Full details at https://samy.pl/magspoof/
MagSpoof is a device that can spoof/emulate any magnetic stripe or credit card. It can work "wirelessly", even on standard magstripe/credit card readers, by generating a strong electromagnetic field that emulates a traditional magnetic stripe card. It can disable Chip-and-PIN, correctly predicts Amex credit card numbers + expirations, and can be created from a few inexpensive parts.

Full details at https://samy.pl/evercookie/
evercookie is a Javascript API that produces extremely persistent, respawning cookies in a browser. Its goal is to identify a client even after they've removed standard cookies, Flash cookies (LSOs), and others. It currently stores cookies in over a dozen browser mechanisms, including standard HTTP cookies, Local Shared Objects (Flash Cookies), storing in RGB values of auto-generated, force-cached PNGs using HTML5 Canvas tag to read pixels (cookies) back out, storing in web history, HTML5 Session Storage, HTML5 Local Storage, HTML5 Global Storage, and HTML5 Database Storage via SQLite.

Full details at https://samy.pl/popular/
I developed the MySpace worm, the first XSS worm based on AJAX which proliferated through the MySpace network. Learn how I made over one million friends in less than 24 hours.

Full details at https://samy.pl/keysweeper/
KeySweeper is a stealthy Arduino-based device, camouflaged as a functioning USB wall charger, that wirelessly and passively sniffs, decrypts, logs and reports back (over GSM) all keystrokes from any Microsoft wireless keyboard in the vicinity. All keystrokes are logged online and locally. SMS alerts are sent upon trigger words, usernames or URLs, exposing passwords. If unplugged, KeySweeper continues to operate using its internal battery and auto-recharges upon repowering. A web based tool allows live keystroke monitoring.

Full details at https://samy.pl/opensesame/
OpenSesame is a device that can wirelessly open virtually any fixed-code garage door in seconds, exploiting a new attack I've discovered on wireless fixed-pin devices. Using a child's toy from Mattel. OpenSesame exploits not only the limited key space of most fixed pin wireless garages and gates, but employs a new attack I've discovered reducing the time it takes to open any garage by over 95%. This means most garages will take only seconds to open. OpenSesame uses the Radica Girltech IM-ME texting toy from Mattel, as it sports all the equipment we need to pull off the attack -- an effective TI CC1110 sub-GHz RF chip, an LCD display, keyboard, backlight, and more. And it's pink.

Full details at https://samy.pl/combobreaker/
Combo Breaker is a motorized, battery powered, 3D printed, Arduino-based combination lock cracking device. It is portable, open source, 3D models provided, and exploits a new technique I've discovered for cracking combination locks in 8 attempts or less, but in an even more exciting, automated fashion.

Full details at https://samy.pl/skyjack/
SkyJack is a drone using Raspberry Pi engineered to autonomously seek out, hack, and wirelessly take control over other drones within wireless distance, creating an army of zombie drones under your control.

Full details at https://youtu.be/3olXUbS-prU
OwnStar is a device that can locate, unlock and remote start any vehicle with OnStar RemoteLink after intercepting communication between the RemoteLink mobile app and OnStar servers. More technicals details to come at Defcon and in a future page/video.

Full details at https://samy.pl/pwnat/
pwnat allows full client-server tunneling and proxying even when both server and client are behind separate NATs with no port forwarding and no DMZ setup on their routers to directly communicate with each other. There is no middle man, no proxy, no 3rd party, and the server side requires no information on the client.

Full details at https://www.youtube.com/watch?v=09UgmwtL12c
I developed a new technique in cracking Master combination locks that reduces the total possible combinations from 64,000 down to 8, and works on all old and new Master combo locks. Additionally, I developed a motorized, Arduino robot that can perform the entire attack for you! You can access the online tool and video here.

Full details at https://samy.pl/usbdriveby/
USBdriveby is a device you stylishly wear around your neck which can quickly and covertly install a backdoor and override DNS settings on an unlocked machine via USB in a matter of seconds. It does this by emulating a keyboard and mouse, blindly typing controlled commands, flailing the mouse pointer around and weaponizing mouse clicks, while evading certain security checks.

Full details at https://samy.pl/androidmap/
I discovered that the Apple iPhone, Google Android and Microsoft Windows phones constantly send geolocation/GPS and wifi router information back up to Apple, Google and Microsoft. The iPhone and Windows phones do this even when the user has chosen to turn GPS/Location Services off. Since my release of this research through the Wall Street Journal, Apple and Google have both testified in front of Congress and all three are now involved in various lawsuits due to potential invasion of privacy. Besides the companies tracking the locations of all of these phones, I've created a tool that exposes not only the GPS data, but the wifi data Google and Microsoft have been collecting from virtually all Android and Windows devices and Google street view cars, using them essentially as global wardriving machines. When the phone detects any wireless network, encrypted or not, it sends the BSSID (MAC address) of the router along with signal strength, and most importantly, GPS coordinates up to the mothership. My tool allows you to ping those databases and find exactly where any wifi router in the world is located. You can enter any router BSSID/MAC address to locate the exact physical location of the router. Try my Google tool here and my Microsoft tool here.

Full details at http://www.wired.com/2015/08/hackers-tiny-device-unlocks-cars-opens-garages/
RollJam is a device I've created that attacks rolling codes in virtually every vehicle and garage as of August, 2015. It agnostically attacks the non-expiring rolling codes that are sent from a wireless remote to a vehicle or garage door. These devices typically use rolling codes to prevent a replay attack, however my device and software evade this security by jamming during the first two attempts to unlock/open, replays the first code so you successfully unlock/open your vehicle, but then saves the second code that was jammed for later use. More details in my Defcon 2015 talk, "Drive It Like You Hacked It".

Full details at https://samy.pl/proxygambit/
ProxyGambit is an anonymization device that allows you to access the Internet from anywhere in the world without revealing your true location or IP, fracturing your traffic from the Internet/IP through either a long distance radio link or a reverse tunneled GSM bridge that ultimately drops back onto the Internet and exits through a wireless network you're no where near. After ProxyHam mysteriously disappeared, ProxyGambit aims to take its place as a more advanced, open source and free version. The device sits near a public wifi network with a GSM chip or long-range antenna and allows you to connect back over the Internet, through GSM, and then tunnel that traffic back onto the wifi network, making your traffic appear as if it's from the location of the device with no IP-related information tracing back to you.

Full details at https://github.com/Proxmark/proxmark3
I'm one of the primary developers of the proxmark3, a penetration testing tool for low and high-frequency RFID tags and readers, developed on an ARM7 microprocessor and Xilinx Spartan II FPGA. The device is capable of doing such things as read tags, simulate tags (such as HID badges), eavesdrop on transactions between another reader and tag, analyze a tag or signal passively, and more.

Full details at https://samy.pl/quickjack/
Quickjack is an intuitive, point-and-click tool for performing advanced and covert clickjacking and frame slicing attacks. The clickjacking frame follows the user no matter where they click on a page, automatically removes itself from the page once the click has been captured, and allows features such as referral scrubbing and frame breakout prevention.

Full details at https://samy.pl/phpwn/
Studying PHP's LCG (linear congruential generator, a pseudorandom number generator), I discovered that there are weaknesses that reduce the complexity of determining the sequence of pseudorandom numbers. What this means is that PHP is severely deficient in producing random session IDs or random numbers, leading to the possibility of stealing sessions or other sensitive information. Stealing a cookie can be reduced from 128-bits to 35-bits, and with PHP code execution, can be reduced further down to just under 20-bits, which takes only seconds to recreate the initial seed.

Full details at https://samy.pl/dingdong/
Digital Ding Dong Ditch is a device I created to hack into and ring my best friend's wireless doorbell whenever I send a text message to the device. The best part of the device is that it causes my friend, without fail, to come outside, find no one, and go back in. In this project, we'll learn not only how to create this device, but how to reverse engineer radio frequencies we know nothing about using RTL-SDR (a ~$14 software defined radio), as well as creating hardware and software using Arduino, the Adafruit FONA (GSM/SMS/2G board), an RF (radio frequency) transmitter to transmit custom signals, and even how to reverse engineer a proprietary radio signal we know nothing about!

Full details at https://samy.pl/natpin/
My NAT Pinning technique is a method that forces a user's router or firewall, unbeknownst to them, to port forward any port number back to the user's machine, simply by the user visiting a web page. If the user had FTP/ssh/etc open but blocked from the router, it can now be forwarded for anyone to access (read: attack) from the outside world. No XSS or CSRF required.

Full details at https://samy.pl/peepmail/
Peepmail is a tool that allows you to discover business email addresses for users, even if their email address may not be publicly available or shared.

Full details at https://samy.pl/jiagra/
jiagra is a stand-alone javascript API for automatic website performance enhancement. It currently features cross-browser pre-rendering/pre-fetching (allowing pages on your site to load in the background before the user has clicked on them), advanced setTimeout and setInterval control (detecting which timers/intervals are still running, have been cleared, or fired) which can allow for greater understanding of when *all* requests of a page have completed, and improved script tag support, allowing you to enter Javascript code in a single script tag that calls out to a remote URL, where the inline Javascript gets executed after the remote JS is executed, e.g.
< script src="path/to/script.js" >
this_is_called_after_script_is_loaded();
< /script >

Full details at https://samy.pl/chownat/
chownat allows two peers behind two separate NATs with no port forwarding and no DMZ setup on their routers to directly communicate with each other. There is no middle man, no proxy, no 3rd party, and the application runs as an unprivileged user on both ends.

Full details at https://samy.pl/mapxss/
By using XSS exploitation of a user's router, I've created a proof of concept which acquires the MAC address of the router of a web surfer, then uses the Google Service API to acquire geographic coordinates of the user (determined by the Google van driving around and seeing MAC address while tying it to coordinates.) This emulates Firefox's Location-Aware Browsing without requiring any permission from the user or requiring Firefox.

Full details at https://samy.pl/packet/
Packet is a suite of portable Perl modules for encoding, decoding, injecting and sniffing low-level network packets. Packet also provides functionality for other low-level network tasks such as retrieving network device information and working directly with ARP cache tables..

Full details at https://samy.pl/airsamy.pl
airsamy provides a simple interface to quickly and automatically crack a WEP network in minutes. It displays a list of available WEP networks and once selected, it automatically places your driver in monitor mode, tests packet injection, fake authenticates with the AP, captures IVs for cracking, captures ARP packets and replays them to introduce more IVs into the network, and cracks using the PTW attack.

Full details at https://samy.pl/oryx-attack.pl
I've implemented the ORYX stream cipher and a cryptanalytic attack able to recover the 96-bit internal key state in less than 2^20 ORYX operations. The ORYX stream cipher is used to encrypt data transmissions for the North American Cellular system.

Full details at https://samy.pl/anti-mitma.pdf
I've described a simple method for authentication based protocols (e.g., ssh) to prevent man in the middle attacks. Rather than establishing a potentially MITMA'd connection, then authenticating, you can authenticate the initial key exchange. More details in the pdf.

Full details at https://samy.pl/weap/
I've implemented a version of Shamir's attack on WEP, easily recovering a WEP key from encrypted wireless traffic due to weak keys and poor IV mixing into the RC4 key.

Full details at https://samy.pl/ains/
AI::NaturalSelection provides a series of Perl modules using Genetic Algorithms to allow breeding and mutation to arise and emulate natural selection. Resultant honing can minimize the work required to solve certain fitness-testable problems.

Full details at https://samy.pl/sql++/
sql++ is an easily configurable, feature-rich, portable command-line SQL tool. It can be used with many different databases and in place of other command line tools such as MySQL's mysql-client, Microsoft SQL, PostgreSQL's psql, and Oracle's sqlplus. It has features such as multiple connections, multi-database interfacing, subselects for all databases, regardless of whether the database has native subselects or not, and much more.

Full details at https://samy.pl/diss.zip
DISS (Download iTunes Shared Songs) automatically hooks into iTunes' memory (winsock) on Windows and downloads any shared music you play into the DISS playlist. No user intervention is required for this to happen, it's entirely automatic and typically only takes a second or two per song. Full C++ source and Windows binary included.

Full details at https://samy.pl/code/?x=old
Code from before I could drive.