Roam Unveils Telecom Data Layer for Blockchain-based Connectivity

Roam Announces Telecom Data Layer: A Revolutionary Step in Connectivity

According to Odaily, Roam has officially announced the development of its innovative Telecom Data Layer. This new initiative is set to leverage Roam's existing decentralized WiFi roaming network and its DID+VCs identity verification mechanism. By integrating blockchain technology with real-world hardware, Roam aims to create a multifunctional, secure, and scalable foundational platform for users around the globe.

A Global Network at Your Fingertips

Roam's network currently spans an impressive nearly 190 countries and regions, boasting a community of over 1 million registered users on the Roam app. The platform has established more than 600,000 proprietary nodes and over 3.5 million OpenRoaming™ nodes, positioning itself as a significant player in the Web3 space. Notably, Roam is recognized as the only Web3 Identity Provider (IDP) acknowledged by the Wireless Broadband Alliance (WBA).

Understanding the Telecom Data Layer

The Telecom Data Layer is designed to support data collaboration and interaction across blockchain public chains. Roam's robust location-based physical hardware network significantly enhances the feasibility of creating this Telecom Data Layer, providing an infrastructure that can support diverse applications.

Key Ecosystem Modules of the Telecom Data Layer

The Telecom Data Layer is structured around four main ecosystem modules:

• Roam Network: Focused on incentivizing network construction.
• Roam Growth: Ensures continuous income for network participants.
• Roam Discovery: Supports and incubates connectable or embeddable projects.
• Roam Community: Emphasizes community governance and engagement.

Together, these modules aim to build a cohesive and interactive Blockchain of Things (BoT) ecosystem, fostering collaboration and innovation.

Introducing Roam eSIM: A New Era of Connectivity

In addition to the Telecom Data Layer, Roam has unveiled a new product called Roam eSIM.

This groundbreaking product allows users to participate in WiFi network construction through the app, enabling them to receive global roaming data at no cost. By utilizing Roam's WiFi network and eSIM technology, users can seamlessly access global networks through a single, user-friendly app.

Conclusion

With the introduction of the Telecom Data Layer and Roam eSIM, Roam is poised to revolutionize the way users connect globally. By integrating blockchain technology with practical applications, Roam is not only enhancing connectivity but also empowering users and communities through innovative solutions.

For more information on Roam's technologies and initiatives, visit their official website.