Wen-Hann Wang, Vice President of Intel Labs, discusses new security solutions across the continuum of computing.
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Reported losses due to online
banking fraud totaled over
$120 million Q3 2009.
(Symantec Global Internet Security Threat Report 2010)
Billions of connected embedded devices are providing enormous opportunities for the industry – and tempting targets for malware and increasingly sophisticated attackers. Providing end-to-end security, from embedded endpoints throughout the network infrastructure has become a key issue for OEMs and solutions vendors. Join the discussion and share key insights with Intel and leading third-party companies.
Ton H. Steenman
Vice President
Intel Architecture Group
General Manager
Intel® Intelligent Systems Group
Intel Corporation
At Intel, security is job one. Going forward, security will continue to be a foundation for Intel’s embedded and communications product roadmap.
“The industry needs to implement security at all levels from the hardware layer to applications.”
Praveen Mosur
Network Security Architect
Intel® Intelligent Systems Group
Intel Corporation
AES is the dominant block cipher used in multiple protocols. Intel’s AES-new instructions are valuable for accelerating encryption of critical data.
"AES-NI boosts SSL encryption 3x and decryption over 10x compared to software-only implementations."
Sridhar Iyengar
Director of Security Research, Intel Labs
Intel Corporation
The future of the embedded Internet is bright, but the industry needs to think about security in ways that go beyond adding new features.
"We can expect that non-PC devices will increasingly become targets for attack."
David Durham
Principal Engineer
Security & Cryptography Research, Intel Labs
Intel Corporation
Intel is aggressively improving the performance of cryptographic operations. Securing every network connection is becoming a real possibility.
"Steps are being taken in hardware to end the arms race between malware and security solutions"
Pranav Mehta
Chief Technology Officer
Intel® Intelligent Systems Group
Intel Corporation
Intel has an extensive track record developing technology solutions for embedded device authentication, device integrity and communications security.
"If your customers are convinced that your platform is secure you have an advantage over your competition."
Marc Brown
Vice President, Tools and Marketing Operations, Products Group
Wind River*
Wind River is a leading provider of certified security solutions for embedded systems, including operating systems, middleware and network stacks.
Wind River* is an Associate member of the Intel® Intelligent Systems Alliance.
"Security innovations are no longer nice-to-have capabilities. They are must-have technologies."
Wen-Hann Wang
Vice President, Intel Labs
Director, Circuits and System Research
Intel Corporation
Intel Labs is heavily engaged in security-related research, and the industry is using the resulting technologies across the continuum of computing.
"Powerful security technologies are now available, with many new ones in the pipeline."
Dave Kleidermacher
Chief Technology Officer
Green Hills Software*
An effective architecture for embedded security needs to incorporate solutions end-to-end, from embedded endpoints to enterprise systems.
Green Hills Software* is an Affiliate member of the Intel® Intelligent Systems Alliance.
"INTEGRITY* Multivisor, Intel® Virtualization Technology and Intel® TXT raise the bar on security."
Dr. Peter Reiher
Adjunct Professor of Computer Science
UCLA
A recognized authority on connected computing, Dr. Reiher explains why embedded security has become a pivotal issue for embedded OEMs and developers.
"It’s vital that you think about building security into the system."
Brad Corrion
Platform Architect, Retail and Banking Security
Intel® Intelligent Systems Group
Intel Corporation
Intel is focusing on transactional data security, including credit card data handled by ATM systems, retail point of sale terminals and other devices.
"If you really want to be secure, you take responsibility for knowing every detail about your system."
Tom Quillin
Director of Cyber Security Initiatives
Intel Corporation
Intel’s embedded security focus includes identity protection and fraud deterrence, detection and prevention of malware, data security and recovery.
"The best available security capabilities are being designed into every product made by Intel."
Bob Ghaffari
Segment Manager, Network Security & Appliances
Intel® Intelligent Systems Group
Intel Corporation
We need to protect critical data on the network against multiple threats by increasing the strength of cryptography keys, while preserving line rate.
"Intel® Quick Assist technology provides a framework for accelerating security workloads."
Dr. Peter Reiher
Adjunct Professor of Computer Science
UCLA
A recognized authority on connected computing, Dr. Reiher explains why embedded security has become a pivotal issue for embedded OEMs and developers.
"It’s vital that you think about building security into the system."
Wen-Hann Wang
Vice President, Intel Labs
Director, Circuits and System Research
Intel Corporation
Intel Labs is heavily engaged in security-related research, and the industry is using the resulting technologies across the continuum of computing.
"Powerful security technologies are now available, with many new ones in the pipeline."
Jesse Walker
Principal Engineer
Intel Labs
Intel researchers have demonstrated an all-digital variation-tolerant true random number generator targeted for secure encryption and authentication.
“True random numbers are no longer a scarce resource.”
Vimal Solanki
Vice President, Corporate Strategy
McAfee Inc.*
The exponential rise in the number of malware signatures makes white listing and cloud based security proactive strategies for embedded systems.
“Security is becoming a strategic differentiator in the embedded market space.”
Brian Yates
Director of Retail Product Marketing
Global Retail Business Unit
Fujitsu America, Inc.*
“The Secure Point of Sale concept demonstrates a novel way to protect sensitive data on complex platforms, utilizing modern hardware features while maximizing legacy software and peripheral investments.”
Sab Gosal
CEO
Sensory Networks*
“Intel’s Data Plane Development Kit is a scalable solution that optimizes performance, power and cost.”
While many embedded devices may be out of sight, the issues of security, data integrity and privacy should never be out of mind.
Intel Labs is heavily engaged in security-related research, and is delivering new technologies across the continuum of computing.
Dr. Reiher explains why embedded security has become a fundamental design issue for embedded OEMs and developers.
AES-NI are a set of new instructions available with recent generations of Intel® processors that accelerate OpenSSL processing.
The industry needs to place security on par with new functionality in every connected embedded device.
Intel is improving the performance of cryptographic operations. Securing every network connection is becoming a real possibility.
As they become connected on an IP network, embedded devices open themselves to attacks from the outside.
Learn about Wind River security solutions for embedded systems, including operating systems, middleware and network stacks.
Intel Labs continues to make powerful new security capabilities available to the embedded industry.
There is a new spirit of cooperation across the industry to build a foundation for security.
Embedded security architecture must incorporate solutions end-to-end, from embedded endpoints to enterprise systems.
The best way to achieve embedded security is to take an architectural approach and build security into embedded systems.
Infrastructure solutions can provide end-to-end protection while maintaining high line rates.
Intel develops a reference design to protect critical data in retail transactional terminals and other embedded systems.
How to proactively combat multiplying security threats while maintaining performance.
Intel researchers have demonstrated an all-digital variation-tolerant true random number generator targeted for secure encryption and authentication.
Intel develops a reference design to protect critical data in retail transactional terminals and other embedded systems.
Growing numbers of malware signatures call for proactive strategies like white listing and cloud based security.
60,000 new malware identifications per day.
(McAfee Threats Report,Third Quarter 2010.)
The U.S. Department of Energy estimates it receives 10 million cyber attacks per day.
(Forbes.com, August 2010)
75 percent of enterprises surveyed by Symantec experienced some form of cyber attack in 2009.
(Symantec State of Enterprise Security Report 2010)
Threats to confidential information that incorporated remote access capabilities grew to 98 percent in 2009.
(Symantec Global Internet Security Threat Report 2010)
Reported vulnerabilities are at an all-time high, up 36%.
(IBM X-Force 2010 Mid-Year Trend and Risk Report)
Symantec recorded 2,895,802 new malicious code signatures in 2009, a one-year increase of 71 percent.
(Symantec Global Internet Security Threat Report 2010)
Intel provides configurations of processors and chipsets to meet the power-efficient performance, Internet connectivity and security requirements of embedded devices.
Intel® architecture brings intelligent, energy-efficient performance to a broad range of applications.
Documentation, tools and technical support for embedded development
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