W3bstream Case Studies

React Uses W3bstream to Visualize Real World Data and Manage Green Energy Devices

The React Network will be composed of thousands of user-deployed smart meters, solar panels, and batteries in homes and businesses that share extra energy to enable a decentralized energy grid

Case Study Details

Mission

React is building the digital infrastructure layer necessary to integrate user-owned green energy devices into the global energy system. React rewards individuals for increasing the flexibility of the grid by contributing data and energy from their smart devices.

Mission

React is building the digital infrastructure layer necessary to integrate user-owned green energy devices into the global energy system. React rewards individuals for increasing the flexibility of the grid by contributing data and energy from their smart devices.

Mission

React is building the digital infrastructure layer necessary to integrate user-owned green energy devices into the global energy system. React rewards individuals for increasing the flexibility of the grid by contributing data and energy from their smart devices.

Challenges

Building and integrating a decentralized energy grid requires secure, real-time interactions with the traditional energy grid, as well as complex coordination of heterogeneous smart devices including solar panels, batteries, smart meters, and more.

Challenges

Building and integrating a decentralized energy grid requires secure, real-time interactions with the traditional energy grid, as well as complex coordination of heterogeneous smart devices including solar panels, batteries, smart meters, and more.

Challenges

Building and integrating a decentralized energy grid requires secure, real-time interactions with the traditional energy grid, as well as complex coordination of heterogeneous smart devices including solar panels, batteries, smart meters, and more.

How W3bstream Helps

React is utilizing W3bstream to manage and visualize the diverse footprint of devices that contribute to its network, as well as compute over the high volume of real-time data from these devices. W3bstream provides a highly scalable and secure environment for React to verify energy production in the real world before distributing token incentives to device owners.

How W3bstream Helps

React is utilizing W3bstream to manage and visualize the diverse footprint of devices that contribute to its network, as well as compute over the high volume of real-time data from these devices. W3bstream provides a highly scalable and secure environment for React to verify energy production in the real world before distributing token incentives to device owners.

How W3bstream Helps

React is utilizing W3bstream to manage and visualize the diverse footprint of devices that contribute to its network, as well as compute over the high volume of real-time data from these devices. W3bstream provides a highly scalable and secure environment for React to verify energy production in the real world before distributing token incentives to device owners.

Building a flexible energy network requires connections to many devices - from energy meters to thermostats, inverters, batteries, and EV chargers. React is leveraging w3bstream to bring these devices on-chain and reward users for the value they provide the energy system, without compromising on performance or security. The IoTeX Foundation is building incredibly valuable infrastructure that reduces the complexity of launching DePIN projects, and we're excited to partner with the team. Web3 enables cooperative organizations to move at the speed of the internet. Distributed infrastructure is a very practical and compelling way to apply that.”

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W3bstream. Powered by IoTeX. Built by MachineFi Lab. All rights reserved.

W3bstream. Powered by IoTeX. Built by MachineFi Lab. All rights reserved.