Adaptive cyberdefense for survival and intrusion tolerance
M Atighetchi, P Pal, F Webber, R Schantz… - IEEE Internet …, 2004 - ieeexplore.ieee.org
M Atighetchi, P Pal, F Webber, R Schantz, C Jones, J Loyall
IEEE Internet Computing, 2004•ieeexplore.ieee.orgWhile providing some resistance against cyberattacks, current approaches to securing
networked and distributed information systems are mainly concerned with static prevention
measures. For example, signature-based systems can only detect known attacks and tend to
provide brittle, all-or-nothing protection. New work in survivability and intrusion tolerance
focuses on augmenting existing information systems with adaptive defenses. A middleware-
based survivability toolkit lets applications use network-and host-based mechanisms in their …
networked and distributed information systems are mainly concerned with static prevention
measures. For example, signature-based systems can only detect known attacks and tend to
provide brittle, all-or-nothing protection. New work in survivability and intrusion tolerance
focuses on augmenting existing information systems with adaptive defenses. A middleware-
based survivability toolkit lets applications use network-and host-based mechanisms in their …
While providing some resistance against cyberattacks, current approaches to securing networked and distributed information systems are mainly concerned with static prevention measures. For example, signature-based systems can only detect known attacks and tend to provide brittle, all-or-nothing protection. New work in survivability and intrusion tolerance focuses on augmenting existing information systems with adaptive defenses. A middleware-based survivability toolkit lets applications use network-and host-based mechanisms in their own defense.
ieeexplore.ieee.org