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Toronto Bitcoin Atm Location Enterprise Ethereum Alliance New Members


Standardization: The GBBC is dedicated to crafting thoughtful  standards and assisting in the development of such standards across industries. The GBBC facilitates partnerships between organizations of all kinds, with a focus on building commercial, educational, and civic alliances that support the needs of our members. The Blockchain is a transformational, peer-to-peer technology that facilitates direct asset transfer through a decentralized network. Blockchain technology can strengthen security and governance and help lay a strong foundation for profound global and social change. Transparency is built into the Blockchain, which extends its usability far beyond finance. Blockchain technology has the potential to help address many economic, social and governance challenges by rooting out corruption and restoring trust in hobbled institutions. From safeguarding property and voting rights, to financing the work of civil society, to combating identity theft and human trafficking, there are many exciting potential uses for Blockchain technology.

The Chamber of Digital Commerce aims to promote the acceptance and use of digital assets and blockchain-based technologies. Through education, advocacy and working closely with policymakers, regulatory agencies and industries, they work to develop an environment that fosters innovation, jobs and investment. Hyperledger is an open source collaborative effort created to advance cross-industry blockchain technologies. R3 is a consortium of over 80 financial institutions in the establishment of an open, enterprise-grade, shared platform to record financial events and execute smart contract logic. R3 and its consortium of financial institutions. The consortium was built for information exchange and testing various financial blockchain use cases. The Russia Blockchain Consortium was created for joint exploration and implementation of blockchain technology and its derivatives.

The Consortium represents Russia’s first collaborative platform across innovative and distributed technologies. Dubai’s goal is to explore and discuss current and future applications of blockchain and organize transactions through the Blockchain platform. The organization aims to enhance the UAE’s position as a leading center for innovation and the knowledge economy. The DCC is a professional association for lawyers, accountants, and financial professionals in the digital currency economy, providing training, certification, and ongoing support to professionals building their practices in or around digital currencies.

Coin Center is the leading non-profit research and advocacy center focused on the public policy issues facing cryptocurrency and decentralized computing technologies like Bitcoin and Ethereum. Their mission is to build a better understanding of these technologies and to promote a regulatory climate that preserves the freedom to innovate using permissionless blockchain technologies. The mission of FIX Trading Digital Currency Working Group is to identify, analyze and define use cases and integration points for digital currency and distributed ledger technologies across the spectrum of capital markets requirements. The organization also aims to recommend best practices for FIX implementation and usage of this emerging technology in financial markets. The organization has a track record of hosting large events, engaging with policy makers, speaking to industry associations, and being on call for media and general inquiries. The Bitcoin Foundation coordinates the efforts of members of the Bitcoin community, helps to create awareness of the benefits of Bitcoin, and educates on how to use Bitcoin and related technology requirements for technologists, regulators, themedia, and the rest of the world.

BAFT is the association for organizations actively engaged in international transaction banking. UK, through education, lobbying and public engagement. Australia’s not-for-profit association dedicated to the standardization, protection, and promotion of Blockchain and digital currency in the region. ACCESS envisions Singapore as a premier global hub for businesses driven by digital currencies and blockchain technologies. They focus on advocacy, engagement, and education.

ACCESS supports the efforts of their members by partnering with other organizations to promote their members interests across multiple industries. The Bitcoin Embassy is a physical space dedicated to blockchain technology and cryptocurrency. A three-story building located in the heart of Montreal, the Embassy serves as home for one of the world’s leading communities of Bitcoin entrepreneurs, developers, professionals and experts. They operate one of the world’s most active non-profit organizations dedicated to Bitcoin education, lobbying and advocacy. Decentral is an innovation hub focused on disruptive and decentralized technologies headquartered in Toronto. The organization is focused on software development and offers Toronto’s first two-way Bitcoin ATM.

Decentral is spearheading a strategic effort to transform Canada into a global force for innovation. A nonprofit, member-focused advocacy, educational, and trade organization dedicated to implementing Bitcoin and other blockchain technology in real estate. Wangxiang blockchain labs is a research institution focused on blockchain technology. The lab gathers experts in the field to work on technological development, business applications, industrial strategies and other aspects of blockchain technology.

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They provide guidance for entrepreneurs and seek to positively influence the development of the industry through policy making. Established by the Ministry of Economic Affairs’ information technology team, the Dutch National Blockchain Coalition initiative aims to unite more than 20 public and private organizations including government agencies, universities and private companies from financial, logistics and energy sectors. Indian Bitcoin companies banded together to form the Blockchain and Virtual Currency Association after The Reserve Bank of India cautioned the country about the risks associated with Bitcoin and other virtual currencies. The organization’s primary objective is to engage with regulators and increase bitcoin awareness and acceptance in their country.

Hyperledger framework and to discuss the possibility of applying blockchain technology to capital market infrastructure. JPX is cooperating with financial institutions and blockchain engineers to make progress in verifying the technology. A community and platform for maritime and energy blockchain based solutions. They are network of public and private participants and large talent pools that have come together to build end-to-end blockchain solutions that meet common needs and create shared value.

The Blockchain Trust Accelerator is committed to advancing Blockchain technology through responsible, innovative and cutting edge pilot projects that address civic engagement, governance challenges, social good and more. The BTA is a partnership between Bitfury, New America and the National Democratic Institute. The ADCCA is the industry representative body for digital commerce businesses in Australia. The ADCCA exists to promote the adoption of Blockchain technology as a means to challenge existing business models and drive innovation across multiple industry sectors.

Crypto Valley is a growing hub for digital currency and blockchain startups in Switzerland. The goal is to make Crypto Valley in Zub, Switzerland a global hub for crypto technologies modeled on the success of Silicon Valley. The GBBC is committed to raising awareness of the potential of this groundbreaking technology, advocating for it global adoption and providing a forum for education, collaboration, dialogue and standardization. 40 countries to advance understanding of blockchain technology amongst global regulators and business leaders. Global Blockchain Business Council sets up branch office in Washington D. Something went wrong while submitting the form.

Modern computing platforms offer more freedom than ever before. The rise of Free and Open Source Software has led to more secure and heavily scrutinized cryptographic solutions. However, below the surface of open source operating systems, strictly closed source firmware along with device driver blobs and closed system architecture prevent users from examining, understanding, and trusting the systems where they run their private computations. After surveying all-too-possible low level attacks on critical systems, we will introduce an alternative open source solution to peace-of-mind cryptography and private computing. By using programmable logic chips, called Field Programmable Gate Arrays, this device is more open source than any common personal computing system to date. No blobs, no hidden firmware features, and no secret closed source processors. 0ctane is a longtime hobbyist hacker, with experience primarily in UNIX systems and hardware.

Holding no official training or technical employment, 0ctane spends most of their free time building and restoring older computer systems, hanging out at surplus stores and tracking down X86 alternatives with an occasional dabbling in OSX and 802. Much of next-gen AV relies on machine learning to generalize to never-before-seen malware. Less well appreciated, however, is that machine learning can be susceptible to attack by, ironically, other machine learning models. In this talk, we demonstrate an AI agent trained through reinforcement learning to modify malware to evade machine learning malware detection.

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Hyrum Anderson is technical director of data scientist at Endgame, where he leads research on detecting adversaries and their tools using machine learning. Follow me on a journey where we p0wn one of the most secure platforms on earth. A giant mammoth that still powers the most critical business functions around the world: The Mainframe! Be it a wire transfer, an ATM withdrawal, or a flight booking, you can be sure that you’ve used the trusted services of a Mainframe at least once during the last 24 hours. Ayoub is a pentester working for Wavestone, a consulting firm based in France. He got interested in Mainframe security in 2014 when, during an audit, he noticed the big security gap between this platform and standard systems like Windows and Unix.

OS has been around for a while and is used by most major companies to perform critical business operations: wire transfer, claim refunds, bookings, etc. Windows’ BITS service is a middleman for your download jobs. You start a BITS job, and from that point on, BITS is responsible for the download. But what if we tell you that BITS is a careless middleman? To understand the Android ecosystem today, one must understand Android packers.

Whether used for protecting legitimate apps’ business logic or hiding malicious content, Android packer usage is on the rise. Android packers continue to increase their efforts to prevent reverse engineers and static analysis engines from understanding what’s inside the package. In this talk, we will provide an overview of the packer industry and present real world test cases. We will do a deep technical dive into the internal workings of popular Android packers, exposing the different methods which protect the app’s code. As a countermeasure, we will provide various techniques to circumvent them, allowing hackers and security researchers to unpack the secrets they withhold. Avi Bashan is a Team Leader at Check Point, former security researcher at Lacoon Mobile Security.

His daily job is to play around with Android Internals, writing Linux kernel code and drinking a lot of coffee. Slava Makkaveev is a Security Researcher at Check Point. Slava has vast academic and professional experience in the security field. Slava’s day to day is mostly composed from reversing and hacking malwares and operating systems for fun and profit. This technical talk will cover the basic concepts of microservices and FaaS, and how to use them to scale time consuming offensive security testing tasks.

Ryan Baxendale works as a penetration tester in Singapore where he leads a team of professional hackers. While his day is filled mainly with web and mobile penetration tests, he is more interested developing security tools, discovering IPv6 networks, and mining the internet for targeted low hanging fruit. He has previously spoken at XCon in Bejing on automating network pivoting and pillaging with an Armitage script, and has spoken at OWASP chapter and Null Security group meetings. On April 24, 2015, Apple launched themselves into the wearables category with the introduction of Apple Watch. 1 selling smartwatch worldwide by far, but also announced the introduction of new capabilities that will come with the release of watchOS 4. This talk will provide an overview of Apple Watch and watchOS security mechanisms including codesign enforcement, sandboxing, memory protections and more. We will cover vulnerabilities and exploitation details and dive into the techniques used in creating an Apple Watch jailbreak.

This will ultimately lead to a demonstration and explanation of jailbreaking an Apple Watch, showcasing how it can access important user data and applications. Max is a Security Researcher at Lookout with more than ten years of experience in areas as reverse engineering, software security, vulnerability research and advanced exploitation. Currently focusing on iOS exploitation, reverse engineering advanced mobile malware and hardware attacks. Max was a lead security researcher at Pegasus iOS malware investigation. Max holds a Masters degree in Computer Science and currently is PhD student at the National Technical University of Ukraine “Kyiv Polytechnic Institute” where he’working on dissertation in code obfuscation and privacy area. We’d like to introduce you to one of the most devastating ways to cause service instability in modern micro-service architectures: application DDoS.

Unlike traditional network DDoS that focuses on network pipes and edge resources, our talk focuses on identifying and targeting expensive calls within a micro-services architecture, using their complex interconnected relationships to cause the system to attack itself — with massive effect. We will discuss how the Netflix application security team identified areas of our microservices that laid the groundwork for these exponential-work attacks. We’ll step through one case study of how a single request into an API endpoint fans out through the application fabric and results in an exponential set of dependent service calls. We will then discuss the frameworks we collaborated on building that refine the automation and reproducibility of testing the endpoints, which we’ve already successfully leveraged against our live production environment. We will provide a demonstration of the frameworks which will be open sourced in conjunction with this presentation.

Scott Behrens is currently employed as a senior application security engineer for Netflix. Scott’s expertise lies in both building and breaking for application security at scale. As an avid coder and researcher, he has contributed to and released a number of open source tools for both attack and defense. Jeremy Heffner is a software and security professional who has worked on numerous commercial and government projects. His passion is for securing and building scalable, survivable, and fault-tolerant distributed systems.

His focus includes cyber attack and defense, information gathering and analysis, and scaling systems globally through automation and dynamic optimization. The call is coming from inside the house! Are you ready for the next evolution in DDoS attacks? The second half of 2016 saw the rise of a new generation of IoT botnets consisting of webcams and other IoT devices. These botnets were then subsequently used to launch DDoS attacks on an unprecedented scale against Olympic-affiliated organizations, OVH, the web site of Brian Krebs and Dyn. Early 2017, a multi-stage Windows Trojan containing code to scan for vulnerable IoT devices and inject them with Mirai bot code was discovered.

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The number of IoT devices which were previously safely hidden inside corporate perimeters, vastly exceeds those directly accessible from the Internet, allowing for the creation of botnets with unprecedented reach and scale. This reveals an evolution in the threat landscape that most organizations are completely unprepared to deal with and will require a fundamental shift in how we defend against DDoS attacks. An analysis of the Windows Mirai seeder including its design, history, infection vectors and potential evolution. The DDoS capabilities of typically infected IoT devices including malicious traffic analysis. The consequences of infected IoT devices inside the corporate network including the impact of DDoS attacks, originating from the inside, targeting corporate assets and external resources. How to detect, classify and mitigate this new threat.

Steinthor Bjarnason is a Senior Network Security Analyst on Arbor Networks ASERT team, performing applied research on new technologies and solutions to defend against DDoS attacks. Steinthor has 17 years of experience working on Internet Security, Cloud Security, SDN Security, Core Network Security and DDoS attack mitigation. Steinthor is an inventor and principal of the Cisco Autonomic Networking Initiative, with a specific focus on Security Automation where he holds a number of related patents. Jason Jones is the Security Architect for Arbor Networks’ ASERT team.

His primary role involves reverse engineering malware, architecting of internal malware processing infrastructure, feed infrastructure and botnet monitoring infrastructure in addition to other development tasks. The Certificate Transparency system provides public logs of TLS certificates. While Certificate Transparency is primarily used to uncover security issues in certificates, its data is also valuable for other use cases. The talk will present a novel way of exploiting common web applications like WordPress, Joomla or Typo3 with the help of Certificate Transparency. Certificate Transparency has helped uncover various incidents in the past where certificate authorities have violated rules. It is probably one of the most important security improvements that has ever happened in the certificate authority ecosystem.

In September 2017 Google will make Certificate Transparency mandatory for all new certificates. So it’s a good time to see how it could be abused by the bad guys. Hanno Böck is a hacker and freelance journalist. He regularly covers IT security issues for the German IT news site Golem. He also runs the Fuzzing Project, an effort to improve the security of free and open source software supported by the Linux Foundation’s Core Infrastructure Initiative.

However, its power has made it increasingly attractive for attackers and commodity malware authors alike. How do you separate the good from the bad? V signatures applied to command line arguments work sometimes. But obfuscation and evasion techniques like Invoke-Obfuscation can and do bypass both approaches. Revoke-Obfuscation is a framework that transforms evasion into a treacherous deceit. Approaches for evading these detection techniques will be discussed and demonstrated. It also detects all obfuscation techniques in Invoke-Obfuscation, including two new techniques being released with this presentation.

Daniel Bohannon is a Senior Incident Response Consultant at MANDIANT with over seven years of operations and information security experience. Lee Holmes is the lead security architect of Microsoft’s Azure Management group, covering Azure Stack, System Center, and Operations Management Suite. When you learned that military and law enforcement agencies had trained screaming eagles to pluck drones from the sky, did you too find yourself asking: “I wonder if I could throw these eagles off my tail, maybe by deploying delicious bacon countermeasures? Well you’d be wise to question just how effective these emerging, first generation “drone defense” solutions really are, and which amount to little more than “snake oil”.

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There is no such thing as “best practices” when it comes to defending against “rogue drones”, period. Over the past 2 years, new defensive products that detect and respond to “rogue drones” have been crawling out of the woodwork. The vast majority are immature, unproven solutions that require a proper vetting. Videos demonstrating the results should be almost as fun for you to watch as they were for us to produce. 0 to one lucky audience member! So come see what’s guaranteed to be the most entertaining talk this year and find out which of these dogs can hunt! IT security services to the Fortune 1000 and global financial institutions as well as U.

Francis holds a Bachelor of Science and Engineering from the University of Pennsylvania with a major in Computer Science and Engineering and a minor in Psychology. While at Penn, Francis taught operating system implementation, C programming, and participated in DARPA-funded research into advanced intrusion prevention system techniques. David Latimer is a Security Analyst at Bishop Fox, a security consulting firm providing IT security services to the Fortune 500, global financial institutions, and high-tech startups. In this role, he focuses on network and web application penetration testing. He won a state Cisco Networking Skills competition for Arizona in 2013. He has acted as a network engineer for one of Phoenix’s largest datacenters, PhoenixNAP, where he architected large-scale virtualization clusters and assisted with backup disaster recovery services.

In February 2017, we announced the first SHA-1 collision. This collision combined with a clever use of the PDF format allows attackers to forge PDF pairs that have identical SHA-1 hashes and yet display different content. This attack is the result of over two years of intense research. It took 6500 CPU years and 110 GPU years of computations which is still 100,000 times faster than a brute-force attack. In this talk, we recount how we found the first SHA-1 collision.

We delve into the challenges we faced from developing a meaningful payload, to scaling the computation to that massive scale, to solving unexpected cryptanalytic challenges that occurred during this endeavor. We discuss the aftermath of the release including the positive changes it brought and its unforeseen consequences. Building on the Github and Gmail examples we explain how to use counter-cryptanalysis to mitigate the risk of a collision attacks against software that has yet to move away from SHA-1. Elie Bursztein leads Google’s anti-abuse research, which helps protect users against Internet threats. Most recently he was involved in finding the first SHA-1 collision. Born in Paris, he received a Ph. D from ENS-cachan in 2008 before working at Stanford University and ultimately joining Google in 2011.

He now lives with his wife in Mountain View, California. This demo-heavy talk will skip the fluff and show the power of the tool in real-time. The talk will demonstrate how the tool can scan for partial structures, detect complex data structures such as binary trees or linked lists, detect class-instances living on the heap, and even group detected class instances by their types. Additional, these demos will take a look at the tool’s extensibility by working not only on native processes, but also on Nintendo games running in emulators.

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When I’m not doing demos, I’ll be drilling down to the low-level to talk about the nitty gritty details of what’s happening, how it works, and why it works. By the end of the talk, you’ll see the true power of a well-made, smart memory scanner. You’ll be empowered to use it in your day to day hacking, whether that is on games, malware, or otherwise. For those of you that are really interested in the tool, it is completely open-source and all development is done on an interactive livestream, meaning you can participate in and learn from future development. Senior Security Architect at Cylance, and a life-long programmer and hacker. Programming since the age of 12 and hacking games since the age of 15, Nick has a strong background with both software development and Reverse Engineering.

In 2015, BBC sponsored Micro:Bit was launched and offered to one million students in the United Kingdom to teach them how to code. When we discovered this initiative in 2016, we quickly thought it was possible to turn this tiny device into some kind of super-duper portable wireless attack tool, as it is based on a well-known 2. It took us a few months to hack into the Micro:Bit firmware and turn it into a powerful attack tool able to sniff keystrokes from wireless keyboards or to hijack and take complete control of quadcopters during flight. We also developed many tools allowing security researchers to interact with proprietary 2. 4GHz protocols, such as an improved sniffer inspired by the mousejack tools designed by Bastille.

We will release the source code of our firmware and related tools during the conference. The Micro:Bit will become a nifty platform to create portable RF attack tools and ease the life of security researchers dealing with 2. French security company focused on IoT and related ground breaking technologies. He spoke at various international security conferences including Chaos Communication Camp, Hack. There has to be a better way! What if we could inject a command line REPL into an app to drive functionality? And what if we could also make writing function hooks fast and easy?