Korath
Platinum Üye
- Katılım
- 13 Şub 2026
- Mesajlar
- 168
- Beğeniler
- 50
- İletişim
Hello, I'm publishing a diagram today on how to do a no-restart.
Requirements:
- API + website with good SSL
- VPS
- Emulator (which takes over connections and redirects them to the VPS on the gateway)
- Search for your region (EU, NA, or AP)
and redirect to Riot's gateway
- Download an HTTP debugger and decode all connections. Ideally, find the player's JWT and UUID locations to dynamically swap them with the VPS and API.
detailed explanation
------
This diagram outlines a seamless, no‑restart emulation method for VGC, relying on a lightweight client‑side emulator, a VPS‑hosted backend, and a properly secured API. The system never stops or restarts the VGC service instead, the emulator transparently takes over the game’s communication channel and redirects the essential authentication tokens to a remote server. The backend API, served over a trusted domain with strong SSL, validates the incoming data and returns a pre‑signed payload that the emulator relays directly to Riot’s own gateway, keeping the entire exchange opaque. The emulator automatically detects the player’s region by reading local game logs or configuration, so it always targets the correct regional gateway like eu.vg.ac.pvp.net( eu,ap,na etc.) without manual intervention. All traffic between the emulator and the VPS is encrypted with a pre-shared symmetric cipher, ensuring that the JWT and Session ID never appear in plaintext on the wire. To maintain a stable session, the emulator handles the periodic heartbeat (ping/pong) messages from VGC with realistic, variable timing, exactly as the real service would. The backend additionally generates unique, non‑static responses for every authentication and challenge request, eliminating replay‑based detection. While the game is running, the emulator monitors the internal loopstate menus, pregame, and in‑game so that token refreshing only occurs at safe moments and never interrupts agent selection or active matches. The client itself employs multiple layers of self‑protection, including anti‑debugging checks and the complete absence of permanent filesystem or registry markers, making static analysis extremely difficult. Anyone wishing to replicate the setup needs a reliable VPS, a properly configured API endpoint, and the emulator that captures the necessary identifiers (JWT, UUID) by monitoring the game’s network traffic typically with an HTTP debugger and then dynamically swaps them through the backend. The whole process operates with zero downtime: the game never closes, the anti‑cheat remains running, and the player stays in the client seamlessly.
DIAGRAM
------------------------
SHOWCASE
------------------
Discord : wakeup.softy
Requirements:
- API + website with good SSL
- VPS
- Emulator (which takes over connections and redirects them to the VPS on the gateway)
- Search for your region (EU, NA, or AP)
and redirect to Riot's gateway
- Download an HTTP debugger and decode all connections. Ideally, find the player's JWT and UUID locations to dynamically swap them with the VPS and API.
detailed explanation
------
This diagram outlines a seamless, no‑restart emulation method for VGC, relying on a lightweight client‑side emulator, a VPS‑hosted backend, and a properly secured API. The system never stops or restarts the VGC service instead, the emulator transparently takes over the game’s communication channel and redirects the essential authentication tokens to a remote server. The backend API, served over a trusted domain with strong SSL, validates the incoming data and returns a pre‑signed payload that the emulator relays directly to Riot’s own gateway, keeping the entire exchange opaque. The emulator automatically detects the player’s region by reading local game logs or configuration, so it always targets the correct regional gateway like eu.vg.ac.pvp.net( eu,ap,na etc.) without manual intervention. All traffic between the emulator and the VPS is encrypted with a pre-shared symmetric cipher, ensuring that the JWT and Session ID never appear in plaintext on the wire. To maintain a stable session, the emulator handles the periodic heartbeat (ping/pong) messages from VGC with realistic, variable timing, exactly as the real service would. The backend additionally generates unique, non‑static responses for every authentication and challenge request, eliminating replay‑based detection. While the game is running, the emulator monitors the internal loopstate menus, pregame, and in‑game so that token refreshing only occurs at safe moments and never interrupts agent selection or active matches. The client itself employs multiple layers of self‑protection, including anti‑debugging checks and the complete absence of permanent filesystem or registry markers, making static analysis extremely difficult. Anyone wishing to replicate the setup needs a reliable VPS, a properly configured API endpoint, and the emulator that captures the necessary identifiers (JWT, UUID) by monitoring the game’s network traffic typically with an HTTP debugger and then dynamically swaps them through the backend. The whole process operates with zero downtime: the game never closes, the anti‑cheat remains running, and the player stays in the client seamlessly.
DIAGRAM
------------------------
SHOWCASE
------------------
Discord : wakeup.softy
