Abstract: A system for generating and completing a security task is provided. A security task may be generated by the system based on a security task request. A security task acceptance for the security task may be received at the system. The system may validate the security task acceptance for the security task. The system may transmit a security task acceptance notification in response to validating the security task acceptance. The system may verify an identity of a security provider and generate a report associated with the security provider.

Abstract: A system for generating and completing a security task is provided. A security task may be generated by the system based on a security task request. A security task acceptance for the security task may be received at the system. The system may validate the security task acceptance for the security task. The system may transmit a security task acceptance notification in response to validating the security task acceptance. The system may verify an identity of a security provider and generate a report associated with the security provider.

Abstract: A system for generating and completing a security task is provided. A security task may be generated by the system based on a security task request. A security task acceptance for the security task may be received at the system. The system may validate the security task acceptance for the security task. The system may transmit a security task acceptance notification in response to validating the security task acceptance. The system may verify an identity of a security provider and generate a report associated with the security provider.

Abstract: This invention was designed to prevent users from leaving security cards (used to authenticate into computer systems) into an IT system thereby presenting possible physical or informational security violations. The system consists of both a base transmitter unit and a receiver/holder unit for the security card. The system can present both audible and visual alerts to the user if the security id card is left in the computer system. Multiple receiver/holder units can sync off a single base transmitter unit.

Abstract: An apparatus and method for conveying contextually relevant information to a wireless client (112) is disclosed. More particularly, an emitter (108) transmits a diffuse infrared signal to a client (112) having an IrDA infrared communication interface (130). Emitter (108) communicates with client (112) by making a link layer in emitter (108) compliant with an IrDA link layer running on client (112). To perform communication, data is received at emitter (108) from a service provider (102). The data is formatted into an IrDA compliant diffuse infrared signal and transmitted to client (112). Client (112) receives the data and parses it to extract contextually relevant information contained therein.

Abstract: The present invention comprises a Document Process Server (DPS) for users of mainframes, such as Unisys' IPS and DPI 800/DP500 Series Reader/Sorters. The DPS allows ORS and Poll Select DP Series Reader/Sorters to be connected to ClearPath™/A/V Series Unisys mainframes via LAN/WAN connectivity and/or economical telephone company connections such as Frame Relay. The DPS enhances the IPS/DP Series user's system in that it allows ClearPath™/A/V Series users to use LAN/WAN connectivity with their existing Reader/Sorter investment. ClearPath ™ users are not required to purchase new NDP Reader/Sorters since Unisys does not support the ORS interface. “Click”/usage charges associated with the NDP Series are averted. Cost of dedicated telephone lines and MUX equipment are not needed. V Series users are not required to purchase single or multiple dedicated A/ClearPath™ Series to interface TCP/IP to the V Series host.

Abstract: This device is an add-on accessory for existing personal computer systems. This device is a user definable, keyboard MACRO storage device which operates independently of the hardware and software installed in the computer, plugs into the keyboard line of the computer and stores a plurality of different keyboard MACROs, that is, keyboard keystroke sequences. internally, the device contains a dedicated microprocessor which monitors and controls all operations. It stores the MACROs, selected by the user, in its non-volatile memory and associates them with user-defined commands. The commands are then subsequently executed via the device's keypad. The invention may be installed permanently in the keyboard line without taking any precautions to save the MACROs when the computer is powered down or, in the alternative, when the device is removed from the keyboard line. The device performs detailed internal self checks in order to insure its correct operation.