The primary challenge artificial intelligence poses to our power grids is actually not its total energy footprint. Instead, the true difficulty lies in the sudden and intense spikes in localized power demand. To illustrate, massive training campuses are capable of dropping 300MW of power in a flash before instantly surging right back.
By decentralizing where this electricity is consumed, a distributed compute network architecture successfully resolves this synchronization bottleneck. We have just published a new blog post that explains this entire concept in detail, so please head over and give it a read.
By decentralizing where this electricity is consumed, a distributed compute network architecture successfully resolves this synchronization bottleneck. We have just published a new blog post that explains this entire concept in detail, so please head over and give it a read.