Abstract: A digital system and associated method for providing an interactive presentation at a trade show, an exhibition, or a school or workplace event. The digital system includes: a platform having memory and at least one processor; a flexible software architecture configured to interact with a user, a plurality of information management modules, and a communication suite; and a user interface. The memory of the platform stores instructions received directly from the user and data relative to the information modules. The stored data is provided to the user through the communication suite upon the at least one processor executing the stored instructions. The digital system simulates the function or operation of a cloud-based system configured to manage school or workplace safety, health, and well-being, thereby, providing the interactive presentation.

Abstract: A robust and easy-to-use health, safety, and wellness platform that focuses on individual safety and community safety. A cloud-based platform facilitates the health, safety, and wellness of individuals in a user community. The platform comprises at least several features, provided as modules within the platform, including an incident management feature having a centralized dashboard for collecting, tracking, managing, and responding to events, an anonymous reporting feature providing individual users in the user community with a safe and private means for reporting concerning behavior, a digital emergency alert button, a data collection feature including customizable surveys to collect information from community users, a communication management feature to keep community users informed with important update information, and a guest and visitor management feature to ensure all non-community users (guests or visitors) are properly managed through screening and tracking.

Abstract: An emergency operation center which can be either a physical or virtual location to which individuals report in order to organize data and make sure it is received by the intended individuals (i.e. first responders, parents, citizens, school administration, etc.). An incident management system is engaged by sensors escalating to activation and sending the information to the emergency operation center. The information sending is initiated from a direct link in an incident detail view and sends historical data on incidents to the emergency operation center commander. The emergency operation center is automatically engaged with the activation from Internet of Things devices such as a gunshot detector, a scream detector, a panic button, and/or an activation pattern. The activation pattern is determined by using the level of confidence in detecting an incident by calculating the sequence of sensors to determine the level of emergency to activate an emergency operation center automatically.