Edited By
Anna Petrov
A fresh proposal aims to turbocharge the Deeper Network with a decentralized Wi-Fi mesh system leveraging Passpoint technology. This development comes as users open discussions on better connectivity solutions across various locales, such as cafes and malls in 2025.
The key idea presented involves using existing Deeper devices to create a global mesh network. Owners could enable nodes through built-in Wi-Fi antennas, USB adapters, or enterprise access points that support Hotspot 2.0. This would provide encrypted internet access in physical spaces like shopping malls, airports, and residential buildings.
"Users would earn DPR tokens based on data transceived via their access points," the proposal states, effectively monetizing home networks. Each node could be geotagged on a public map, helping others locate available Wi-Fi easily.
To join this network, users would download a dedicated mobile app that allows for offline access certificates and ensures user verification through various methods, such as linking phone numbers to national IDs in compliant regions. A generous base quota of 5GB free data would entice new users, while additional data could be purchased with DPR tokens, promising affordability compared to local internet service prices.
A crowd-sourced verification mechanism could also provide real-time updates about the network's coverage. "Devices would auto-connect to the nearest verified mesh point, ensuring a seamless experience," according to the proposal.
While user feedback is varied, some voices caution about competing with established services like Helium. One comment highlights this, stating, "Good luck competing with Helium and XNET." However, others believe that the decentralized model aligns well with current consumer demands.
A user noted, "Existing apps often yield unreliable Wi-Fi access information, making a mesh network a potentially more robust solution." Though some believe the proposal might face challenges with regulations surrounding eSIM connections and operational limits, the excitement around decentralized networks remains palpable.
๐ Economic Model: Users monetize networks with DPR tokens, incentivizing contributions.
๐ Coverage Expansion: Geotagged nodes enhance accessibility for Wi-Fi seekers.
๐ค Market Competition: Concerns arise regarding competition from other mesh networks.
"A real revenue stream for DPR holders and Wi-Fi providers could emerge from this model."
The reception to this proposal indicates a strong interest in decentralized connectivity solutions. As discussions continue, it raises the question: Can this decentralized approach effectively challenge traditional internet services in the long run?
The landscape of decentralized Wi-Fi networks appears promising, with experts estimating about a 70% chance that this new mesh system could carve out a significant market share in the coming years. As users continue to express frustrations with traditional internet providers, the prospect of an incentivized, community-driven model like this one may attract many new participants. Increasing adoption could lead to broader public acceptance of alternative connectivity solutions. However, regulatory hurdles and potential pushback from established service providers may pose challenges, with only a 30% chance that such obstacles would fully derail its progress.
Looking back at the early crowdfunding days, a subtle yet telling parallel emerges. Platforms like Kickstarter originally faced skepticism, with many questioning whether they could truly rival traditional financing. Yet, as more grassroots projects found success, a cultural shift occurred. Today, crowdfunding is a go-to for entrepreneurs and creators alike. Similarly, if this decentralized Wi-Fi mesh network gains traction, it could alter perceptions of internet connectivity, encouraging more people to embrace innovative solutions. Just as Kickstarter democratized funding, this new network could redefine how communities perceive and access the internet.