Cooperative biometrics abnormality detection system (C-BAD)
The Cooperative Biometrics Abnormality Detection (C-BAD) system is a network of sensors that track personnel throughout physical locations, communications, and computer systems. These systems are then linked to a central computer that contains detailed information on the individual, and rule-based risk, relationship, and abnormality models that will deter. detect, and document possible insiders. It is only at this point that C-BAD will then objectively report suspicious activities to a supervisory team for further investigation. (C-BAD) This System replaces previous current labor-intensive, subjective analysis, which has proven to be a weak deterrent and fraught with human error. C-BAD uses a full spectrum of sensors that identify personnel through the use of contact, contactless, biometrics, smart cards, or a combination of any one of these. The C-BAD central monitoring computer contains an inference engine based on artificial intelligence or a rule-based system, which reviews databases and furnished information.
1. An integrated sensor and information system comprising:
a central computer system containing rule-based software and models selected from a group consisting of abnormality, normality, personnel risks, security compartments, event reporting, external event resolution, investigation procedures, external resolution, external relationships resolution, and archiving repository;
personnel identification sensors selected from the group consisting of contactless sensors, proximity sensors, tokens, keys, cards, and biometrics; and
a communication network to link said sensors to said central computer system, wherein said personnel identification sensors configured as physical access sensors selected from the group consisting of hallways sensors, floors and areas sensors, safes, and cabinets sensors, internal and external doors sensors, wherein said personnel identification sensors configured as information access sensors selected from the group consisting of computers, printers, files, and copy or duplication commands.
2. The integrated sensor and information system of claim 1 , wherein said personnel identification sensors are configured as communications access sensors selected from the group consisting of classified and unclassified telephones, intranet, Internet, fax, video, and other methods of communication.
3. The integrated sensor and information system of claim 1 , wherein said central computer system receives input from an external personnel relationship database.
4. The integrated sensor and information system of claim 1 , wherein said computer receives input from an external personnel events database.
5. The integrated sensor and information system of claim 1 , wherein said sensors consist of multiple biometric sensors.
6. The integrated sensor and information system of claim 1 , wherein said central computer system contains an artificial intelligent inference engine.
7. The integrated sensor and information system of claim 1 , wherein said computer contains a rule-based expert system.