Abstract: Techniques are provided for a data security system that includes two mappings: a first mapping that maps a security policy to sensitive type and a second mapping that maps the sensitive type to one or more data sets. The sensitive type indicates a class of sensitive data. Example data sets include columns, tables, tablespaces, files, and directories in a file system. Because a security policy is not tightly coupled to a target data set, the security policy becomes data-agnostic, portable, and reusable. Also, a security policy may be objectless in that, at some point in time, the security policy is not associated with any data set. A security policy may also be multifunctional in that the security policy may include multiple security features or requirements. A security policy may also be exhaustive in that all necessary security requirements prescribed for a data set can be included in the security policy.

Abstract: Techniques are provided for a data security system that includes two mappings: a first mapping that maps a security policy to sensitive type and a second mapping that maps the sensitive type to one or more data sets. The sensitive type indicates a class of sensitive data. Example data sets include columns, tables, tablespaces, files, and directories in a file system. Because a security policy is not tightly coupled to a target data set, the security policy becomes data-agnostic, portable, and reusable. Also, a security policy may be objectless in that, at some point in time, the security policy is not associated with any data set. A security policy may also be multifunctional in that the security policy may include multiple security features or requirements. A security policy may also be exhaustive in that all necessary security requirements prescribed for a data set can be included in the security policy.

Abstract: A single stand alone controller system (100) for controlling combination of hot-runner system (102) and mold assembly (104), assembly (104) connectable to system (102), controller system (100) comprising: processor (110); interface modules (112) configured to operatively couple to system (102) and assembly (104), processor (110) connected with modules (112); and controller-usable medium (114) embodying instructions (116) executable by processor (110), processor (110) connected with said medium (114), instructions (116) including: executable instructions for directing said processor (110) to control said system (102) and said assembly (104).

Abstract: A single stand alone controller system (100) for controlling combination of hot-runner system (102) and mold assembly (104), assembly (104) connectable to system (102), controller system (100) comprising: processor (110); interface modules (112) configured to operatively couple to system (102) and assembly (104), processor (110) connected with modules (112); and controller-usable medium (114) embodying instructions (116) executable by processor (110), processor (110) connected with said medium (114), instructions (116) including: executable instructions for directing said processor (110) to control said system (102) and said assembly (104).