Finalists can download the design for the Malicious Processor Design Challenge at http://isis.poly.edu/~jv/MP.zip
We are hosting an IRC channel to answer questions. The server name is isis.poly.edu, port no. is 6697, and the channel name is #escmp.
Finalists of the PUF design challenge can download the design at isis.poly.edu/~jv/PUF.zip. We are hosting an IRC channel to answer questions. The server name is isis.poly.edu, port no. is 6697, and the channel name is #escpuf.
Open to: high school, undergraduates and graduate students located in the U.S.
(NOTE:This competition is complete. Finalists will compete at CSAW in NYC November 10-11.)
Trusted computing relies on dedicated and trusted hardware platforms. The security and trustworthiness of hardware platforms is critical to several applications ranging from credit cards to traffic monitoring systems to missile control. Recent attacks on hardware platforms such as tampering, reverse engineering, and malicious circuits insertion highlight the importance of designing secure and trustworthy hardware.
The annual Embedded Systems Challenge (ESC) focuses on the red-team/blue- team approach to assessing the trustworthiness of hardware. Teams are invited to participate in this challenge and attack a target hardware platform. They will discover vulnerabilities in the target platform and exploit them by using their hardware design skills. Such attacks lead to a better understanding of the vulnerabilities in hardware platforms and thereby enable designers to build trustworthy hardware that can thwart such attacks.
The 2011 edition of ESC will start in September 2011 and culminate in a final event on November 11, 2011 at NYU Poly, Brooklyn, New York, USA. Teams can participate in any one or both of the following challenges:
1. Attacking an embedded processor (8051): Insert malicious components into a processor (8051) on an FPGA. This processor will run a set of instructions that perform an encryption. These instructions will be stored in a RAM. Teams can modify the components either in the processor, memory, or the communication lines or all of them. Attacks may not be limited to leaking secret key or performing a denial-of-service attacks. Innovative and practical attacking mechanisms will be greatly appreciated by the judges.
2. Design an efficient Physical Unclonable Functions (PUF): PUFs are low-cost security primitives required to protect intellectual properties in an IC. In this challenge, teams have to design a secure and reliable PUF on the given FPGA. The quality of the PUF will be evaluated by different metrics such as Hamming distance between the responses when a bit in a challenge is flipped, distribution of 1’s and 0’s in the response bits, response uniqueness across different instantiations. In addition, the power, delay, and area occupied by the PUF will be considered.
In order to participate, teams have to register before September 10, 2011. Teams have to submit an initial report on their possible ideas; attacking the processor and/or designing the PUF. Based on the report, finalists will be selected.
Selected finalists will attend the ESC final in New York City (travel+accommodation will be paid for US participants). Cash prizes will be awarded to winners and first-place runners-up. Scholarships will be awarded to all finalists to attend the School of Engineering. Finalists can interact with recruiters from the sponsoring agencies. A special issue of a journal/special session of a conference will be organized (ESC 2010 papers are appearing as a special session of the IEEE ICCD 2011).
For more information, email email@example.com.
For new undergraduate and graduate students: scholarships can only be used at the School of Engineering and for tuition purposes only, and when combined with other Poly grants and/or scholarships cannot exceed cost of tuition.
For current Poly undergraduates: The CSAW scholarship for continuing Poly undergraduates when combined with other Poly grants and/or scholarships cannot exceed $20,000 tuition costs per year.
One representative from each finalist team will be given a travel grant up to $500 to present and/or demo their work and to attend the award ceremony.
All the submitted designs and reports will be open to the public after the competition.