We discuss five attack strategies against BitLocker, which target the way BitLocker is using the TPM sealing mechanism. BitLocker is a disk encryption feature included in some versions of Microsoft Windows. It represents a state-of-the-art design, enhanced with TPM support for improved security. We show that, under certain assumptions, a dedicated attacker can circumvent the protection and break confidentiality with limited effort. Our attacks neither exploit vulnerabilities in the encryption itself nor do they directly attack the TPM. They rather exploit sequences of actions that Trusted Computing fails to prevent, demonstrating limitations of the technology
In Microsoft Windows, two vulnerabilities have been successfully exploited for attacks for years now...
A computer system's security can be compromised in many ways a denial-of-service attack can make a s...
A computer system's security can be compromised in many ways—a denial-of-service attack can make a s...
We discuss five attack strategies against BitLocker, which target the way BitLocker is using the TP...
We discuss five attack strategies against BitLocker, which target the way BitLocker is using the TPM...
We discuss attack scenarios against the TPM-based boot process of BitLocker. Bit Locker is a disk vo...
New versions of Windows come equipped with mechanisms, such as EFS and BitLocker, which are capable ...
In this paper we describe bugs and ways to attack trusted computing systems based on a static root o...
Disk encryption has become an important security measure for a multitude of clients, including gover...
Disk encryption has become an important security mea-sure for a multitude of clients, including gove...
In this paper we present the results of our research into security of the Intel ® Trusted Execution ...
Advancements in attacks with physical access to commodity hardware has resulted in a general consens...
Information security presents a huge challenge for both individuals and organizations. The Trusted C...
Contrary to widespread assumption, dynamic RAM (DRAM), the main memory in most modern computers, ret...
Trusted Platform Modules (TPMs) are becoming ubiquitous devices included in newly released personal ...
In Microsoft Windows, two vulnerabilities have been successfully exploited for attacks for years now...
A computer system's security can be compromised in many ways a denial-of-service attack can make a s...
A computer system's security can be compromised in many ways—a denial-of-service attack can make a s...
We discuss five attack strategies against BitLocker, which target the way BitLocker is using the TP...
We discuss five attack strategies against BitLocker, which target the way BitLocker is using the TPM...
We discuss attack scenarios against the TPM-based boot process of BitLocker. Bit Locker is a disk vo...
New versions of Windows come equipped with mechanisms, such as EFS and BitLocker, which are capable ...
In this paper we describe bugs and ways to attack trusted computing systems based on a static root o...
Disk encryption has become an important security measure for a multitude of clients, including gover...
Disk encryption has become an important security mea-sure for a multitude of clients, including gove...
In this paper we present the results of our research into security of the Intel ® Trusted Execution ...
Advancements in attacks with physical access to commodity hardware has resulted in a general consens...
Information security presents a huge challenge for both individuals and organizations. The Trusted C...
Contrary to widespread assumption, dynamic RAM (DRAM), the main memory in most modern computers, ret...
Trusted Platform Modules (TPMs) are becoming ubiquitous devices included in newly released personal ...
In Microsoft Windows, two vulnerabilities have been successfully exploited for attacks for years now...
A computer system's security can be compromised in many ways a denial-of-service attack can make a s...
A computer system's security can be compromised in many ways—a denial-of-service attack can make a s...