Abstract: Various methods, apparatuses/systems, and media for automatically providing context-based product recommendation are disclosed. A processor establishes a communication link between an application and one or more Internet of Things (IoT) devices wearable by a customer having an account relationship with an institution; receives input data from the IoT devices; assesses surroundings of the customer based on the received input data; generates surroundings data based on the assessed surroundings of the customer; generates customer context data based on the received input data and the surroundings data; implements a classification algorithm to identify products with matching offerings provided by the institution corresponding to the generated customer context data; receives input corresponding to customer consent to receive the identified products; and displays, in response to receiving the customer consent, the identified products onto the application via a predefined communication channel.

Abstract: Disclosed are techniques directed to digital credential dependency management. Metadata mappings are maintained between digital credentials, their underlying attributes, and dependent entities which verify and rely upon the digital credentials. When a digital credential is presented for proof to a verification entity, a dependency mapping is generated linking between the verification entity and the attributes that the verification entity requested for presentation. Updates to the digital credentials, or underlying attributes of the digital credentials, can trigger automatic notifications to the verification entities indicated in the dependency mapping. Automatic notifications, as well as their contents, may be defined by user settings to dictate which verification entities receive notifications and what digital credential and underlying attribute information is included in said notifications.

Abstract: Disclosed herein is a confocal imaging system for imaging a specimen. The system comprises a light source, a light deflector capable of positioning a beam of light produced by the light source at one of a series of predetermined points on the specimen, an addressable spatial filter capable of selectively filtering light from the specimen, and a central processing unit capable of providing selective position control to the light deflector and the addressable spatial filter.

Abstract: Disclosed herein is a confocal imaging system for imaging a specimen. The system comprises a light source, a light deflector capable of positioning a beam of light produced by the light source at one of a series of predetermined points on the specimen, an addressable spatial filter capable of selectively filtering light from the specimen, and a central processing unit capable of providing selective position control to the light deflector and the addressable spatial filter.