Abstract: At least one of data, an indication of the data, and metadata associated with the data is received at a first computing system, wherein the data is to be categorized. It is determined that at least part of the data is not to be categorized by the first computing system. In response to a determination that at least part of the data is not to be categorized by the first computing system, it is determined that a second computing system is indicated for categorization of the data and at least one of the data, an indication of the data, and the metadata associated with the data is transmitted from the first computing system to the second computing system.

Abstract: When a group of documents are received, the scan priority of the documents may be determined, according to one embodiment, by acquiring contexts about each of the documents and calculating a scan priority of each of the documents according to a combination of the contexts of the document. Then, each of the documents may be stored to a queue corresponding to the scan priority of the document, such that documents stored in a higher priority queue are processed before documents stored to a lower priority queue. Also, a confidentiality label may be assigned to each of the documents, starting with the documents in the highest priority queue first, based on content acquired from each of the individual documents.

Abstract: A sensitivity label for document information in a document may be determined in real time, according to one embodiment, by flexibly and dynamically determining a sensitivity label for the document based on content included in information within the document. Information within a document varies from day to day, for example, document information may decrease in importance with time, increase in importance due to an event, etc. Therefore, the sensitivity label of the document, according to embodiments described herein, may also change dynamically in accordance with document content, information, etc.

Abstract: Systems and methods categorize data to perform access control. A system receives first data, where the first data comprises at least a portion of data to be categorized. The system analyzes the first data to determine Whether the first data belongs to a first category. If the first data belongs to a first category, the system applies a first access control set to actions on the data to be categorized. Further, if one or more of the actions on the data to be categorized has an access control status of pending after applying the first access control set, the system receives second data, where the second data comprises at least a portion of data to be categorized. The system analyzes the second data to determine whether the second data belongs to a second category. If the second data belongs to a second category, the system applies a second access control set to at least one of the actions having the access control status of pending.

Abstract: When a group of documents are received, the scan priority of the documents may be determined, according to one embodiment, by acquiring contexts about each of the documents and calculating a scan priority of each of the documents according to a combination of the contexts of the document. Then, each of the documents may be stored to a queue corresponding to the scan priority of the document, such that documents stored in a higher priority queue are processed before documents stored to a lower priority queue. Also, a confidentiality label may be assigned to each of the documents, starting with the documents in the highest priority queue first, based on content acquired from each of the individual documents.

Abstract: A sensitivity label for document information in a document may be determined in real time, according to one embodiment, by flexibly and dynamically determining a sensitivity label for the document based on content included in information within the document. Information within a document varies from day to day, for example, document information may decrease in importance with time, increase in importance due to an event, etc. Therefore, the sensitivity label of the document, according to embodiments described herein, may also change dynamically in accordance with document content, information, etc.

Abstract: Embodiments of the invention include an apparatus for calculating an index value indicating power consumption, processing cost, or environmental load in a system having hardware components used by multiple processes or users. The apparatus may include an index acquisition part for acquiring an index value of a hardware component. The index value may indicate power consumption of the hardware component. The apparatus may further include an observation value acquisition part for acquiring one or more observation values for multiple processes. The observation value for each process may vary depending on use of the hardware component by the process. Finally, a calculation part may calculate, based on the observation value, a use amount of the hardware component by each process. The calculation part may further calculate the index value for a process using the hardware component by distributing the index value according to the use amount.