Massachusetts Mutual Life Insurance Company

Massachusetts Mutual Life Insurance

Michal Knas

Jiby John

Payton A Shubrick

Damon Ryan Depaolo

Krzysztof Gibadlo

Rick Ferry

Jason Cook

Richard Ferry

Damon DePaolo

Gareth Ross

James Ocampo

Darrell Oliveira

Christopher Soloperto

Danielle Sword

Julie Aldrich Rickis

Kirsten Taylor

A computer implemented method for safe, efficient, and fraud-proof continuous retrieval of health data is disclosed. The method comprises receiving a request to update a record associated with a user blockchain comprising identification information associated with a health tracker, a health tracker server, and user authentication data; generating an instruction to receive user data based on the identification information and user authentication data; receiving health data from the health tracker server; retrieving and verifying the validity of the user's latest blockchain; storing the data in a volatile memory; and creating a new block instance corresponding to the data.

Intelligent health-based blockchain

A method comprises receiving a request to generate a customized dataset comprising data stored onto a blockchain; retrieving user work history data associated with a user from one or more block instances of the blockchain; in response to presenting the user work history data on a display of the second computing device, receiving a selection of a subset of the user work history data from the second computing device; generating a blockchain address corresponding to one or more hash values of a subset of the one or more block instances associated with the selection of the subset of the user work history data; and transmitting the blockchain address to the second computing device.

Intelligent employment-based blockchain

Disclosed herein are display techniques that will allow sensitive data displayed on a computer screen to only be viewed by authorized users and will render computer screen unreadable to unauthorized users. One or more display techniques are capable of automatically scrambling and unscrambling display screen of the computing device in which only an intended viewer is able to view data on the display screen using deciphering glasses.

Systems and methods for secure display of data on computing devices

Disclosed herein is a product inspection apparatus that may include an electronic device having a visual inspection software application. The visual inspection software application may activate a camera of the electronic device to capture images of a product, such as a vehicle. A display screen of the electronic device may present product images. The product images may be digitally processed, and augmented by the addition of computer-generated images associated with a status of inspection of each element of the vehicle in the product images. Each computer-generated image may include a graphical indicator associated with the status of inspection of a particular element. Each computer-generated image may be projected on top of a real world image of the particular element presented on the display screen.

Augmented reality system for remote product inspection

Disclosed herein is a system for diagnosing faults in a vehicle using multiple audio sensors. The audio sensors are placed in predetermined locations within the vehicle. The audio sensors continually detect sound signals being originated from components of the vehicle. The audio sensors process detected sound signals to remove unwanted noise from the detected sound signals. The audio sensors compare processed sounds signals with reference sound signals to identify one or more faulty components. Each reference sound signal is associated with a particular fault. The audio sensors transmit information associated with the one or more faulty components to an analyst computer. An interactive graphical user interface of the analyst computer may present the information to an analyst.

Audio sensor based vehicle fault diagnostics system

A method comprises receiving a device identifier and location information from a receiving device, where the device identifier comprises a distinctive combination of at least one of numbers and characters uniquely identifying the receiving device and the location information is received from a plurality of beacons. The method comprises determining a current location associated with the receiving device based on the location information. The method comprises generating a first instruction configured to query a calendar event associated with the receiving device, transmitting the first instruction to a database, and receiving data associated with the calendar event. The method comprises, in response to the current location of the receiving device being associated with a location associated with the calendar event, generating a meeting report associated with the calendar event and transmitting the meeting report to the receiving device.

Location-based note generation using wireless devices

Methods and systems disclosed herein describe automatically establishing two concurrent electronic communication sessions. Participants of a primary electronic communication session may request a private (secondary) electronic communication session in which only a subset of the participants of the primary electronic communication session can participate. Methods and systems described herein also describe automatically identifying participants of the second electronic communication session based on various factors including predetermined lists, commonality among different users or user identifiers, and geographic location of each participant of the primary and/or secondary electronic communication session. The methods and systems described herein also describe monitoring location of all participants of the primary and secondary electronic communication sessions and causing input and output elements of various electronic devices based on each user's location and/or whether the user is participating in the secondary or primary electric communication session.

Concurrent secondary electronic communication session

Methods and systems disclosed herein utilize location signals received from beacons and other indoor positioning systems along with an application program on customer devices for better management of customer traffic in physical queues and virtual queues, specifically in environments such as airports, food courts, shopping malls, and amusement parks. These methods and systems also provide a customer with a token for his place in the queue on his mobile device, so he is free to continue with his activities until it is time for him to acquire a product or a service.

Beacon-based management of queues

Method and system disclosed herein facilitate retrieval of a blockchain key. The method comprises receiving a key store comprising a first encryption method, a second encryption method, and identification information of one or more network nodes storing a plurality of encrypted storage keys; displaying an authentication request and receiving and input form the user in response to the authentication request; upon the input received matching a record within a database, instructing the one or more network nodes to transmit the encrypted key segments; decrypting each encrypted key segment based on the first encryption method; and generating a blockchain key by appending the strings of the key segments based on the second encryption method.

Decentralized encryption and decryption of blockchain data

The methods and systems disclosed herein provide a server that periodically monitors a user's location using one or more beacons while periodically monitoring hazardous conditions using a variety of electronic sensors, such as thermographic imaging. When the user is within a predetermined proximity of a hazardous condition the server transmits an instruction to an electronic wearable device to present a notification (e.g., haptic, noise, and the like) warning the user of the hazardous condition.

Wearable electronic navigation system

In one embodiment of the present disclosure, an ingestible medication device is a self-contained electronic device that stores an active agent, and that controls release of the active agent using an on board processor. The ingestible medication device embodies one or more ingestible device identifiers, including personal identifiers and active agent identifiers, which are compared with external device identifiers to determine whether to release the active agent. A method for managing an ingestible medication device detects proximity to a limited range, RFID-enabled patient wristband, indicating that the wristband is worn by the patient that ingested the ingestible medication device. Various methods enable a nurse to track medication information to monitor compliance with medication regimen and dosage information. Other methods track an ingestible medication device selected for filling a prescription at a pharmacy of the health care provider, including transfer to a caregiver station using a transport cart.

System and method for ingestible drug delivery

A transdermal delivery device for dispensing personalized transdermal dosage formulations from a plurality of reservoirs, and a personalized method for producing the transdermal delivery device. A prescription fill service receives electronic prescription data for a plurality of transdermal dosage formulations to be administered to a given patient. The prescription fill service deposits transdermal dosage formulations in two or more reservoirs of a transdermal device substrate via 3D printing of printable pharmaceutical agent. The electronic prescription data may include transdermal dosage formulations data used to select printable pharmaceutical agent deposited in respective reservoirs. The electronic prescription data further may include medication regimen data for administration of transdermal medications, such as timing data for release of selected transdermal dosage formulations. In an embodiment, a finished transdermal delivery device includes barriers formed at reservoir openings, a controller, and a controlled energy source that degrades the barriers to actuate release of reservoir contents.

System and method for personalized transdermal drug delivery

Embodiments disclosed herein describe intelligent e-book readers which provide a significant improvement over the conventional e-books that simply render static content. The intelligent e-book readers may customize a rendered e-book based on, for example, the reading level and preferences of the user, the user's social media profile and activity, and current events. Furthermore, the intelligent e-book reader may provide additional augmented reality (AR)/virtual reality (VR) content associated with one or more portions of the rendered e-book. The intelligent e-book reader may also facilitate virtual, real time communication between multiple users and experts. The intelligent e-book reader may also facilitate one or more users to provide feedback and suggestions to authors and future movie-makers. The intelligent e-book reader may automatically determine difficult portions of an e-book based on the virtual communications and/or real time eye-tracking of a user.

Intelligent e-book reader incorporating augmented reality or virtual reality

A method comprising receiving a request from a first user to generate an employee dataset for a second user associated with one or more attributes; generating an instruction configured to be transmitted to a plurality of network nodes associated with a blockchain to receive a latest valid blockchain associated with one or more users; upon receiving the latest valid blockchain, generating a score corresponding to each user based on the data within each user's latest valid blockchain and based on a scoring algorithm received from the computing device associated with the first user; generating a graphical user interface comprising a plurality of fields configured to display data associated the one or more users comprising each user's score; upon displaying, the graphical user interface on the first computing device, receiving a selection of users; and generating, a notification to the selected users comprising identification information regarding the first user.

Growing community of inventors

Monson, MA, United States of America

Michal Knas