Bank of America Corporation

Michael J Ragunas

Rajat Wadhwani

Erik D Dahl

Susan McClung

David J Watson

Vijay B Akella

Leigh Anne Whitlock

Eric M Ellington

Heidi Jane Johnson

Angela K Workman

Matthew J Doring

Kevin R Davis

Catherine A Diemer

Steve A Erickson

Embodiments of the present invention are directed to a system and method to stabilize high-capacity network infrastructures by monitoring and regulating concurrent connections between a server and various service provider systems in a network. Based on the attributes of the concurrent connections, the connections are logically grouped to form adapters that represent particular combinations of connection attributes. The concurrent connections to an adapter are monitored and regulated to help identify failing components and to manage the load on the network through the use of autonomic computing to optimize network performance and automatically adapt to changing conditions. The regulation of the concurrent connections to an adapter includes the calculation and assignment of a timeout value to new connections to make certain that service provider system response times are low in terms of a success or failure to respond in a timely fashion.

Stabilization tool for a high-capacity network infrastructure

A risk framework is described for computing application risks. A risk value associated with each of one or more products included in an application may be determined. The risk value associated with each of the products may be classified as declining software risk, not-permitted software risk, declining hardware risk, and not-permitted hardware risk and may be weighted and summed to produce a technical risk score. A business criticality score may be computed based on how critical the application is to a business. The technical risk score and the business criticality score may be weighted and summed to produce a composite risk score. Based on one or more of the scores, planning may be conducted and strategies may be formulated to mitigate risk.

Application risk framework

Embodiments of the invention relate to systems, methods, and computer program products that provide for a technological infrastructure consumption index. The index is instrumental in measuring and managing technological infrastructure consumption. The consumption index is generated on a predetermined schedule as indicator of a business entity's volume of infrastructure consumption. The consumption index tracks key consumption elements, which are within the control of application teams, thereby insuring that the consumption of the key elements are being managed on an ongoing basis. Additionally, the consumption index provides for drill-down capabilities for the purpose of readily accessing data associated with specific key consumption elements of interest and specific teams/organizations within the business entity.

Technological infrastructure consumption index

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Weddington, NC, United States of America

Michael J Ragunas