Abstract: Embodiments of the present invention provide a computer system, a computer program product, and a method that comprises collecting an input from a user by transmitting instructions to at least one sensor device in a plurality of senor devices; dynamically classifying a volatile chemical by analyzing at least one result within a plurality of results for a chemical identification based on a collected input; determining a status of the user based on an analysis of an environment of the user and a dynamic classification of the volatile chemical; and generating an adaptative model that assesses a determined status, the dynamic classification of the volatile chemical, and the collected input into a user interface within a computing device.

Abstract: A method and system for automatically implementing a vehicular delivery improvement process is provided. The method includes receiving unstructured data associated with products for delivery via a plurality of vehicles. The unstructured data is stored within a specialized database and analyzed with respect to traffic, weather, and node related data. Predictive modeling software code is generated and executed for determining nodes associated with inventory comprising products for delivery. A ranked list describing the nodes is generated and the plurality of vehicles are directed to the nodes and from the nodes towards delivery locations for delivery of each associated product. An actual time associated with each delivery is determined and the predictive modeling software code is modified resulting in generation of modified predictive modeling software code for refining the ranked list and executing future deliveries of additional products.