INSIGHTS, NEWS & DISCOVERIES
FROM IOACTIVE RESEARCHERS

Monday, February 25, 2013

IOAsis at RSA 2013


By Jennifer Steffens @securesun

RSA has grown significantly in the 10 years I've been attending, and this year’s edition looks to be another great event. With many great talks and networking events, tradeshows can be a whirlwind of quick hellos, forgotten names, and aching feet. For years I would return home from RSA feeling as if I hadn't sat down in a week and lamenting all the conversations I started but never had the chance to finish. So a few years ago during my annual pre-RSA Vitamin D-boosting trip to a warm beach an idea came to me: Just as the beach served as my oasis before RSA, wouldn't it be great to give our VIPs an oasis to escape to during RSA? And thus the first IOAsis was born.




Aside from feeding people and offering much needed massages, the IOAsis is designed to give you a trusted environment to relax and have meaningful conversations with all the wonderful folks that RSA, and the surrounding events such as BSidesSF, CSA, and AGC, attract. To help get the conversations going each year we host a number of sessions where you can join IOActive's experts, customers, and friends to discuss some of the industry's hottest topics. We want these to be as interactive as possible, so the following is a brief look inside some of the sessions the IOActive team will be leading. 

 (You can check out the full IOAsis schedule of events at:

http://www.ioactive.com/news_events_ioasis.html . And no matter what attracts you to the IOAsis the food, beverages, massages or people we look forward to seeing everyone in San Francisco!)


By Chris Valasek @nudehaberdasher



Hi everyone, Chris Valasek here. I just wanted to let everyone know that I will be participating in a panel in the RSA 2013 Hackers & Threats track (Session Code: HT-R31) on Feb 28 at 8:00 a.m. The other panelists and I will be giving our thoughts on the current state of attacks, malware, governance, and protections, which will hopefully give attendees insight into how we as security professionals perceive the modern threat landscape. I think it will be fun because of our varied perspectives on security and the numerous security breaches that occurred in 2012.
Second, Stephan Chenette and I will talking about assessing modern attacks against PCs at IOAsis on Wednesday at 1:00-1:45. We believe that security is too often described in binary terms "Either you ARE secure or you are NOT secure when computer security is not an either/or proposition. We will examine current mainstream attack techniques, how we plan non-binary security assessments, and finally why we think changes in methodologies are needed. I'd love people to attend either presentation and chat with me afterwards. See everyone at RSA 2013!



By Gunter Ollman @gollmann

My RSA talk (Wednesday at 11:20), "Building a Better APT Package," will cover some of the darker secrets involved in the types of weaponized malware that we see in more advanced persistent threats. In particular I'll discuss the way payloads are configured and tested to bypass the layers of defensive strata used by security-savvy victims. While most "advanced" features of APT packages are not very different from those produced by commodity malware vendors, there are nuances to the remote control features and levels of abstraction in more advanced malware that are designed to make complete attribution more difficult.

Over in the IOAsis refuge on Wednesday at 4:00 I will be leading a session with my good friend Bob Burls on "Fatal Mistakes in Incident Response." Bob recently retired from the London Metropolitan Police Cybercrime Division, where he led investigations of many important cybercrimes and helped put the perpetrators behind bars. In this session Bob will discuss several complexities of modern cybercrime investigations and provide tips, gotcha's, and lessons learned from his work alongside corporate incident response teams. By better understanding how law enforcement works, corporate security teams can be more successful in engaging with them and receive the attention and support they believe they need.


By Stephan Chenette @StephanChenette

At IOAsis this year Chris Valasek and I will be presenting on a topic that builds on my Offensive Defense talk and starts a discussion about what we can do about it.

For too long both Chris and I have witnessed the "old school security mentality" that revolves solely around chasing vulnerabilities and remediation of vulnerable machines to determine risk.  In many cases the key motivation is regulatory compliance. But this sort of mind-set doesn't work when you are trying to stop a persistent attacker.

What happens after the user clicks a link or a zero-day attack exploits a vulnerability to gain entry into your network? Is that part of the risk assessment you have planned for? Have you only considered defending the gates of your network? You need to think about the entire attack vector: Reconnaissance, weaponization, delivery, exploitation, installation of malware, and command and control of the infected asset are all strategies that need further consideration by security professionals. Have you given sufficient thought to the motives and objectives of the attackers and the techniques they are using? Remember, even if an attacker is able to get into your network as long as they aren't able to destroy or remove critical data, the overall damage is limited.

Chris and I are working on an R&D project that we hope will shake up how the industry thinks about offensive security by enabling us to automatically create non-invasive scenarios to test your holistic security architecture and the controls within them. Do you want those controls to be tested for the first time in a real-attack scenario, or would you rather be able to perform simulations of various realistic attacker scenarios, replayed in an automated way producing actionable and prioritized items?

Our research and deep understanding of hacker techniques enables us to catalog various attack scenarios and replay them against your network, testing your security infrastructure and controls to determine how susceptible you are today's attacks. Join us on Wednesday at 1:00 to discuss this project and help shape its future. 




By Tiago Asumpcao @coconuthaxor
At RSA I will participate in a panel reviewing the history of mobile security. It will be an opportunity to discuss the paths taken by the market as a whole, and an opportunity to debate the failures and victories of individual vendors.
Exploit mitigations, application stores and mobile malware, the wave of jail-breaking and MDM—hear the latest from the folks who spend their days and nights wrestling with modern smartphone platforms.

While all members of the panel share a general experience within the mobile world, every individual brings a unique relationship with at least one major mobile industry player, giving the Mobile Security Battle Royale a touch of spice.
At IOAsis on Tuesday at 2:00 I will present the problem of malware in application stores and the privacy in mobile phones. I will talk about why it is difficult to automate malware analysis in an efficient way, and what can and cannot be done. From a privacy perspective, how can the user keep both their personal data and the enterprise's assets separate from each other and secure within such a dynamic universe? To the enterprise, which is the biggest threat: malicious apps, remote attacks, or lost devices?
I will raise a lot of technical and strategic questions. I may not be able to answer them all, but it should make for lively and thought-provoking discussion.



By Chris Tarnovsky @semiconduktor

I will be discussing the inherent risks of reduced instruction set computer (RISC) processors vs. complex instruction set computer (CISC) processors at IOAsis on Tuesday at 12:00.

Many of today's smart cards favor RISC architectures, ARM, AVR, and CalmRisc16 being the most popular versions seen in smartcards. Although these processors provide high performance, they pose a trade-off from a security perspective.

The vendors of these devices offer security in the form of sensors, active meshing, and encrypted (scrambled) memory contents. From a low-level perspective these all offer an attacker an easy way to block branch operations and make it possible to address the device’s entire memory map.

To prevent branches on an AVR and CalmRisc16 an attacker only needs to cut and strap the highest bit to a '0'. After doing so the branch instruction is impossible to execute. An instruction that should have been a branch will become something else without the branch effect, allowing an attacker to sit on the bus using only one to two micro-probing needles.

On the other hand, CPU architectures such as 8051 or 6805 are not susceptible to such attacks. In these cases modifying a bus is much more complicated and would require a full bus width of edits.

I look forward to meeting everyone!








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