Roam: Pioneering Decentralized WiFi Roaming and Telecom Infrastructure
Roam, a decentralized WiFi roaming network, is emerging as a key player in the DePIN (Decentralized Physical Infrastructure Network) ecosystem. Unlike other projects that focus on niche areas, Roam aims to create a global open wireless network that supports decentralized telecom services. A significant challenge in decentralized systems is the manipulation of location data, particularly in gaming, where users exploit GPS systems to bypass geographic restrictions. Roam addresses this issue by employing decentralized identities (DIDs) and verifiable credentials (VCs) to ensure accurate GPS data, thereby reducing the risks associated with location-based exploits.
Currently operational in over 190 countries with around 750,000 self-deployed nodes, Roam connects users to a vast network of 3.5 million OpenRoaming™ nodes. The Roam app facilitates seamless connectivity, allowing users to automatically connect to available nodes without repeated logins. Central to Roam’s protocol is its user identity verification system, which creates a digital identity upon app installation. This system ensures that user identities are verified each time they access a WiFi node, enhancing security and privacy across the network.
Roam’s ambitions extend beyond WiFi services, as it seeks to establish itself as a decentralized telecom data layer, similar to how Layer 1 blockchains provide infrastructure for decentralized applications. The network collects and records user data on the Solana blockchain, contributing to a decentralized ledger of telecom data. Roam also encourages community participation through a mining system that rewards users with Roam Points for operating WiFi nodes. With a vision to become a public utility within the DePIN sector, Roam is poised to play a crucial role in the future of decentralized networks, fostering an open-access model that attracts more projects to its ecosystem.