Bank of America Corporation

Roger Michael Callahan

Susan McClung

Christopher Thomas Hart

William Dean Peterson

Gerald Robert Silves

Meera Sunderam Rao

Martin William Ericson, Jr

Techniques for assessing a resiliency level in an information technology system and architecting the information technology system in accordance with the resiliency level are disclosed. An estimated resiliency level may be estimated from different system characteristics to obtain an estimated resiliency level for the information technology system. The cost and the degree of effort to design for the information technology system may be estimated from the estimated resiliency level. The resiliency level may be further determined from different system factors. Consequently, a specification for a resiliency feature is obtained by accessing a set of resiliency guidelines based on the resiliency level and a technology theme. The resiliency feature may then be applied to the information technology system.

Information technology resiliency classification framework

System and methods for integrated compliance monitoring. Various application modules work together to accomplish risk assessment and compliance monitoring. A risk assessment module facilitates the development of risk ratings based on responses to a plurality of compliance-related questions. The system can also include an action tracking module, and can further include a training module and a self-assessment module to determine individual compliance gaps. A common database is operatively connected to the modules to monitor the completion of assessments and to track actions based on remediation plans. In some embodiments, the invention is implemented via a computing platform or a collection of computing platforms interconnected by a network, such as a corporate intranet, in which case a web browser can facilitate use of the invention.

System and methods for integrated compliance monitoring

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Charlotte, NC, United States of America

Roger Michael Callahan