Bypassing Secure Boot Using Fault Injection
This research is also available in a form of slides and video from the BlackHat Europe 2016.
Publications
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.
Deep Learning for Side Channel Analysis: Tuning your network efficiently
A video presentation by Guilherme Perin, from the Riscure User Workshop
13 steps to improve security and privacy when developing a smart lock
Our findings show that smart locks can introduce new security risks. We provide 13 recommendations for smart lock developers in this whitepaper.
Premium Content Delivery on Android: how to guard an open platform
Defending an Android implementation of a secure media path also requires a unique set of methods. This whitepaper provides a high-level overview of Android security risks for the content ...
Lowering the bar: deep learning for side-channel analysis
We show we can break a lightly protected AES, an AES implementation with masking countermeasures and a protected ECC implementation using Deep Learning.
Efficient Reverse Engineering of Automotive Firmware
In this paper we evaluate the efficiency of reverse engineering the firmware of an automotive embedded controller unit.
Bypassing Secure Boot Using Fault Injection
This research is also available in a form of slides and video from the BlackHat Europe 2016.
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.
Deep Learning for Side Channel Analysis: Tuning your network efficiently
A video presentation by Guilherme Perin, from the Riscure User Workshop
13 steps to improve security and privacy when developing a smart lock
Our findings show that smart locks can introduce new security risks. We provide 13 recommendations for smart lock developers in this whitepaper.
Premium Content Delivery on Android: how to guard an open platform
Defending an Android implementation of a secure media path also requires a unique set of methods. This whitepaper provides a high-level overview of Android security risks for the content ...
Lowering the bar: deep learning for side-channel analysis
We show we can break a lightly protected AES, an AES implementation with masking countermeasures and a protected ECC implementation using Deep Learning.
Efficient Reverse Engineering of Automotive Firmware
In this paper we evaluate the efficiency of reverse engineering the firmware of an automotive embedded controller unit.