Abstract: A system for implementing intelligent interactions in a metaverse comprises a metaverse server in communication with an entity server. A metaverse server receives an interaction request for an interaction session from a first user avatar to obtain a digital item in a virtual environment. The metaverse server determines an item value of the digital item is greater than the first asset value, determines a supplement asset required for the first user to obtain the digital item, and sends an asset request with the supplement asset to an entity avatar. The entity server determines that the supplement asset in a first asset pool in a database. The entity server generates digital contracts to receive the supplement asset and send the supplement asset to the metaverse server. The metaverse server completes the interaction session with the first asset and the supplement asset to obtain the digital item for the first user avatar.

Abstract: A system for creating multiple asset pools comprises a metaverse server in communication with an entity server. A metaverse server receives a request for an interaction session from a first user avatar to obtain a digital item in a virtual environment. The metaverse server determines a supplement asset required to obtain the digital item. The metaverse server sends an asset request to an entity avatar associated with the entity server to obtain the supplement asset. The metaverse server receives and approves a request from a second user avatar with a second asset to enroll in an asset pool associated with an entity. The metaverse server receives the supplement asset corresponding to the second asset from the entity avatar associated with the entity server and completes the interaction session with a combination of a first asset of the first user avatar and the supplement asset to obtain the digital item.

Abstract: An analytics systems adapted for use in a real-time gaming environment is provided. The analytics system includes a plurality of gaming stations disposed in a plurality of locations within the gaming environment. Each gaming station includes a display zone for displaying a plurality of gaming objects. The analytics system includes at least one sensor configured to capture object data corresponding to the plurality of gaming objects displayed in the display zone. In addition, the analytics system includes at least one processor coupled to the sensor and configured to generate identification data for the plurality of gaming objects. Moreover, the analytics system also includes a multi-agent based system. Lastly, the analytics system includes a monitoring module coupled to the multi-agent based system and configured to enable a user to monitor a plurality of events occurring at each gaming station.