© 2018 IEEE. A threat to intentionally induce electromagnetic waves inside the cryptographic integrated circuit (IC) exists, which may cause temporary faults in processing inside the IC to acquire a secret key. We propose a method of suppressing leakage of the secret key to protect equipment from such attacks by monitoring the interfering wave inside the IC. In the proposed method, voltage variations in the amplitude and time inside the IC are measured, and an attack is detected. Further, to cheaply and easily implement the proposed method, the monitor consists of a fully digital circuit.status: publishe
International audienceElectroMagnetic Fault Injection requires two main devices, a pulse generator a...
International audienceFault Attacks methods like Electro-Magnetic PulseInjection or Body Biasing Inj...
The outsourcing of the manufacturing process of integrated circuits to fabrications plants all over ...
In this paper, we present a new information leakage threat combining intentional electromagnetic int...
Abstract—This paper presents a new type of fault injec-tion method based on intentional electromagne...
The problem of information leakage through electromagnetic waves for various devices has been extens...
© 2017 IEEE. Security is acknowledged as one of the main challenges in the design and deployment of ...
Security is acknowledged as one of the main challenges in the design and deployment of embedded circ...
Fault injection attack against embedded devices has attracted much attention in recent years. As a h...
Special Issue: Trustworthy Manufacturing and Utilization of Secure DevicesInternational audienceTh...
Electromagnetic injection (EMI) is a powerful and precise technique for fault injection in modern IC...
International audienceThis work deals with the electromagnetic pulses (EMP) injection of transient f...
International audienceElectroMagnetic Pulse Injection (EMPI) has recently been demonstrated to be an...
With the globalization of integrated circuit design and fabrication process, the main concerned issu...
Sensor systems are used every time a microcontroller needs to interact with the physical world. They...
International audienceElectroMagnetic Fault Injection requires two main devices, a pulse generator a...
International audienceFault Attacks methods like Electro-Magnetic PulseInjection or Body Biasing Inj...
The outsourcing of the manufacturing process of integrated circuits to fabrications plants all over ...
In this paper, we present a new information leakage threat combining intentional electromagnetic int...
Abstract—This paper presents a new type of fault injec-tion method based on intentional electromagne...
The problem of information leakage through electromagnetic waves for various devices has been extens...
© 2017 IEEE. Security is acknowledged as one of the main challenges in the design and deployment of ...
Security is acknowledged as one of the main challenges in the design and deployment of embedded circ...
Fault injection attack against embedded devices has attracted much attention in recent years. As a h...
Special Issue: Trustworthy Manufacturing and Utilization of Secure DevicesInternational audienceTh...
Electromagnetic injection (EMI) is a powerful and precise technique for fault injection in modern IC...
International audienceThis work deals with the electromagnetic pulses (EMP) injection of transient f...
International audienceElectroMagnetic Pulse Injection (EMPI) has recently been demonstrated to be an...
With the globalization of integrated circuit design and fabrication process, the main concerned issu...
Sensor systems are used every time a microcontroller needs to interact with the physical world. They...
International audienceElectroMagnetic Fault Injection requires two main devices, a pulse generator a...
International audienceFault Attacks methods like Electro-Magnetic PulseInjection or Body Biasing Inj...
The outsourcing of the manufacturing process of integrated circuits to fabrications plants all over ...