The acquisition of volatile memory from a compromised computer is di#cult to perform reliably because the acquisition procedure should not rely on untrusted code, such as the operating system or applications executing on top of it. In this paper, we present a procedure for acquiring volatile memory using a hardware expansion card that can copy memory to an external storage device. The card is installed into a PCI bus slot before an incident occurs and is disabled until a physical switch on the back of the system is pressed. The card cannot easily be detected by an attacker and the acquisition procedure does not rely on untrusted resources. We present general requirements for memory acquisition tools, our acquisition procedure, and th...
Part 2: Work in ProgressInternational audienceThis paper presents an approach to prevent memory atta...
Communication and whole-disk cryptosystems are on the verge of becoming mainstream tools for protect...
Non-volatile memories provide energy efficiency, tolerance against power failure, and “instant-on” p...
The acquisition of volatile memory of running systems has become a prominent and essential procedure...
The acquisition of volatile memory of running systems has become a prominent and essential procedure...
Current threats against typical computer systems demonstrate a need for forensic analysis of memory-...
Memory forensics has become a powerful tool for the detection and analysis of malicious software. It...
Physical memory acquisition is a prerequisite when performing memory forensics, referring to a set o...
Reliable memory acquisition is essential to forensic analysis of a cyber-crime. Various methods of m...
Smart cards are widely known for their tamper resistance, but only contain a small amount of memory....
This work discusses shortcomings of current forensic acquisition tools aimed at securing volatile da...
The protection of the volatile memory data is an issue of crucial importance, since authentication c...
This document presents an overview of the most common memory forensics techniques used in the acquis...
AbstractWith increased use of forensic memory analysis, the soundness of memory acquisition becomes ...
Virtual memory is a classic computer science abstraction and is ubiquitous in all scales of computin...
Part 2: Work in ProgressInternational audienceThis paper presents an approach to prevent memory atta...
Communication and whole-disk cryptosystems are on the verge of becoming mainstream tools for protect...
Non-volatile memories provide energy efficiency, tolerance against power failure, and “instant-on” p...
The acquisition of volatile memory of running systems has become a prominent and essential procedure...
The acquisition of volatile memory of running systems has become a prominent and essential procedure...
Current threats against typical computer systems demonstrate a need for forensic analysis of memory-...
Memory forensics has become a powerful tool for the detection and analysis of malicious software. It...
Physical memory acquisition is a prerequisite when performing memory forensics, referring to a set o...
Reliable memory acquisition is essential to forensic analysis of a cyber-crime. Various methods of m...
Smart cards are widely known for their tamper resistance, but only contain a small amount of memory....
This work discusses shortcomings of current forensic acquisition tools aimed at securing volatile da...
The protection of the volatile memory data is an issue of crucial importance, since authentication c...
This document presents an overview of the most common memory forensics techniques used in the acquis...
AbstractWith increased use of forensic memory analysis, the soundness of memory acquisition becomes ...
Virtual memory is a classic computer science abstraction and is ubiquitous in all scales of computin...
Part 2: Work in ProgressInternational audienceThis paper presents an approach to prevent memory atta...
Communication and whole-disk cryptosystems are on the verge of becoming mainstream tools for protect...
Non-volatile memories provide energy efficiency, tolerance against power failure, and “instant-on” p...