Abstract: Aspects and features relate to a system that transparently connects point-of-care testing (POCT) devices with electronic health records associated with a remote laboratory information system (LIS) to report test results in real time or near real time. POCT results can be received from the POCT device at a mobile computing device. The mobile computing device and the POCT device are located outside the LIS environment, for example, at a physician office or remote clinic. The mobile computing device can use its own data broker to configure low-level instrument protocol data from the POCT device for secured transmission over a wide-area network infrastructure. The POCT results can be subsequently received in the LIS environment and provided to the LIS to transparently populate an electronic medical record (EMR) with the POCT results. In some examples, the LIS or a hospital information system can also update a point-of-care EMR.

Abstract: Aspects and features relate to a system that transparently connects point-of-care testing (POCT) devices with electronic health records associated with a remote laboratory information system (LIS) to report test results in real time or near real time. POCT results can be received from the POCT device at a mobile computing device. The mobile computing device and the POCT device are located outside the LIS environment, for example, at a physician office or remote clinic. The mobile computing device can use its own data broker to configure low-level instrument protocol data from the POCT device for secured transmission over a wide-area network infrastructure. The POCT results can be subsequently received in the LIS environment and provided to the LIS to transparently populate an electronic medical record (EMR) with the POCT results. In some examples, the LIS or a hospital information system can also update a point-of-care EMR.

Abstract: A wearable device receives authentication information from a user. In response to verifying the authentication information, the wearable device provides the user with access to one or more payment capabilities of the wearable device. In response to determining that the wearable device has been switched into an open state, the wearable device removes access to the one or more payment capabilities of the wearable device.

Abstract: Systems and methods for electronic fobs that communicate via short range communications protocols to conduct transactions with a nearby device are provided. Such electronic fobs may use electronic tokens to conduct electronic transactions, such as payment transactions. Account data may be stored within a secure element of the electronic fob. Electronic tokens may also be stored by the secure element. Using such data and/or tokens, electronic fob may write electronic tokens to be used in electronic transactions. Also, such electronic fobs may also be used to perform other tasks and interface with other devices.

Abstract: Systems and methods for electronic fobs that communicate via short range communications protocols to conduct transactions with a nearby device are provided. Such electronic fobs may use electronic tokens to conduct electronic transactions, such as payment transactions. Account data may be stored within a secure element of the electronic fob. Electronic tokens may also be stored by the secure element. Using such data and/or tokens, electronic fob may write electronic tokens to be used in electronic transactions. Also, such electronic fobs may also be used to perform other tasks and interface with other devices.

Abstract: Systems and methods for electronic fobs that communicate via short range communications protocols to conduct transactions with a nearby device are provided. Such electronic fobs may use electronic tokens to conduct electronic transactions, such as payment transactions. Account data may be stored within a secure element of the electronic fob. Electronic tokens may also be stored by the secure element. Using such data and/or tokens, electronic fob may write electronic tokens to be used in electronic transactions. Also, such electronic fobs may also be used to perform other tasks and interface with other devices.

Abstract: A wearable device receives authentication information from a user. In response to verifying the authentication information, the wearable device provides the user with access to one or more payment capabilities of the wearable device. In response to determining that the wearable device has been switched into an open state, the wearable device removes access to the one or more payment capabilities of the wearable device.

Abstract: Aspects and features relate to a system that transparently connects point-of-care testing (POCT) devices with electronic health records associated with a remote laboratory information system (LIS) to report test results in real time or near real time. POCT results can be received from the POCT device at a mobile computing device. The mobile computing device and the POCT device are located outside the LIS environment, for example, at a physician office or remote clinic. The mobile computing device can use its own data broker to configure low-level instrument protocol data from the POCT device for secured transmission over a wide-area network infrastructure. The POCT results can be subsequently received in the LIS environment and provided to the LIS to transparently populate an electronic medical record (EMR) with the POCT results. In some examples, the LIS or a hospital information system can also update a point-of-care EMR.

Abstract: A wearable device receives authentication information from a user. In response to verifying the authentication information, the wearable device provides the user with access to one or more payment capabilities of the wearable device. In response to determining that the wearable device has been switched into an open state, the wearable device removes access to the one or more payment capabilities of the wearable device.

Abstract: A wearable device receives authentication information from a user. In response to verifying the authentication information, the wearable device provides the user with access to one or more payment capabilities of the wearable device. In response to determining that the wearable device has been switched into an open state, the wearable device removes access to the one or more payment capabilities of the wearable device.

Abstract: Systems and methods for electronic fobs that communicate via short range communications protocols to conduct transactions with a nearby device are provided. Such electronic fobs may use electronic tokens to conduct electronic transactions, such as payment transactions. Account data may be stored within a secure element of the electronic fob. Electronic tokens may also be stored by the secure element. Using such data and/or tokens, electronic fob may write electronic tokens to be used in electronic transactions. Also, such electronic fobs may also be used to perform other tasks and interface with other devices.