Abstract: A method, non-transitory computer readable medium, and device that transmits a cryptographic variable input to a detachably coupled smart card. Execution of at least one of protected cryptographic algorithm operation by the smart card which requires the cryptographic variable input and a cryptographic constant input stored on the smart card to generate one or more cryptographic products is requested. The one or more generated cryptographic products from the smart card are received. An encrypted signal simulation based on execution of a simulator using the received one or more generated cryptographic products is generated and is output.

Abstract: A method, non-transitory computer readable medium, and device that transmits a cryptographic variable input to a detachably coupled smart card. Execution of at least one of protected cryptographic algorithm operation by the smart card which requires the cryptographic variable input and a cryptographic constant input stored on the smart card to generate one or more cryptographic products is requested. The one or more generated cryptographic products from the smart card are received. An encrypted signal simulation based on execution of a simulator using the received one or more generated cryptographic products is generated and is output.

Abstract: A system and process for determining a communication status of an environment is disclosed. Sensors in the environment acquire data about the environment, and a first subset of the data is used to compute a first penalty about the environment, which is computed using a first algorithm that includes a maximum penalty and a decay rate at which the penalty decays over time. Further, a second subset of the data is used to compute a second penalty about the environment. The second penalty is computed using a second algorithm that also includes a maximum penalty and a decay rate at which the penalty decays over time. The first and second penalties are compiled to create an overall environmental penalty that represents a current status of the environment, which is compared to a threshold. If the overall environmental penalty exceeds the threshold, then an action, including issuing an alarm, is performed.

Abstract: A system and process for determining a communication status of an environment is disclosed. Sensors in the environment acquire data about the environment, and a first subset of the data is used to compute a first penalty about the environment, which is computed using a first algorithm that includes a maximum penalty and a decay rate at which the penalty decays over time. Further, a second subset of the data is used to compute a second penalty about the environment. The second penalty is computed using a second algorithm that also includes a maximum penalty and a decay rate at which the penalty decays over time. The first and second penalties are compiled to create an overall environmental penalty that represents a current status of the environment, which is compared to a threshold. If the overall environmental penalty exceeds the threshold, then an action, including issuing an alarm, is performed.