verify that only one is active.
System Framework as its scope, then reboot.com.notcvnt.rknhardering as the Java, Native, and Ports target and as the observer for Apps, then save.In current upstream releases, user configuration is stored in /data/system/vpnhide_config.json. Edit it manually only after making a backup and validating the JSON; invalid config means a syntax or schema error. Using the UI is normally safer.
Read-only inspection:
adb shell uname -r
adb shell cmd package list packages -U | grep com.notcvnt.rknhardering
adb shell su -c 'ls -la /data/adb/modules | grep -i vpnhide'
adb shell su -c 'cat /data/system/vpnhide_config.json'
adb logcat -d | grep -iE 'VpnHide|Vector|LSPosed'
Source and downloads: soranerai/vpnhide_next, latest release.
Externally claimed by the project: the fork adds kernel-level port blocking, MTU, MSS and TCP_INFO filtering, GSO and PMTU handling, eBPF traffic statistics, qdisc, UDP timing, IPv6 link-local handling, and broader proc/sysfs concealment. The Min, Medium, and Max modes control how many hooks are enabled. The project’s README explicitly warns that stability is not guaranteed on every kernel and that boot loops or kernel panics are possible.
Practical selection:
Min to verify basic ioctl, getifaddrs, netlink, and route filtering;Medium when RKNHardering still observes socket, MTU, MSS, or PMTU indicators;Max only in a laboratory device with working recovery when specific proc, sysfs, BPF, qdisc, or timing findings have been confirmed.Do not enable Max “just in case.” More kernel hooks increase compatibility risk and make the source of a regression harder to isolate.
The VPNHide Next LSPosed module should likewise operate through System Framework without entering the target process. Its kmod README identifies dev_ioctl, sock_ioctl, rtnl_fill_ifinfo, IPv4 and IPv6 address netlink, and /proc/net/route as baseline hook points. Keep the APK and ZIP on the exact same release: a control-protocol mismatch can produce partial behavior.
uname -r, the Android build, and the downloaded asset name. When the release does not claim compatibility with the installed kernel, do not flash it “to see what happens” on a primary device.System Framework in scope, and reboot.com.notcvnt.rknhardering, start with Min, and save the configuration.Medium, then Max, only when a specific MTU, MSS, PMTU, BPF, qdisc, proc, or sysfs finding remains positive.The top-level README describes a newer control device at /dev/vpnhide_ctrl, while separate READMEs or older builds may still mention /proc/vpnhide_targets and targets.txt. This indicates documentation differences between revisions; it is not a reason to create a missing file manually. Use the UI for the exact release and perform only read-only checks:
adb shell su -c 'cat /proc/modules | grep -i vpnhide'
adb shell su -c 'ls -l /dev/vpnhide_ctrl /proc/vpnhide_targets 2>/dev/null'
adb logcat -d | grep -iE 'VPNHide Next|VpnHide|Vector|LSPosed'
no such file or directory means the path is absent or that revision uses another interface. When the module does not appear in /proc/modules but the UI reports a working native layer, first check the architecture of the exact release: KPM or an integrated kernel patch does not have to look like a conventional LKM.
Zygisk Next supplies the Zygisk API for KernelSU or APatch, or can replace Magisk’s built-in Zygisk. Its modern linker and anonymous-memory modes are intended to reduce artifacts, but module compatibility is not guaranteed. It does not turn a process-local VPNHide backend into a kernel-level filter.
Root concealment is covered separately in the integrity section. First establish that VPNHide works correctly, then minimize the root surface. Installing several concealment modules at once makes diagnosis difficult and can introduce new mount or linker signals.
After installation, do not rely only on VPNHide’s green status indicator.
Framework: DIRECT_NETWORK_CAPABILITIES, INDIRECT_NETWORK_CAPABILITIES, and VPN interface names or routes from LinkProperties should disappear in RKNHardering.
Native: INTERFACE_ENUMERATION, TUNTAP_TYPE, GETIFADDRS_VPN, RTM_GETLINK_VPN, and route or interface-index indicators should disappear. When Java results are clean but native findings remain, the problem is the native backend, not LSPosed.
Ports: the loopback scan should no longer confirm SOCKS, HTTP, Xray, or Clash APIs. A port being open to the shell but inaccessible to the target UID is expected.
Integrity: no new HOOK_MARKERS, RWX_MEMORY_REGIONS, LIBRARY_INTEGRITY, LSPOSED, or β hook-consistency signals should appear. When they do, inspect the framework scope and abandon the process-local backend.
Before every kernel or module change, preserve:
boot or init_boot image according to the root solution’s official guide;/data/adb/modules list and exact APK and ZIP versions;Roll back one step at a time: disable the most recently added module through the manager or safe mode, reboot, verify networking, and only then uninstall it. Do not remove several components at once, because the cause will remain unknown. For a boot loop, use the root manager’s official rescue mechanism or restore the saved stock image according to the device instructions. Do not improvise with partitions.