DavidBuchanan314

The Rabbit R1 uses a few custom APIs to talk to The Cloud™. Almost nothing happens on-device, and all the AI magic happens on servers.

Consequently, you don't really need the physical device.

TLS Client Fingerprinting

In lieu of an authentication scheme, Rabbit's servers attempt to verify device authenticity by checking the TLS client's JA3 fingerprint, presumably enforced by AWS WAF.

If your TLS client doesn't match an expected fingerprint, you'll get HTTP 403 errors. This fingerprint works:

AzureFlow

Arkose Mobile Info

TL;DR:

1. Collect Android environment information + (string escape + base64 encode)
2. Send data to fingerprintData function in WebView via WebView.evaluateJavascript
3. Forward data sent into the WebView to arkoseEnforcement.dataResponse(dataCollection) in the JavaScript api.js
4. Emit the event from api.js to enforcement.version_hash.js

Le.emit("data_response", {message: "data_response", data: eventData, key: Jt.config.publicKey});

AzureFlow

<?php

class Colors
{
	public static function getRich(string $string, string $foregroundColor = null, string $backgroundColor = null): string
	{
		$coloredString = '';

		if(!empty($foregroundColor))
		{

MeguminSama

let cache; webpackChunkdiscord_app.push([["wp_isdev_patch"], {}, r => cache=r.c]);
var UserStore = Object.values(cache).find(m => m?.exports?.default?.getUser).exports.default;
var actions = Object.values(UserStore._dispatcher._actionHandlers._dependencyGraph.nodes);
var user = UserStore.getCurrentUser();
actions.find(n => n.name === "ExperimentStore").actionHandler.CONNECTION_OPEN({
	type: "CONNECTION_OPEN", user: {flags: user.flags |= 1}, experiments: [],
});
actions.find(n => n.name === "DeveloperExperimentStore").actionHandler.CONNECTION_OPEN();
webpackChunkdiscord_app.pop(); user.flags &= ~1; "done";