Binary diversification and unique cipher strategiesto assist in net-centric software assurance mitigation
Summary :
Table of Contents
- Abstract
- Technical concept
- Key storage
- Authentication
- Deliverable
- Quad chart
- References
Abstract
The current computing monoculture of Open Architecture, COTS, GOTS leaves our infrastructure vulnerable to a massive, rapid attack. The main reason for this is the enormous number of machines executing identical code. One technique that has been proposed to mitigate this threat is to artificially increase software diversity by transforming programs to produce diverse executables. These techniques depend in part on storage of a cipher key used to produce cipher text. This key must remain inaccessible from an external adversary.
Since the 1940s, when scientists like John von Neumann looked to mimic cellular replication in computing, biology has served as a source of inspiration for security researchers seeking alternative approaches to protecting systems. But, David Evans warns, some of that optimism may be misplaced.
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