Abstract: A system and method of combining omics-based health management resources and tools for the prevention, management, recovery and protection components within a critical illness or life insurance or assurance product. The system and method are configured to construct an individualized life assurance product for managing a risk of cancer based on a user's medical and behavioral history and genomics and genetic testing based on their biological data. The individualized life assurance product provides users with a cancer prevention component, a cancer management component, a cancer recovery component, and a financial protection component accessible via the customer portal. The components allow the user to reduce risk or prevent disease, manage active disease, recover from disease, and provide financial protection in the event of disease or death.

Abstract: Techniques and systems for determining indicators of the health of individuals are described. The indicators can include scores that help individuals to determine the state of their health. Recommendations with specific service recommendations can also be determined that can help individuals increase the health indicators of the individuals. The techniques and systems described herein leverage the large amounts of medical knowledge, individual health behavioral and environmental data to produce measures of an individual's health status. In implementations, one or more models can be evaluated with respect to health information of the individuals to determine the health scores for the individuals.

Abstract: Disclosed are methods, media, and systems for detecting an undiagnosed medical condition by acquiring a plurality of health metrics of the individual, wherein at least one of the plurality of health metrics comprises nucleotide sequence data; implementing a genetic risk rule that defines a genetic risk for the undiagnosed medical condition; implementing a non-genetic risk rule that defines a non-genetic risk for the undiagnosed medical condition; and generating a confidence score for the undiagnosed medical condition that comprises a function of the genetic risk rule and the non-genetic risk rule.

Abstract: This disclosure is directed at an electronic device for hotel rooms which performs a number of functions currently performed by several different devices in hotel rooms, such as clocks, phones, thermostats, and sound systems, as well as a number of functions not performed by current devices. The goal of the device is to eliminate the need for a number of discrete devices while providing a device which performs these same tasks better, through integration of features and network functionality.

Abstract: A system for hotel and residential properties to allow guests and residents security access using electronic devices already in the possession of the user. The system would allow hotel and residential properties to provide guests and residents with an inexpensive near field communication (NFC) tag to affix to their mobile device. Such an NFC tag could be registered by the hotel front desk upon check-in, or at the first reader the guest encounters at the hotel, in conjunction with their mobile device. Additionally, the system allows for the use of peer-to-peer (P2P) NFC to create a secure connection and allow data transfer between a NFC enabled door lock and a mobile device, allowing for an encrypted door code to be used.

Abstract: Protection from internal shorts for secondary batteries is provided by interconnecting secondary battery cells using circuitry that during discharge allows for current flow only in the discharge direction. On recharge, this circuitry is overridden to allow charging of the entire battery. A heat sensor may be used to stop this override during charging if an internal short develops during charging. More particularly, a multi-cell secondary battery includes multiple secondary battery cells connected in parallel and a unidirectional current valve connected in series with at least one of the secondary battery cells. The unidirectional current valve may be a diode, for example. Switching circuitry is connected in parallel with the unidirectional current valve to allow for recharging by bypassing the unidirectional current valve.