SYSTEM AND METHOD FOR PERFORMING INTERACTIONS ACROSS GEOGRAPHICAL REGIONS WITHIN A METAVERSE

Smart overview of the Invention

A processor is designed to facilitate interactions within a virtual environment that contains multiple virtual locations. It creates a primary avatar in one location based on a comprehensive set of user data and interaction criteria. When an interaction request is received from a user device for a different location, the processor generates a secondary avatar linked to the user device, allowing for seamless interaction with entities in various geographical regions.

Addressing Geographical Interaction Challenges

Existing systems struggle with enabling users to interact across different geographical regions due to varying technical restrictions and network security requirements. Users often face limitations when attempting to use the same profile for interactions in different regions. This system offers a solution by integrating services from various organization entities into a cohesive virtual environment, allowing users to interact without being hindered by geographical constraints.

Functionality of the Processor

• The processor accesses a virtual environment with various locations linked to real-world entities.
• It generates avatars based on user data and specific interaction criteria for each geographical region.
• Upon receiving an interaction request, the processor adapts the user profile according to the new region's requirements, ensuring secure access.

User Profile Management

The system maintains both primary and secondary user profiles that include necessary credentials and historical interaction data. By analyzing these profiles, the processor can determine if the secondary avatar meets the criteria to interact with entities in the new location. This ensures that users can engage with services even in regions with different security protocols.

Benefits of the System

This innovative approach enhances information security and improves communication across different platforms. By utilizing virtual reality technology, it effectively integrates diverse security requirements while allowing real-time interactions across geographical boundaries. The system not only addresses previous technical issues but also enhances overall operational efficiency within a networked environment.