Paul C. Clark and Lance J. Hoffman. Bits: A smartcard protected operating system. Communications of the ACM, 37(11):66--94, November 1994. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Chaining Layered Integrity Checks - Arbaugh (1999) (3 citations) (Correct)
....the operating system is started. The Birlix model, unfortunately, does not validate the integrity of any of the lower level firmware, expansion ROMs or boot blocks. As a result, it leaves itself open to exactly the types of problems Birlix was attempting to prevent. 22 3.1. 3 BITS Clark [Cla94] CH94] presents a secure boot process (BITS) for DOS that utilizes an 8 bit expansion board, a smart card drive mounted in a floppy bay, software for configuration, software for file verification, and finally a smart card. BITS stores some of the OS bootstrap code on the smart card as well as ....
Paul Christopher Clark. BITS: A Smartcard Protected Operating System. PhD thesis, George Washington University, 1994.
Chaining Layered Integrity Checks - Arbaugh (1999) (3 citations) (Correct)
....the operating system is started. The Birlix model, unfortunately, does not validate the integrity of any of the lower level firmware, expansion ROMs or boot blocks. As a result, it leaves itself open to exactly the types of problems Birlix was attempting to prevent. 22 3.1. 3 BITS Clark [Cla94] CH94] presents a secure boot process (BITS) for DOS that utilizes an 8 bit expansion board, a smart card drive mounted in a floppy bay, software for configuration, software for file verification, and finally a smart card. BITS stores some of the OS bootstrap code on the smart card as well as checksums ....
Paul C. Clark and Lance J. Hoffman. BITS: A Smartcard Protected Operating System. Communications of the ACM, 37(11):67 -- 70, November 1994.
Secure Quality of Service Handling (SQoSH) - Alexander, Arbaugh, Keromytis.. (2000) (2 citations) (Correct)
....a flaw or some trapdoor that can be exploited. The goal of AEGIS is to prevent tampering of components that are considered trusted by the system administrator. The nature of this trust is outside the scope of AEGIS. Other work on the subject of secure system bootstrapping includes [TY91, Yee94, Cla94, LAB92] A more extensive review of AEGIS and its differences with the above systems can be found in [AFS97] 4.2 Cryptographic Primitives SANE provides access to various cryptographic primitives. These can be used by other applications as is or as building blocks for more complex protocols. ....
Paul Christopher Clark. BITS: A Smartcard Protected Operating System. PhD thesis, George Washington University, 1994.
Security in Active Networks - Alexander (1999) (5 citations) (Correct)
....AEGIS is to prevent tampering of components that are considered trustworthy by the system administrator. AEGIS verifies the integrity of already trusted components. The nature of this trust is outside the scope of this paper. Other work on the subject of secure bootstrapping includes [TY91, Yee94, Cla94, LAB92, HKK93] A more extensive review of AEGIS and its differences with the above systems can be found in [AFS97, AKFS98] AEGIS Layered Boot and Recovery Process. AEGIS divides the boot process into several levels to simplify and organize the BIOS modifications, as shown in Figure 3. Each ....
Paul Christopher Clark. BITS: A Smartcard Protected Operating System. PhD thesis, George Washington University, 1994.
A Secure Active Network Environment Architecture - .. - Alexander.. (1998) (28 citations) (Correct)
....contain a flaw or some trapdoor that can be exploited. The goal of AEGIS is to prevent tampering of components that are considered trusted by the system administrator. The nature of this trust is outside the scope of AEGIS. Other work on the subject of secure bootstrapping includes [28] 29] [30], 31] A more extensive review of AEGIS and its differences with the above systems can be found in [32] 4 IEEE NETWORK A. AEGIS Layered Boot and Recovery Process We have divided the boot process into several levels to simplify and organize the AEGIS BIOS modifications, as shown in Figure 2. ....
Paul Christopher Clark, BITS: A Smartcard Protected Operating System, Ph.D. thesis, George Washington University, 1994.
USENIX Association - Th Usenix Security (1992) (2 citations) (Correct)
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Paul C. Clark and Lance J. Hoffman. Bits: A smartcard protected operating system. Communications of the ACM, 37(11):66--94, November 1994.
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