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    Software How-To

    DEF CON 23 [Audio] Speeches from the Hacker Convention

    The DEF CON series of hacking conferences were started in 1993 to focus on both the technical and social trends in hacking, and has grown to be world known event. Video, audio and supporting materials from past conferences are available on our new media server at: https://media.defcon.org

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    Latest Episodes:
    Rob Bathurst (evilrob) & Jeff Thomas (xaphan) - Canary: Keeping Your Dick Pics Safe(r) Nov 02, 2015
    Show notes

    Materials Available here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Evilrob-Xaphan-TLS-Canary-Keeping-Your-Dick-Pics-Safer.pdf

    Canary: Keeping Your Dick Pics Safe(r)
    Rob Bathurst (evilrob) Security Engineer and Penetration Tester
    Jeff Thomas (xaphan) Senior Cyber Security Penetration Testing Specialist

    The security of SSL/TLS is built on a rickety scaffolding of trust. At the core of this system is an ever growing number of Certificate Authorities that most people (and software) take for granted. Recent attacks have exploited this inherent trust to covertly intercept, monitor and manipulate supposedly secure communications. These types of attack endanger everyone, especially when they remain undetected. Unfortunately, there are few tools that non-technical humans can use to verify that their HTTPS traffic is actually secure.

    We will present our research into the technical and political problems underlying SSL/TLS. We will also demonstrate a tool, currently called “Canary”, that will allow all types users to validate the digital certificates presented by services on the Internet.

    Evilrob is a Security Engineer and Penetration Tester with over 14 years of experience with large network architecture and engineering. His current focus is on network security architecture, tool development, and high-assurance encryption devices. He currently spends his days contemplating new and exciting ways to do terrible things to all manner of healthcare related systems in the name of safety.

    Twitter: @knomes

    xaphan is a "Senior Cyber Security Penetration Testing Specialist" for a happy, non-threatening US government agency. He has been a penetration tester for 17 years, but maintains his sanity with a variety of distractions. He is the author of several ancient and obsolete security tools and the creator of DEFCOIN.

    Twitter: @slugbait


    Atlas - Fun with Symboliks Oct 15, 2015
    Show notes

    Materials Available here:https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Atlas-Fun-With-Symboliks.pdf

    Fun with Symboliks
    atlas dude at Grimm
    Asking the hard questions... and getting answer! Oh binary, where art thine vulns?

    Symbolic analysis has been a "thing" for 20 years, and yet it's still left largely to the obscure and the academic researchers (and NASA). several years ago, Invisigoth incorporated the Symboliks subsystem into the Vivisect binary analysis framework. due to that inclusion, the very nature of binary analysis has been broken down, rethought, and arisen out of the ashes. this talk will give an introduction into Symboliks, Graph Theory, and the path forward for reverse engineering and vulnerability research, all from an interactive Python session or scripts.

    A four time winner of DEF CON capture the flag and retired captain of the team "1@stplace", over the past decade atlas has proved expertise in programmatic reverse-engineering, automated vulnerability discovery and exploitation, and braking into or out of nearly every type of computer system/subsystem. areas of specialty include exmpedded/IoT exploitation, power systems and industrial control systems exploitation, automotive exploitation, and client/server/application exploitation.

    Twitter: @at1as


    Yaniv Balmas & Lior Oppenheim - Key-Logger, Audio, Mouse — How To Turn Your KVM Into a Raging Key-logging Monster Oct 15, 2015
    Show notes

    Materials Available here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Yaniv-Balmas-Lior-Oppenheim-Key-Logger-Audio-Mouse.pdf

    Key-Logger, Audio, Mouse — How To Turn Your KVM Into a Raging Key-logging Monster
    Yaniv Balmas Security Researcher, Check Point Software Technologies
    Lior Oppenheim Security Researcher, Check Point Software Technologies

    Key-Loggers are cool, really cool. It seems, however, that every conceivable aspect of key-logging has already been covered: from physical devices to hooking techniques. What possible innovation could be left in this field?

    Well, that's what we used to think too. That is until we noticed that little grey box sitting there underneath a monitor, next to yesterday's dirty coffee cup. The little grey box that is most commonly known as 'KVM'.

    The talk will tell the tale of our long journey to transform an innocent KVM into a raging key-logging monster. We will safely guide you through the embedded wastelands, past unknown IC's, to explore uncharted serial protocols and unravel monstrous obfuscation techniques.

    Walking along the misty firmware woods of 8051 assembly we will challenge ambiguous functions and confront undebuggable environments.

    Finally, we will present a live demo of our POC code and show you that air-gapped networks might not be as segregated as you imagined.

    You will witness that malware code could actually reside outside your computer, persisting through reboots, wipes, formats, and even hardware replacements. You might laugh, you might cry, but one thing is certain - you will never look at your KVM the same as before.

    Yaniv is a software engineer and a seasoned professional in the security field. He wrote his very first piece of code in BASIC on the new Commodore-64 he got for his 8th birthday. As a teenager, he spent his time looking for ways to hack computer games and break BBS software. This soon led to diving into more serious programming, and ultimately, the security field where he has been ever since. Yaniv is currently working as a security researcher and deals mainly with analyzing malware and vulnerability research

    Twitter: @ynvb

    Lior Oppenheim is a vulnerability researcher in the Malware and Vulnerability Research group at Check Point Software Technologies. Oppenheim was trained and served in an elite technological unit performing security research in the IDF. In his spare time, he loves tap dancing, reversing, playing his guitar and pwning embedded devices.

    Twitter: @oppenheim1


    Ronny Bull & Jeanna Matthews - Exploring Layer 2 Network Security in Virtualized Environments Oct 09, 2015
    Show notes

    Materials Available here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Ronny-Bull-Jeanna-Matthews-Exploring-Layer-2-Network-Security-In-Virtualized-Enviroments-UPDATED.pdf

    Whitepaper Here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Ronny-Bull-Jeanna-Matthews-Exploring-Layer-2-Network-Security-In-Virtualized-Enviroments-WP.pdf

    Exploring Layer 2 Network Security in Virtualized Environments
    Ronny L. Bull Ph.D. Graduate Student, Clarkson University
    Jeanna N. Matthews Associate Professor, Clarkson University

    White paper Available Here: https://media.defcon.org/DEF CON 23/DEF CON 23 presentations/Ronny Bull & Jeanna Matthews - UPDATED/DEFCON-23-Ronny-Bull-Jeanna-Matthews-Exploring-Layer-2-Network-Security-In-Virtualized-Enviroments-WP.pdf

    Cloud service providers offer their customers the ability to deploy virtual machines in a multi-tenant environment. These virtual machines are typically connected to the physical network via a virtualized network configuration. This could be as simple as a bridged interface to each virtual machine or as complicated as a virtual switch providing more robust networking features such as VLANs, QoS, and monitoring. In this paper, we explore whether Layer 2 network attacks that work on physical switches apply to their virtualized counterparts by performing a systematic study across four major hypervisor environments - Open vSwitch, Citrix XenServer, Microsoft Hyper-V Server and VMware vSphere - in seven different virtual networking configurations. First, we use a malicious virtual machine to run a MAC flooding attack and evaluate the impact on co-resident VMs. We find that network performance is degraded on all platforms and that it is possible to eavesdrop on other client traffic passing over the same virtual network for Open vSwitch and Citrix XenServer. Second, we use a malicious virtual machine to run a rogue DHCP server and then run multiple DHCP attack scenarios. On all four platforms, co-resident VMs can be manipulated by providing them with incorrect or malicious network information.

    Mr. Bull is a Computer Science Ph.D. graduate student at Clarkson University focusing on Layer 2 network security in virtualized environments. He presented his preliminary research involving MAC flooding attacks against virtualized networks at the DerbyCon 4.0 computer security conference held in Louisville, KY in September 2014. Mr. Bull earned an A.A.S. degree in Computer Networking at Herkimer College in 2006 and completed both a B.S. and M.S. in Computer Science at the State University of New York Institute of Technology in 2011. He was a founding faculty member of the School of Engineering at SUNY Polytechnic Institute in Utica, NY teaching undergraduate and graduate courses in both the Network and Computer Security and Telecommunications programs, and also served as an advisor to the SUNY Poly Network and Computer Security club. Mr. Bull recently made a transition to Utica College as an Assistant Professor of Computer Science with a focus in networking and cybersecurity. He also co-founded and is one of the primary organizers of the Central New York Intercollegiate Hackathon event which brings together local cybersecurity students from colleges in Central New York to compete against each other in offensive and defensive cybersecurity activities.

    Dr. Matthews is an Associate Professor of Computer Science at Clarkson University. Her research interests include virtualization, cloud computing, computer security, computer networks and operating systems. Jeanna received her Ph.D. in Computer Science from the University of California at Berkeley in 1999. She is currently the chair of the ACM Special Interest Group on Operating Systems (SIGOPS), the co-editor of ACM Operating System Review and a member of the Executive Committee of US-ACM, the U.S. Public Policy Committee of ACM. She has written several popular books including ”Running Xen: A Hands-On Guide to the Art of Virtualization” and ”Computer Networking: Internet Protocols In Action".


    Collin Cassidy, Robert Lee, Eireann Leverett - Switches Get Stitches Oct 09, 2015
    Show notes

    Materials Available here:https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Cassidy-Leverett-Lee-Switches-Get-Stitches.pdf

    Switches Get Stitches
    Colin Cassidy Senior Security Consultant at IOActive
    Éireann Leverett
    Robert M. Lee

    This talk will introduce you to Industrial Ethernet Switches and their vulnerabilities. These are switches used in industrial environments, like substations, factories, refineries, ports, or other homes of industrial automation. In other words: DCS, PCS, ICS & SCADA switches.

    The researchers focus on attacking the management plane of these switches, because we all know that industrial system protocols lack authentication or cryptographic integrity. Thus, compromising any switch allows the creation of malicious firmwares for further MITM manipulation of a live process. Such MITM manipulation can lead to the plant or process shutting down (think: nuclear reactor SCRAM) or getting into a unknown and hazardous state (think: damaging a blast furnace at a steel mill)

    Not only will vulnerabilities be disclosed for the first time, but the methods of finding those vulnerabilities will be shared. All vulnerabilities disclosed will be in the default configuration state of the devices. While these vulnerabilities have been responsibly disclosed to the vendors, SCADA/ICS patching in live environments tends to take 1-3 years. Because of this patching lag, the researchers will also be providing live mitigations that owner/operators can use immediately to protect themselves. At least four vendors switches will be examined: Siemens, GE, Garrettcom and Opengear.

    Colin Cassidy is a security consultant for IOActive where he focuses on Industrial Control Systems. He has a strong development and software engineering background. He is also a seasoned leader in the areas of security and software engineering. Before joining IOActive, Cassidy served for a number of years as Technical Manager and Security Technical Lead for IGE Energy Services, Ltd, part of GE Energy. He has hands-on experience with PowerOn Fusion, a leading Outage Management System/Distribution Management System (OMS/DMS) solution for electricity distribution management. He also led a team of developers in producing new functionality within the core product and worked with customers to understand their requirements. Colin Cassidy has a BSc (Hons) in Computing Science from the University of Glasgow.

    Twitter: @parttimesecguy

    Éireann Leverett hates writing bios in the third person. He once placed second in an Eireann Leverett impersonation contest. He likes teaching the basics, and learning the obscure. He is sometimes jealous of his own moustache for being more famous than he is. If he could sum up his life in one sentence; he wouldn't. That would be a life-sentence! He is primarily known for smashing the myth of the air-gap in industrial systems with his master's thesis, finding authentication bypasses for industrial ethernet switches, and working with incident response teams to improve their understanding of industrial control systems security. He believes security takes an awful lot more than penetration-testing and speaks often about the wider effects of embedded system insecurity.

    Twitter: @blackswanburst

    Robert M. Lee is a co-founder of Dragos Security LLC where he has a passion for control system protocol analysis, digital forensics, and threat intelligence research. He is also an active-duty U.S. Air Force Cyber Warfare Operations Officer where he has been a member of multiple computer network defense teams including his establishing and leading of a first-of-its-kind ICS/SCADA threat intelligence and intrusion analysis mission. Robert received his BS from the United States Air Force Academy and his MS in Cybersecurity Digital Forensics from Utica College. He is a passionate educator and teaches in the ICS and Forensics programs at SANS and is an Adjunct Lecturer at Utica College where he teaches in their MS Cybersecurity program. Robert is also the author of 'SCADA and Me' and is currently pursuing his PhD at Kings College London with research in control system cyber security. He routinely publishes academic and industry focused works in a wide variety of journals and publications; additionally he has presented at conferences around the world.

    Twitter: @RobertMLee


    Eric (XlogicX) Davisson - REvisiting RE:DoS Oct 09, 2015
    Show notes

    Materials Available here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Eric-XlogicX-Davisson-ReDoS.pdf

    REvisiting RE:DoS
    Eric (XlogicX) Davisson Not a security researcher

    Regular Expression Denial of Service has existed for well over a decade, but has not received the love it deserves lately. There are some proof of concept attacks out there currently, most of which are ineffective due to implementation optimizations. Regardless of the effectiveness most of these PoC's are geared only to NFA engines.

    This talk will demonstrate working PoC's that bypass optimizations. Both NFA and DFA engines will get love. Tools will be released (with demonstration) that benchmark NFA/DFA engines and automate creation of 'evil strings' given an arbitrary regular expression. Attendees can expect a review of regex and a deep under the hood explanation of both regex engines before abuses ensue.

    ^ Not a security researcher


    Alessandro Di Federico & Yan Shoshitaishvili - Dark side of the ELF - leveraging dynamic loading to pwn noobs Oct 09, 2015
    Show notes

    Materials Available Here:
    https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Alessandro-Di-Federico-Leakless-How-The-ELF-ruined-Christmas.pdf

    Dark side of the ELF - leveraging dynamic loading to pwn noobs
    Alessandro Di Federico PhD Student, Politecnico di Milano
    Yan Shoshitaishvili PhD Student, UC Santa Barbara

    The ELF format is ancient, and much mystery lurks in its dark depths. For 16 years, it has safely encompassed our software, providing support for binary loading, symbol resolution, and lots of very useful binary stuff. In that time, security has become a key concern, resulting in binary defenses like NX and ASLR, which have made exploiting vulnerabilities quite difficult. ASLR, for example, randomizes the location of the stack, the heap, libraries, and (optionally), the binary itself at every execution of an application.

    There is no easy way to say this: ELF has let us down. In this talk, we'll explore the dark side of ELF. Specifically, we'll show how ELF, by design, implicitly trusts data structures in the ELF headers. Even in the presence of ASLR, an attacker able to corrupt these headers can trick the ELF loader into calling any function in any linked-in library, providing nothing but the name of the binary. In essence, this technique allows an attacker to call arbitrary library functions (such as system()!) without leaking memory addresses. We call this technique Leakless.

    While developing Leakless, we checked many different implementations of the standard C library and found that Leakless can be adapted to attack the ELF loader implementations in all of the common ones (i.e., GNU libc, the libc of the major BSDs, and uClibc). In this talk, we'll describe the internals of the ELF format, show how Leakless works to subvert library function resolution, and demonstrate how it can be use to carry out attacks without information disclosures. And, of course, we'll open-source the tool that we developed to make carrying out this attack easier.

    Alessandro is a PhD student at Politecnico Di Milano, right under that leaning tower. In his spare time, he hacks with Tower of Hanoi. He likes exploitation and doing really crazy stuff, on and off the computer!

    Hacking since the age of eight, Yan Shoshitaishvili is fascinated by understanding and commandeering the computation and actions carried out by binary code. He is currently pursuing his PhD in the Seclab at UC Santa Barbara and is one of the hacking aces behind team Shellphish. In the little spare time he has left, he develops and releases computer security tools on the Internet.


    Chris Domas - REpsych: Psychological Warfare in Reverse Engineering Oct 09, 2015
    Show notes

    Materials Available here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Chris-Domas-REpsych.pdf

    REpsych: Psychological Warfare in Reverse Engineering
    Chris Domas Security Researcher

    Your precious 0-day? That meticulously crafted exploit? The perfect foothold? At some point, they'll be captured, dissected, and put on display. Reverse engineers. When they begin snooping through your hard work, it pays to have planned out your defense ahead of time. You can take the traditional defensive route - encryption, obfuscation, anti-debugging - or you can go on the offense, and attack the heart and soul of anyone who dare look at your perfect code. With some carefully crafted assembly, we'll show how to break down a reverse engineer by sending them misleading, intimidating, and demoralizing messages through the control flow graphs of their favorite RE tools - turning their beloved IDA (Hopper, BinNavi, Radare, etc) into unwitting weapons for devastating psychological warfare in reverse engineering.

    Chris is an embedded systems engineer and cyber security researcher, focused on innovative approaches to low level hardware and software RE and exploitation.

    Twitter: @xoreaxeaxeax


    Nadeem Douba - BurpKit - Using WebKit to Own the Web Oct 09, 2015
    Show notes

    Materials Available here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Nadeem-Douba-BurpKit.pdf

    Extras here: https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Nadeem-Douba-Extras.rar

    BurpKit - Using WebKit to Own the Web
    Nadeem Douba Founding Principal, Red Canari

    Extra Materials available here: https://media.defcon.org/DEF CON 23/DEF CON 23 presentations/Nadeem Douba/Extras/BurpKit.jar

    Today's web apps are developed using a mashup of client- and server-side technologies. Everything from sophisticated Javascript libraries to third-party web services are thrown into the mix. Over the years, we've been asked to test these web apps with security tools that haven't evolved at the same pace. A common short-coming in most of these tools is their inability to perform dynamic analysis to identify vulnerabilities such as dynamically rendered XSS or DOM-based XSS. This is where BurpKit comes in - a BurpSuite plugin that integrates the power of WebKit with that of BurpSuite. In this presentation we'll go over how one can leverage WebKit to write their own web pen-testing tools and introduce BurpKit. We'll show you how BurpKit is able to perform a variety of powerful tasks including dynamic analysis, BurpSuite scripting, and more! Best of all, the plugin will be free and open source so you can extended it to your heart's desire!

    Nadeem Douba is the founding principal of Red Canari, an information security consulting firm that specializes in the areas of technical security assessments. With over 15 years experience, Nadeem provides consulting and training services for organizations within the public and private sector. He has also presented at some of the world's largest security conferences and is the author of many well-known open source security tools, including PyMiProxy (used by the Internet Archive), Sploitego, and the Canari Framework (previously presented at DEF CON 20). His primary research interests include open source intelligence, application and operating system security, and big data.

    Twitter: @ndouba


    Matteo Becarro & Matteo Collura - Extracting the Painful (blue)tooth Sep 21, 2015
    Show notes

    Materials Available here:https://media.defcon.org/DEF%20CON%2023/DEF%20CON%2023%20presentations/DEFCON-23-Matteo-Becarro-Matteo-Collura-Extracting-The-Painful-Bluetooth.pdf

    Extracting the Painful (blue)tooth
    Matteo Beccaro
    Matteo Collura

    Do you know how many Bluetooth-enabled devices are currently present in the world? With the beginning of the IoT (Internet of Things) and Smart Bluetooth (Low energy) we find in our hands almost a zillion of them. Are they secure? What if I tell you I can unlock your Smartphone? What if I tell you I'm able to open the new shiny SmartLock you are using to secure your house's door?

    In this talk we will explain briefly how the Bluetooth (BDR/EDR/LE) protocols work, focusing on security aspects. We will show then some known vulnerabilities and finally we will consider deeply undisclosed ones, even with live demonstrations.

    Matteo Beccaro is a young security researcher. His interest focus on WiFi networks, networking and NFC implementations. He finished high school studies in July 2013 and actually he is a student at Politecnico di Torino in Computer Engineering course.

    He has been selected as speaker at DEF CON 21, 30C3, BlackHat US Arsenal, DEF CON 22's Skytalks and BlackHat EU 2014 and Tetcon, for his research in vulnerabilities of NFC transport systems.

    Since 2013 he is also pentester and security engineer at Secure Network s.r.l. Since 2015 he is also technical leader of the Security Research Team of OPFOR, the physical security division of Secure Network s.r.l.

    Twitter: @_bughardy_

    Matteo Collura is a student of Electronics Engineering at Politecnico di Torino. He has been studying Wireless networks and in the last few years he focused on NFC. He presented the results of a progressive work of research at several conferences: DEF CON 21 (Las Vegas, 2013), 30C3 (Hamburg 2013), DEF CON Skytalks (Las Vegas, 2014), BlackHat USA 2014 Arsenal (Las Vegas). Currently he is studying Bluetooth protocols and their implementations.

    Twitter: @eagle1753


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