An Improved Dual-mode Laser Probing System for Fault Injecton Attack
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Fault injection attack is the process of attempting to acquire the information on-chip through inject artificially generated errorcode into the cryptographic algorithms operation (or perform) which is implemented in hardware or software. From the detailsabove, the laser-assisted failure injection attacks have been proven particularly successful. In this paper, we propose an improvedlaser probing system for fault injection attack which is called the Dual-Laser FA tool set, a hybrid approach of theFlash-pumping laser and fiber laser. The main concept of the idea is to improve the laser probe through utilizing existingequipment. The proposed laser probe can be divided into two parts, which are Laser-I for laser cutting, and Laser-II for faultinjection. We study the advantages of existing equipment, and consider the significant parameters such as energy, repetition rate,wavelength, etc. In this approach, it solves the high energy problem caused by flash-pumping laser in higher repetition frequencyfrom the fiber laser.
Abstract
Fault injection attack is the process of attempting to acquire the information on-chip through inject artificially generated errorcode into the cryptographic algorithms operation (or perform) which is implemented in hardware or software. From the detailsabove, the laser-assisted failure injection attacks have been proven particularly successful. In this paper, we propose an improvedlaser probing system for fault injection attack which is called the Dual-Laser FA tool set, a hybrid approach of theFlash-pumping laser and fiber laser. The main concept of the idea is to improve the laser probe through utilizing existingequipment. The proposed laser probe can be divided into two parts, which are Laser-I for laser cutting, and Laser-II for faultinjection. We study the advantages of existing equipment, and consider the significant parameters such as energy, repetition rate,wavelength, etc. In this approach, it solves the high energy problem caused by flash-pumping laser in higher repetition frequencyfrom the fiber laser.
참고문헌 (14)
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