Arm Cores Exposed: The Roadmap Shaping the Future of Computing!

Arm plays a major role in the embedded market, penetrating new markets and wins a bigger market share in various fields from low end to high end computing.

Join us for an in-depth look at Arm’s latest processor technologies—Armv9-A, Armv8-R, and Armv8.1-M.

Through real-world case studies featuring Cortex-A320, Cortex-R82, and Cortex-M85, we’ll explore key advancements in performance, security, and efficiency.

Learn how each core is optimized for different application domains—from high-performance computing to real-time and embedded systems—and gain practical insights on selecting the ideal architecture for your next design.

Perfect for developers, architects, and decision-makers aiming to stay ahead in the evolving Arm ecosystem.

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Hacking FPGAs & SoC FPGAs

FPGAs are increasingly being used in sensitive applications. Examples include our national infrastructures (power grids, network routers, satellites), transportation (planes, trains, automobiles), military equipment (weapons, radar, software  defined radio) and medical devices.

Unfortunately, as FPGA hardware continues to become more powerful and cheaper, it also becomes more attractive to attackers to attempt and exploit any security weakness in them.

Such attacks have serious consequences. They can steal confidential information, modify the system to perform devious, unintended activities, perform denial of service, or even destroy the system.

Therefore, securing is of utmost importance!

Unfortunately, the security of FPGA has largely been ignored (until recently).

In this talk we discuss the possible attacks against FPGAs & SoC FPGAs, and what are the technologies, methods, tools and techniques that are used to secure FPGAs.

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Live Q&A - Hacking FPGAs & SoC FPGAs

Live Q&A with Oren Hollander for the talk titled Hacking FPGAs & SoC FPGAs

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