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On the key recovery of the Key Escrow System
Proceedings 13th Annual Computer Security Applications Conference, 2002The Key Escrow System (KES) bridges the gap between users' privacy and social needs for protection against criminal behavior. However, there are some disadvantages and controversies regarding the system. In this paper, we propose a new key escrow system, which not only meets the requirements of the KES but also provides a key recovery feature for users.
Yung-Cheng Lee, Chi-Sung Laih
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Additional Key Recovery Functions
Computers & Security, 2000This document describes additional functions that may be required by specific implementations of the key recovery model. This document should not be read in isolation, but must be read in conjunction with the Key Recovery Functional Model document.
Stephen M. Matyas, Nevenko Zunic
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Global Interoperability for Key Recovery
Computers & Security, 2000This document describes techniques for implementing key recovery. The document then addresses interoperability between encryptors and decryptors using the key encapsulation method of key recovery. The Common Key Recovery Block is presented as a cornerstone for interoperability.
Chuck Williams, Nevenko Zunic
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ISAKMP Key Recovery Extensions
Computers & Security, 2000This document describes the proposed approach for negotiating and exchanging key recovery information within the Internet Security Association Key Management Protocol (ISAKMP).
David M. Balenson, Tom Markham
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Proceedings of the 14th International Conference on Computer Systems and Technologies, 2013
With the increased use of encryption in business, key recovery has emerged as a critical issue to users. As encryption is deployed to protect files and network communications, users must include safeguards that prevent the inadvertent loss of data and use of the network for malicious intent.
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With the increased use of encryption in business, key recovery has emerged as a critical issue to users. As encryption is deployed to protect files and network communications, users must include safeguards that prevent the inadvertent loss of data and use of the network for malicious intent.
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Proceedings of the Sixth IEEE Computer Society Workshop on Future Trends of Distributed Computing Systems, 2002
Internet/intranet security has witnessed an explosive and exciting growth in the past two years. Under the surface of excitement lies a mine of technical and commercial challenges. Without solving these challenges, secure systems will not reach their expected potential. Security can be achieved via encryption.
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Internet/intranet security has witnessed an explosive and exciting growth in the past two years. Under the surface of excitement lies a mine of technical and commercial challenges. Without solving these challenges, secure systems will not reach their expected potential. Security can be achieved via encryption.
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Computers & Security, 2000
This document describes a model for key recovery. The means by which plaintext may be recovered or reconstructed from recovered key(s) is not addressed in the key recovery model. The key recovery model is a generalized model that encompasses a wide variety of key recovery systems, including both key backup and encapsulated key recovery information ...
John Kennedy +2 more
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This document describes a model for key recovery. The means by which plaintext may be recovered or reconstructed from recovered key(s) is not addressed in the key recovery model. The key recovery model is a generalized model that encompasses a wide variety of key recovery systems, including both key backup and encapsulated key recovery information ...
John Kennedy +2 more
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Computers & Security, 2000
This document describes a mechanism for transmitting a key recovery header (KRH) within an IPSEC datagram. The KRH is normally inserted following the AH header and before the ESP header. The Key Recovery Header was designed to be compatible with IETF's IPSEC Architecture.
Tom Markham, Chuck Williams
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This document describes a mechanism for transmitting a key recovery header (KRH) within an IPSEC datagram. The KRH is normally inserted following the AH header and before the ESP header. The Key Recovery Header was designed to be compatible with IETF's IPSEC Architecture.
Tom Markham, Chuck Williams
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Nursing Standard, 2011
With increasing numbers of people surviving cancer, there is a need to focus on how they can be supported once they have completed treatment.
Andy Turner +2 more
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With increasing numbers of people surviving cancer, there is a need to focus on how they can be supported once they have completed treatment.
Andy Turner +2 more
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Key recovery for the commercial environment
Int. J. Inf. Sec., 2002Summary: We propose an efficient, scalable, certification-based key recovery system that is a hybrid of the key escrow and key encapsulation techniques. The proposed key recovery system is highly flexible and can be employed in a variety of policy environments. It possesses the properties required for commercial key recovery systems. We demonstrate the
Gonzalez Nieto, Juan +4 more
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