Brainstorm brings advances in the integration of advanced technologies and the Metaverse within the 6G-BRICKS project

Brainstorm, a company specialized in real-time 3D graphics solutions, XR/VR/AR and virtual studios, and the Institute of Industrial Systems (ISI), an R&D institute that carries out basic research and exploratory development in information and communications technologies for Greek and European industry, reveal their latest innovation together: the project 6G-BRICKS.

In this era, where digital transformation shapes all aspects of life, this pioneering initiative marks a significant leap forward in the integration of advanced technologies and the Metaverse, offering unprecedented opportunities for creativity, connectivity and collaboration.

At its core, 6G-BRICKS is designed to redefine the limits of digital interactionl. Leveraging cutting-edge technologies, this project opens the way for users to immerse themselves in a true digital universe: the Metaverse. Whether for entertainment, education or enterprise, 6G-BRICKS offers a versatile platform that transcends traditional digital experiences.

A look into the future

“6G-BRICKS Metaverse applications present a revolutionary approach to virtual worlds,” says Andrea Castelli, by Brainstorm Multimedia. "With a focus on high-fidelity graphics, seamless user interactions and scalable environments, these applications are designed to serve a wide range of use cases. From virtual tours of real estate and digital marketplaces to interactive learning environments and beyond, 6G-BRICKS is set to transform how we connect, learn and interact in the digital realm."

Key features of these Metaverse apps include both next generation immersive streaming content (offering a new dimension of content through an example of future immersive debates, showing the potential of Metaverse interactions for upcoming mass media productions) and a virtual collaboration space focused on empowering teams to collaborate in dynamic and interactive 3D environments that foster creativity and innovation, supported by holographic telecommunications.

Innovative architecture

Christos Verikoukis, from the Institute of Industrial Systems, coordinator of the 6G-BRICKS project, comments on the technical solutions provided that "the 6G-BRICKS architecture introduces a novel design focused on Intent-Driven Autonomous Networks (IDAN), disaggregated management planes and revolutionary 6G technologies such as Reconfigurable Intelligent Surfaces (RIS) and Cellless networks. This architecture promises an agile and evolutionary platform that supports a wide range of applications from the “Digital twin to ultra-low latency and high reliability communications. Furthermore, the 6G-BRICKS project architecture is a testament to our commitment to innovation and excellence. Our architecture is based on a robust and scalable framework that ensures a seamless and responsive user experience. By incorporating advanced technologies such as blockchain for secure transactions, AI for dynamic content generation, and cloud computing for scalability, we are setting new standards in the development of the Metaverse.”

Highlights of the proposed architecture include:

• Scalable infrastructure: Designed to support millions of users simultaneously, ensuring a smooth and lag-free experience.
• Security and privacy: Implementing cutting-edge security measures to protect user data and transactions within the Metaverse.
• Interoperability: Facilitating seamless integration with existing digital platforms and services, enabling a unified and complete digital ecosystem.”

With the launch of the 6G-BRICKS project, the project consortium is not only imagining the future of digital interaction, they are creating it. As they embark on this exciting journey, they invite all partners, creators and users to join them in exploring the limitless possibilities of the Metaverse. Together, they will build new worlds, foster communities, and redefine what it means to be connected in the digital age.

The 6G-BRICKS project has received funding from the Smart Networks and Services Joint Undertaking (SNS JU) within the framework of the Horizon Europe research and innovation program of the European Union under Grand Agreement No. 101096954. L