W3bstream - Web3 Off-Chain Compute Infra

Mission

Drop Wireless is transforming the communications industry by creating a wireless network that relies on the collective efforts of network participants, such as hotspot and smart device owners. Wireless nodes that provide reliable connectivity, quality measurements, and geolocation data are rewarded with tokens.

Mission

Drop Wireless is transforming the communications industry by creating a wireless network that relies on the collective efforts of network participants, such as hotspot and smart device owners. Wireless nodes that provide reliable connectivity, quality measurements, and geolocation data are rewarded with tokens.

Mission

Drop Wireless is transforming the communications industry by creating a wireless network that relies on the collective efforts of network participants, such as hotspot and smart device owners. Wireless nodes that provide reliable connectivity, quality measurements, and geolocation data are rewarded with tokens.

Mission

Drop Wireless is transforming the communications industry by creating a wireless network that relies on the collective efforts of network participants, such as hotspot and smart device owners. Wireless nodes that provide reliable connectivity, quality measurements, and geolocation data are rewarded with tokens.

Challenges

With hotspots deployed in open areas, the ability to verify the activities of remote hotspots without human intervention requires a trusted connection of real world and Web3. Furthermore, the attribution of which hotspots delivered connectivity to which users in real-time requires a high amount of computing power.

Challenges

With hotspots deployed in open areas, the ability to verify the activities of remote hotspots without human intervention requires a trusted connection of real world and Web3. Furthermore, the attribution of which hotspots delivered connectivity to which users in real-time requires a high amount of computing power.

Challenges

With hotspots deployed in open areas, the ability to verify the activities of remote hotspots without human intervention requires a trusted connection of real world and Web3. Furthermore, the attribution of which hotspots delivered connectivity to which users in real-time requires a high amount of computing power.

Challenges

With hotspots deployed in open areas, the ability to verify the activities of remote hotspots without human intervention requires a trusted connection of real world and Web3. Furthermore, the attribution of which hotspots delivered connectivity to which users in real-time requires a high amount of computing power.

How W3bstream Helps

Drop Wireless is using W3bstream to verify the liveness and utility of deployed hotspots, as well as distribute the accurate amount of crypto rewards to hotspot owners that deliver connectivity. The integration of decentralized identity for hotspots via W3bstream will also improve the trust and transparency of their network.

How W3bstream Helps

Drop Wireless is using W3bstream to verify the liveness and utility of deployed hotspots, as well as distribute the accurate amount of crypto rewards to hotspot owners that deliver connectivity. The integration of decentralized identity for hotspots via W3bstream will also improve the trust and transparency of their network.

How W3bstream Helps

Drop Wireless is using W3bstream to verify the liveness and utility of deployed hotspots, as well as distribute the accurate amount of crypto rewards to hotspot owners that deliver connectivity. The integration of decentralized identity for hotspots via W3bstream will also improve the trust and transparency of their network.

How W3bstream Helps

Drop Wireless is using W3bstream to verify the liveness and utility of deployed hotspots, as well as distribute the accurate amount of crypto rewards to hotspot owners that deliver connectivity. The integration of decentralized identity for hotspots via W3bstream will also improve the trust and transparency of their network.