Advancements in attacks with physical access to commodity hardware has resulted in a general consensus that, given physical access, all of the data on a machine should be considered compromised. In this talk, I will consider existing attacks and mitigations and propose a practical system under which certain data security guarantees can be made. Specifically, I propose a system which attempts to protecting encryption keys absolutely against physical attackers and uses them to protect both main memory and disk access.Bachelor of Scienc
In the case of the need of extraordinary security, Kirchhoff-loop-Johnson-(like)-noise ciphers can e...
Building applications that ensure confidentiality of sensitive data is a non-trivial task. Such appl...
Increases in data production and growing demands for more computing power leads to the current trend...
The need to increase the hostile attack resilience of distributed and internet-worked computer syste...
Traditionally, cryptographic algorithms are designed under the so-called black-box model, which cons...
International audienceEmbedded systems have to increasingly support cryptographic primitives such as...
For decades, software security has been the primary focus in securing our computing platforms. Hardw...
Hardware-assisted security aims at protecting computing systems against software-based attacks that ...
The increasing reliance on digital technologies and connected systems has amplified the need for sec...
A rapid development of the antivirus and antispy software makes us realize how the threat of unautho...
We discuss practical details and basic scalability for two recent ideas for hardware encryption for ...
Processing and storage of confidential or critical information is an every day occurrence in computi...
The discrepancy between the abstract model used to reason about the security of computer systems and...
The rapid expansion of digital technologies and interconnected systems has brought about an unpreced...
The advancement of digital silicon technology brings a variety of novel embedded systems to our dail...
In the case of the need of extraordinary security, Kirchhoff-loop-Johnson-(like)-noise ciphers can e...
Building applications that ensure confidentiality of sensitive data is a non-trivial task. Such appl...
Increases in data production and growing demands for more computing power leads to the current trend...
The need to increase the hostile attack resilience of distributed and internet-worked computer syste...
Traditionally, cryptographic algorithms are designed under the so-called black-box model, which cons...
International audienceEmbedded systems have to increasingly support cryptographic primitives such as...
For decades, software security has been the primary focus in securing our computing platforms. Hardw...
Hardware-assisted security aims at protecting computing systems against software-based attacks that ...
The increasing reliance on digital technologies and connected systems has amplified the need for sec...
A rapid development of the antivirus and antispy software makes us realize how the threat of unautho...
We discuss practical details and basic scalability for two recent ideas for hardware encryption for ...
Processing and storage of confidential or critical information is an every day occurrence in computi...
The discrepancy between the abstract model used to reason about the security of computer systems and...
The rapid expansion of digital technologies and interconnected systems has brought about an unpreced...
The advancement of digital silicon technology brings a variety of novel embedded systems to our dail...
In the case of the need of extraordinary security, Kirchhoff-loop-Johnson-(like)-noise ciphers can e...
Building applications that ensure confidentiality of sensitive data is a non-trivial task. Such appl...
Increases in data production and growing demands for more computing power leads to the current trend...