Opens what refuses to open
Our own protocol gets through where ordinary VPNs are already blocked. The sites, social networks and services you use keep working as before.
Establishing connection
No questions at the door. No compromise on speed. Welcome to the net.
The search opens through a Netrunner proxy node.
Our own protocol gets through where ordinary VPNs are already blocked. The sites, social networks and services you use keep working as before.
No turning the VPN on and off per service — browser, messengers and apps all run through one connection at the same time.
Voice and video calls, online games and streaming work properly — both TCP and UDP are supported.
Clients for Windows, Android, macOS, Linux and iOS with the same interface. One account covers all of them.
Mobile data, public Wi-Fi, restricted networks — the connection recovers on its own, with nothing to configure.
WHY NETRUNNER INSTEAD OF VLESS
VLESS gives control to people who want to assemble and configure their own networking stack. Netrunner is a ready-to-use app on its own protocol: all device traffic, TCP and UDP, and automatic reconnection.
One app routes traffic from the whole device through a protected tunnel.
The client, protocol and traffic routing work together in one app.
A seed is a random 16-character access key for your Netrunner account. The same seed restores the same profile and subscription on another device.
Netrunner generates a random seed when you choose anonymous access.
Keep it offline or in a trusted password manager. It is shown in readable form only to you.
Enter the seed on any supported device to return to the same account.
Anyone who has it can access the account. If you lose it before linking Telegram, the anonymous account cannot be recovered.
The server cannot reveal your seed: Netrunner stores only a one-way Argon2 hash. Your readable seed is not kept in the database and no email or phone number is required.
Billed once: $60
You save $48· price locked for the whole term
TCP and UDP are supported; the app reconnects automatically when the network drops.
Send 64 KiB of random data over a direct WebSocket test connection. The scanner captures that connection's real TLS and TCP flow, then reports exit-IP signals, JA4, packet analysis, active-probe results when available and the trained-model estimate.
The button connects directly to the DNS-only scanner, so Cloudflare does not terminate the test connection before packet capture. The WebSocket relay forwards the exact random bytes to the detector; the bytes are discarded after analysis and flow metadata is held briefly in memory. Active probes target the scanner's server address. The second button is a separate synthetic model demo.