W3bstream Case Studies
XNET Uses W3bstream to Expand and Improve Transparency of their User-owned Mobile Carrier
XNET is a full-featured mobile network that offers carrier-grade access to cellular services such as voice calling and SMS messaging, running on a fleet of community-operated nodes.
Case Study Details
Mission
XNET is pioneering the next generation of mobile networks by focusing on the intersection of legacy telecom and blockchain technology. XNET aims to offer a full spectrum of mobile network services including phone numbers, voice calls, and SMS capability.
Mission
XNET is pioneering the next generation of mobile networks by focusing on the intersection of legacy telecom and blockchain technology. XNET aims to offer a full spectrum of mobile network services including phone numbers, voice calls, and SMS capability.
Mission
XNET is pioneering the next generation of mobile networks by focusing on the intersection of legacy telecom and blockchain technology. XNET aims to offer a full spectrum of mobile network services including phone numbers, voice calls, and SMS capability.
Mission
XNET is pioneering the next generation of mobile networks by focusing on the intersection of legacy telecom and blockchain technology. XNET aims to offer a full spectrum of mobile network services including phone numbers, voice calls, and SMS capability.
Challenges
Empowering a decentralized mobile carrier requires the coordination of several categories of stakeholders and devicess, such as long-range nodes, short-range nodes, rovers, network validators and more. This requires infrastructure that is reactive and scalable to coordinate and verify actions across these stakeholders.
Challenges
Empowering a decentralized mobile carrier requires the coordination of several categories of stakeholders and devicess, such as long-range nodes, short-range nodes, rovers, network validators and more. This requires infrastructure that is reactive and scalable to coordinate and verify actions across these stakeholders.
Challenges
Empowering a decentralized mobile carrier requires the coordination of several categories of stakeholders and devicess, such as long-range nodes, short-range nodes, rovers, network validators and more. This requires infrastructure that is reactive and scalable to coordinate and verify actions across these stakeholders.
Challenges
Empowering a decentralized mobile carrier requires the coordination of several categories of stakeholders and devicess, such as long-range nodes, short-range nodes, rovers, network validators and more. This requires infrastructure that is reactive and scalable to coordinate and verify actions across these stakeholders.
How W3bstream Helps
XNET plans to use W3bstream to register and monitor the activities of their footprint of CBRS-based radios. W3bstream can provide detailed metrics on the location and usage of these radios, which will allow XNET to have a single, 1:many source for network statistics and data.
How W3bstream Helps
XNET plans to use W3bstream to register and monitor the activities of their footprint of CBRS-based radios. W3bstream can provide detailed metrics on the location and usage of these radios, which will allow XNET to have a single, 1:many source for network statistics and data.
How W3bstream Helps
XNET plans to use W3bstream to register and monitor the activities of their footprint of CBRS-based radios. W3bstream can provide detailed metrics on the location and usage of these radios, which will allow XNET to have a single, 1:many source for network statistics and data.
How W3bstream Helps
XNET plans to use W3bstream to register and monitor the activities of their footprint of CBRS-based radios. W3bstream can provide detailed metrics on the location and usage of these radios, which will allow XNET to have a single, 1:many source for network statistics and data.
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