W3bstream Case Studies
Case Study Details
Mission
Hotspotty enables users to understand and visualize DePIN device data, as well as plan, monitor and manage their devices and payouts. Hotspotty seeks to optimize DePIN miners' network performance and token earnings, as well as collaborate with the broader DePIN community to enable broad coverage.
Mission
Hotspotty enables users to understand and visualize DePIN device data, as well as plan, monitor and manage their devices and payouts. Hotspotty seeks to optimize DePIN miners' network performance and token earnings, as well as collaborate with the broader DePIN community to enable broad coverage.
Mission
Hotspotty enables users to understand and visualize DePIN device data, as well as plan, monitor and manage their devices and payouts. Hotspotty seeks to optimize DePIN miners' network performance and token earnings, as well as collaborate with the broader DePIN community to enable broad coverage.
Mission
Hotspotty enables users to understand and visualize DePIN device data, as well as plan, monitor and manage their devices and payouts. Hotspotty seeks to optimize DePIN miners' network performance and token earnings, as well as collaborate with the broader DePIN community to enable broad coverage.
Challenges
Hotspotty has historically focused on decentralized wireless (DeWi) protocols -- as Hotspotty expands to support new DePIN networks in verticals such as green energy, automotive, and geo-location, the support of new device types, data formats, and user bases requires new standards.
Challenges
Hotspotty has historically focused on decentralized wireless (DeWi) protocols -- as Hotspotty expands to support new DePIN networks in verticals such as green energy, automotive, and geo-location, the support of new device types, data formats, and user bases requires new standards.
Challenges
Hotspotty has historically focused on decentralized wireless (DeWi) protocols -- as Hotspotty expands to support new DePIN networks in verticals such as green energy, automotive, and geo-location, the support of new device types, data formats, and user bases requires new standards.
Challenges
Hotspotty has historically focused on decentralized wireless (DeWi) protocols -- as Hotspotty expands to support new DePIN networks in verticals such as green energy, automotive, and geo-location, the support of new device types, data formats, and user bases requires new standards.
How W3bstream Helps
Hotspotty is integrating with W3bstream to aggregate data from various DePIN projects in a standardized format and visualize this data in a user-friendly fashion. W3bstream serves as a data aggregation and compute backend for Hotspotty to quickly onboard new DePIN projects in a seamless fashion.
How W3bstream Helps
Hotspotty is integrating with W3bstream to aggregate data from various DePIN projects in a standardized format and visualize this data in a user-friendly fashion. W3bstream serves as a data aggregation and compute backend for Hotspotty to quickly onboard new DePIN projects in a seamless fashion.
How W3bstream Helps
Hotspotty is integrating with W3bstream to aggregate data from various DePIN projects in a standardized format and visualize this data in a user-friendly fashion. W3bstream serves as a data aggregation and compute backend for Hotspotty to quickly onboard new DePIN projects in a seamless fashion.
How W3bstream Helps
Hotspotty is integrating with W3bstream to aggregate data from various DePIN projects in a standardized format and visualize this data in a user-friendly fashion. W3bstream serves as a data aggregation and compute backend for Hotspotty to quickly onboard new DePIN projects in a seamless fashion.
Ultimately where we see working with Webstream and the IoTeX team is coming up with [DePIN] standards and having webstream integrate all of them into data connections.” "Webstream allows you to plug and play [DePIN apps] from the get-go."
Launch dynamic NFTs
with W3bstream
W3bstream. Powered by IoTeX. Built by MachineFi Lab. All rights reserved.
W3bstream. Powered by IoTeX. Built by MachineFi Lab. All rights reserved.