Abstract: A system is configured for assessing information security in a network. The system identifies portions of documents that contain information that is responsive to questions about an entity's compliance with network user requirements. The system then determines whether the identified information meets network user requirements. The system also calculates a confidence interval for its determinations. A report is generated to display the system's determinations and the associated confidence intervals for those determinations.

Abstract: A system is configured for assessing information security in a network. The system identifies portions of documents that contain information that is responsive to questions about an entity's compliance with network user requirements. The system then determines whether the identified information meets network user requirements. The system also calculates a confidence interval for its determinations. A report is generated to display the system's determinations and the associated confidence intervals for those determinations.

Abstract: A system for verifying resource propagations in real-time typically includes a classical computer apparatus and a quantum optimizer in communication with the classical computer apparatus. The quantum optimizer is configured to analyze resource propagation information related to previous resource propagations and confirmed attacks to generate a model for verifying resource propagations or mitigating potential attacks. When the classical computer apparatus receives indication of a present resource propagation, the classical computer apparatus transfers attributes of the present resource propagation to the quantum optimizer, which analyzes the resource propagation using the model to determine whether the resource propagation involves a potential attack. Based on the indication from the quantum optimizer, the classical computer apparatus attempts to mitigate the potential attack or allows the resource propagation to proceed.

Abstract: A system for verifying resource propagations in real-time typically includes a classical computer apparatus and a quantum optimizer in communication with the classical computer apparatus. The quantum optimizer is configured to analyze resource propagation information related to previous resource propagations and confirmed attacks to generate a model for verifying resource propagations or mitigating potential attacks. When the classical computer apparatus receives indication of a present resource propagation, the classical computer apparatus transfers attributes of the present resource propagation to the quantum optimizer, which analyzes the resource propagation using the model to determine whether the resource propagation involves a potential attack. Based on the indication from the quantum optimizer, the classical computer apparatus attempts to mitigate the potential attack or allows the resource propagation to proceed.