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Bev,

Since you expressed interest in our online Cybersecurity master's degree program at NYU, we would like to invite you to the 8th Sloan Cyber Lecture:

Convergence of IoT, Cloud, Security: A Perfect Storm

featuring

Walden C. Rhines
Chairman and Chief Executive Officer
Mentor Graphics

April 25th at 9:30am EST
Free to attend

RSVP


The event will be streamed live
or you can come on campus to watch. For more details, please see our invitation below. We hope you can join us!

Sincerely,

NYU Tandon Online
P: +1-646-997-3623
Skype: nyu.tandon.online
online.engineering.nyu.edu



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Convergence of IOT, Cloud, Security: A Perfect Storm
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NYU Tandon School of 
Engineering

Pfizer Auditorium
5 MetroTech Center
Brooklyn, NY

Tues., April 25, 2017
9:30 a.m. to 12:00 p.m. EDT

Networking Breakfast
8:45 a.m. - 9:30 a.m.

Lecture, Panel Discussion, 
Audience Q&A
9:30 a.m. - 12:00 p.m. 

Admission is Free

Attend or Watch Online

RSVP Here


Event Sponsors:

 

Distinguished Lecturer

WALDEN C. RHINES
Chairman and Chief Executive Officer
Mentor Graphics



Distinguished Panel

BRIAN COHEN
Research Staff Member
Information Technology and Systems Division
Institute for Defense Analyses (IDA)
Information Technology 

MICHAEL FRITZE
Senior Research Fellow
The Potomac Institute for Policy Studies

MARK M. TEHRANIPOOR
Intel Charles E. Young Preeminence
Endowed Chair Professor in Cybersecurity
Co-director, Florida Institute for Cybersecurity Research
University of Florida


Opening & Closing Remarks 

NASIR MEMON
Associate Dean for Online Learning
Professor of Computer Science & Engineering

NYU Tandon School of Engineering

Welcome Remarks
PAULA J. OLSIEWSKI
Program Director
Alfred P. Sloan Foundation


Moderator

RAMESH KARRI
Professor of Electrical and Computer Engineering
NYU Tandon School of Engineering

Lecture Synopsis:

Growth of the Internet of Things and Cloud Computing has magnified the impact of the security challenge by orders of magnitude. Join Wally Rhines, CEO of Mentor Graphics, as he examines the growing threats to silicon security and possible solutions.

As electronic system hackers penetrate deeper—from applications to embedded software to operating system to silicon—the impact of security threats is growing exponentially. Viruses and malware in the operating system, or application layer, are major concerns, but only affect a portion of users. In contrast, even small malicious modifications or compromised performance in the underlying silicon can devastate system security for all users.

Since hardware is the root of trust in an electronic product, integrated circuit designers will be increasingly pressured to solve the silicon security problems for their customers. This requires a new paradigm in silicon design creation and verification. The traditional approach is to design and then verify that the silicon does what it is supposed to do. Creating secure silicon, however, requires that verification ensure that the chip does nothing that it is NOT supposed to do.

 

RSVP Here


Participate in the conversation on Twitter using
 #NYUCyberLecture and following 
@CyberLecture.

This email was sent to bevcorwin@gmail.com

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