Uplink Reaches 40,000 Routers, Paving the Way for Decentralized Internet Solutions
Uplink has recently announced a significant milestone, reaching 40,000 routers globally, which underscores the growing demand for decentralized wireless networks. This decentralized connectivity system aims to enhance existing and new internet infrastructures, making WiFi, 5G, and other cellular technologies more cost-effective worldwide. According to Uplink CEO Carlos Lei, this achievement reflects a shift towards mass adoption of decentralized internet solutions. He emphasized that integrating both existing and new wireless infrastructure into their ecosystem demonstrates the scalability and potential of decentralized connectivity to transform global wireless networks.
The primary mission of Uplink is to reduce internet service costs for users by over 50%, with the potential for reductions of up to 90%. Lei pointed out that the digital divide remains a significant barrier to global internet access, particularly in regions facing inflation, corruption, and high infrastructure costs. Uplink’s model allows individuals to contribute to the network using their existing devices or by deploying new ones, thereby earning passive income that can offset their internet expenses. This innovative approach aims to lower capital expenditure and operational costs for internet service providers, ultimately benefiting end-users.
The decentralized physical infrastructure network (DePIN) industry is rapidly expanding, with an estimated total addressable market of over $2.2 trillion, projected to grow to $3.5 trillion by 2028. Uplink aims to capture at least 5% of this burgeoning market with its decentralized connectivity solution. Lei stated that this is not merely a theoretical concept but a practical and scalable solution that can revolutionize global internet access. With the right infrastructure and community support, Uplink is poised to support over 300 Internet of Things devices and help telecom companies save over 10% of their annual expenses by offloading internet traffic from existing infrastructures.