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Wever, the deployment of the home automation protocol contained several fatal flaws that allow an arbitrary attacker to control virtually every appliance in the hotel remotely. I discovered these flaws and as a result, I was able to create the ultimate remote control: Switch TV off 1280,1281,1283 will switch off the TV in these three room. The attacker does not even need to be at the hotel - he could be in another country. Attendees will gain valuable field lessons on how to improve wide scale home automation architectures and discussion topics will include the dangers of utilizing legacy but widely used automation protocols, the utilization of insecure wireless connection, and the use of insecure and unlocked commodity hardware that could easily be modified by an attacker. Zte axon 7 cheap The attack has important implications for large scale home automation applications, as several hotels around the world are beginning to offer this room amenity. The severity of these types of security flaws cannot be understated - from creating a chaotic atmosphere to raising room temperatures at night with fatal consequences - hoteliers need to understand the risks and liabilities they are exposed to by faulty security deployments. Every day, computer network attackers leverage a Leviathan of compromised infrastructure, based in every corner of the globe, to play hide-and-seek with network security, law enforcement, and counterintelligence personnel.

This presentation draws a new map of Planet Earth, based not on traditional parameters, but on hacker command and control (C2) communications. The primary data points used in this worldwide cyber survey are more than 30 million malware callbacks to over 200 countries and territories over an 18-month period, from January 2013 to June 2014. First, this talk covers the techniques that hackers use to communicate with compromised infrastructure across the globe. The authors analyze the domains, protocols, ports, and websites used for malicious C2. They explain how covert C2 works, and how attackers keep their communications hidden from network security personnel.

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Second, this talk looks at strategic impact. The authors examine relationships between the targeted industries and countries and the first-stage malware servers communicating with them. Traffic analysis is used to deduce important relationships, patterns, and trends in the data. This section correlates C2 communications to traditional geopolitical conflicts and considers whether computer network activity can be used to predict real world events.

In conclusion, the authors consider the future of this Leviathan, including whether governments can subdue it and whether they would even want to. Enterprises are vulnerable to "human hacking," the effective social engineering of employees, contractors, and other trusted persons. In particular, financial institutions have seen a significant increase in account takeover attacks over the phone by sophisticated fraudsters socially engineering call center agents.

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The customer information required is often obtained by gathering intelligence through reconnaissance, probing systems or humans. In this talk, we will show how to detect both the account takeover calls using acoustical anomalies and the reconnaissance calls leading to it through graph analysis.

These results are on a dataset of over hundreds of million calls. In the process, we will reveal the lifecycle of a phone fraudster as he works through both the call center agent and its technology to extract information about a customer and takeover his or her account. Too often researchers ignore the hard parts of SCADA hacking.

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Too many presentations could be described as "I got past the SCADA firewall so I win!!! As a challenge, consider the scenario where I just gave you control of a paint factory. The answer to that question is often specific to the process, but there are a number of generic techniques that can be discussed.

Often, designing an attack leads to interesting hacking and computer science challenges. Miniaturization is one of those problems.

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Suppose an attacker wanted to hide in a PLC. Suppose he wanted to hide all the way down in a pressure sensor. Is such a thing possible?

The attack must be miniaturized to fit within the constraints of the embedded device and may need to be miniaturized into just a few kilobytes of memory. This is an interesting problem.

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The sensor has only a few kilobytes of memory and the attacker has a number of tasks to perform. During the attack he must spoof the original process to keep the operator happy. He must estimate the state of the physical process by extracting artifacts from noisy sensor signals.

He must also process those artifacts to extract the necessary constants to perform an attack. In order to keep the presentation real and understandable, it will walk through setting up an optimal pressure transient in a chemical piping system.

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A set of novel algorithms will be describe that would allow someone to pull off such an attack. A variant of "runs analysis" taken from statistics will be used to produce nearly perfect sensor noise without previous look at the sensor.

An algorithm derived from 3D graphics will be used to extract artifacts from noisy sensor data. Finally scale-free geometry matching techniques will be used to process the artifacts into the time constants needed to pull off an attack. Mobile Point-of-Sale (mPOS) systems allow small businesses and drug dealers to accept credit card payments using their favourite iDevice (Disclaimer: other mobile devices are available).

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We will discuss the weaknesses of current solutions and have live demonstrations for multiple attack vectors, our favourite being a malicious credit card which drops a remote root shell on an embedded mPOS device. Like any other piece of software being deployed on a large scale, we need to ask the questions "is it secure?

With a few exceptions, the security community has not had much to say about vulnerabilities in MDM products and this is likely due to the extremely restrictive licensing requirements to gain access to the software. This talk focuses on vulnerabilities in MDM products themselves.

Through a number of penetration tests we have conducted on our clients, we have discovered and leveraged critical vulnerabilities in MDM solutions to gain access to sensitive information. We will provide an overview of these vulnerabilities, some of which seem to be systemic across a number of products.

This talk will cover the concept of translation lookaside buffer (TLB) splitting for code hiding and how the evolution of the Intel x86 architecture has rendered previous techniques obsolete and new techniques to perform TLB-splitting on modern hardware. After requisite background is provided, a timeline of how TLB-splitting was used for both defensive (PaX memory protections) and offensive purposes (Shadow Walker root-kit) and how the new Intel Core i-series processors fundamentally changed the TLB architecture, breaking those technologies.

After the timeline, details on how to perform and leverage TLB-splitting with the EPT Shadow Walker root-kit is used to present one version of memory to defensive tools for validation and a different (and possibly malicious) version to the CPU for execution, effectively hiding a root-kit from anti-virus or anti-patching systems. A demo of this memory changing and hiding will be shown and results from the research presented.

MultiPath TCP (MPTCP) is an extension to TCP that enables sessions to use multiple network endpoints and multiple network paths at the same time, and to change addresses in the middle of a connection. MPTCP works transparently over most existing network infrastructure, yet very few security and network management tools can correctly interpret MPTCP streams.

This session shows you how MPTCP breaks assumptions about how TCP works, and how it can be used to evade security controls. We will also show tools and strate