TECHNOLOGIES FOR DEVICE MANAGEMENT IN METAVERSE INTERACTIONS

Smart overview of the Invention

Technologies for managing devices during interactions in the metaverse enable a seamless connection between local and remote compute devices. A compute device can recognize local devices, such as smartphones or smartwatches, using images captured by its camera. These local devices can then be registered and represented in the metaverse, allowing the user to interact with them in a virtual environment.

Importance of Local Devices in the Metaverse

The metaverse serves as a shared virtual space for real-time interactions among users. However, traditional metaverse experiences often overlook the presence of local devices during these interactions. For instance, if a user picks up their phone while engaged in a virtual meeting, that phone is not represented in the metaverse, limiting collaborative opportunities. The proposed technologies aim to address this gap by integrating local devices into the virtual experience.

Functionality and Interaction Capabilities

The system enables users to interact with their local devices through virtual representations in the metaverse. Users can input commands to these representations, which reflect actions on the physical devices, and vice versa. This functionality enhances user engagement by allowing both local and remote users to control and receive information from the local devices during their interactions.

System Architecture and Components

The device management system comprises several components, including a compute device, remote compute devices, and server compute devices connected via a network. Local devices can be recognized through various methods such as image capture, audio signals, or wireless connections. Once identified, users can choose to reproduce these local devices within the metaverse for enhanced interaction.

Flexibility and Implementation Options

The disclosed technologies are versatile and can be implemented through hardware, software, or combinations thereof. They are designed to work with various types of compute devices like laptops, VR headsets, or smartphones. The system's architecture allows for adaptability in how local devices are represented and interacted with in the metaverse, ensuring broad applicability across different use cases and environments.