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An issue in the application of nano-enabled products is how can we evaluate sustainable solutions to current system problems based on performance criteria? This work describes the application of an Input-Process-Output (IPO) model as a framework for a life-cycle analysis approach to identify performance metrics and criteria for evaluating the application of nanomaterials to improve the sustainability of a system. A case study is presented describing a scenario whereby a nano-enabled biocidal paint is considered for a remediation effort to reduce growth of dark molds and bacteria on refrigerated warehouses. The framework is applied to support identification of the energy-consuming steps (such as increased refrigeration energy burden, cleaning and repainting), selection of performance metrics for evaluating consumption, and determination of thresholds to measure sustainability outcomes.

Unlike traditional crimes, it is difficult to define legal jurisdiction and authority for prosecuting cyber crimes. This issue is further complicated by differences in definitions of cyber crime in different countries. This chapter motivates the issue with an example of the ILOVEYOU virus and compares the legal provisions to combat cyber-crime in the US and India. The authors find that there are significant differences between India and the US in definitions of cybercrimes. It appears that in the United States, it is a crime to access information that has been declared to be confidential. In India, criminality requires dissemination of the information obtained without authorization. Another notable difference between the prosecutions of cybercrimes in the two countries relates to obscenity and decency laws.