Security Pitfalls in TEE Development
This paper describes an outlook of the most important future TEE security topics.
Publications
Attacking AUTOSAR using Software and Hardware Attacks
This paper describes several scenarios how software and hardware attacks can compromise the security of AUTOSAR-based automotive ECUs.
Hardening Secure Boot On Embedded Devices for Hostile Environments
We present an approach for secure boot design, which can be used as a starting point for a complete hardened secure boot solution.
PEW PEW PEW: Designing Secure Boot Securely
We present our vision on secure boot design for embedded devices by means of clear, concrete, practical and easy-to-follow recommendations.
Secure Boot Under Attack: Simulation to Enhance Fault Attacks & Defenses
This talk presents a fault simulator created using existing open-source components and without requiring a detailed model of the underlying hardware.
Security implications of accepting transactions on smartphones
One of the most exciting innovations in the payment chain for retailers today is the potential of utilizing commercial-of-the-shelf (COTS) smartphones for Point-of-Sale terminals, also known as ...
Extracting and Analyzing Automotive Firmware Efficiently
In this paper we discuss hardware attacks, like fault injection, which can be used to efficiently extract automotive firmware from secured ECUs.
Side-channel based intrusion detection for industrial control systems
Research paper written by Pol Van Aubel and Kostas Papagiannopoulos from Radboud University, Digital Security Group; Lukasz Chmielewski from Riscure; Christian Doerr from Delft University of ...
Analyzing the security of Cloud-Based Payment apps on Android
Riscure’s researchers analyzed more than 426 Android payment applications, downloaded directly from the Google App Store.
Security Pitfalls in TEE Development
This paper describes an outlook of the most important future TEE security topics.
Attacking AUTOSAR using Software and Hardware Attacks
This paper describes several scenarios how software and hardware attacks can compromise the security of AUTOSAR-based automotive ECUs.
Hardening Secure Boot On Embedded Devices for Hostile Environments
We present an approach for secure boot design, which can be used as a starting point for a complete hardened secure boot solution.
PEW PEW PEW: Designing Secure Boot Securely
We present our vision on secure boot design for embedded devices by means of clear, concrete, practical and easy-to-follow recommendations.
Secure Boot Under Attack: Simulation to Enhance Fault Attacks & Defenses
This talk presents a fault simulator created using existing open-source components and without requiring a detailed model of the underlying hardware.
Security implications of accepting transactions on smartphones
One of the most exciting innovations in the payment chain for retailers today is the potential of utilizing commercial-of-the-shelf (COTS) smartphones for Point-of-Sale terminals, also known as ...
Extracting and Analyzing Automotive Firmware Efficiently
In this paper we discuss hardware attacks, like fault injection, which can be used to efficiently extract automotive firmware from secured ECUs.
Side-channel based intrusion detection for industrial control systems
Research paper written by Pol Van Aubel and Kostas Papagiannopoulos from Radboud University, Digital Security Group; Lukasz Chmielewski from Riscure; Christian Doerr from Delft University of ...
Analyzing the security of Cloud-Based Payment apps on Android
Riscure’s researchers analyzed more than 426 Android payment applications, downloaded directly from the Google App Store.