Presented at
TROOPERS18 (2018),
March 14, 2018, 5 p.m.
(Unknown duration)
The genie is out of the bottle, Elvis has left the building and robots will inherit the earth! How should humans respond to the inevitable evolution of automatons? Join the panel in a fun and fact based discussion about how robots will change the world. They will share threat scenarios that warrant your consideration. Try to dispel misinformation ("fake news"?) about the robot threat and they will try to articulate reasonable responses for mitigating threats posed by robotic adversaries/allies, including hiding, running away, playing dead and bribery.
Presenters:
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Bryan K. Fite
A committed security practitioner and entrepreneur, Bryan is currently a global account CISO with BT. He specializes in using Facilitated Innovation to solve "Wicked Business Problems". Having spent over 25 years in mission-critical environments, Bryan is uniquely qualified to advise organizations on what works and what doesn't. Bryan has worked with organizations in every major vertical throughout the world and has established himself as a trusted advisor. "The challenges facing organizations today require a business reasonable approach to managing risk, trust and limited resources, while protecting what matters."
Optional Bits - Professional Highlights: •Host of the annual Dayton Security Summit http://day-con.org •Creator of Packetwars™ the world's first cyber sport •Introduced Forensix™ computer forensics collection, analysis and visualization suite •Released AFIRM: Active Forensic Intelligent Response Method to the general public •Founded GETSecure™ a full service security practice; products, professional services, managed services and training. Specialties: Information Assurance, Security Governance, Risk Management, Facilitated Innovation, Business Development, Trust Enhanced Risk Management (TERM) & Hacking Arts
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Davide Quarta
Davide Quarta is a PhD student at Politecnico di Milano in Italy, he works under the supervision of Stefano Zanero and Federico Maggi in the NECST Laboratory, inside the Dipartimento di Elettronica, Informazione e Bioingegneria (DEIB). His research interests mainly comprise the security of embedded systems, with a focus on attacks and vulnerability discovery. Other research areas of his interest include malware analysis and reverse engineering. His passion for security topics led him to work on different projects as a freelance consultant. He spends his free time tumbling in the gym and playing CTF competitions with Politecnico's team, Tower of Hanoi
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Lucas Apa
Lucas Apa is an information security expert and entrepreneur. He currently provides comprehensive security services with cutting-edge firm IOActive (Seattle, USA), both onsite and remotely, for most of Global 500 companies and organizations.
Focused on offensive security, he publicly disclosed critical vulnerabilities and exploits for widely used operating systems, industrial control systems, modern robots, access controls, embedded devices and other groundbreaking technology that shapes the future world.
Lucas' security research and ideas have been presented at world-renowned security conferences including Black Hat USA, PacSec Japan, Black Hat Europe, Ekoparty, AppSec USA, SecTor and EnergySec. His technical work and opinions have been featured in media outlets such as: The New York Times, Reuters, The Wall Street Journal, Forbes, CNN, CNBC, Financial Times, FOX, VICE and much more. He is currently based in Argentina and advises regularly with local media as a commentator and security analyst.
With an envisioned sense of adventure and experience, Lucas gives the companies he works with the opportunity to partner with global authorities by leading, managing and executing highly technical projects and missions.
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Brittany Postnikoff
Brittany is a master's student in the University of Waterloo's Cryptography, Security, and Privacy laboratory where she researches the relationship between social robotics and computer security and privacy. Her current work focuses on how the social abilities of both humanoid and non-humanoid robots can create or exacerbate security and privacy risks, what factors contribute to these concerns, and how such circumstances may be mitigated.
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