Data centers wait years for grid power while solar farms make more than the grid can absorb. What if the solution isn't generating more energy, but making better use of what's already available?

Read more from @vanessabramirez in @IEEESpectrum.

Read more: spectrum.ieee.org/data-center-ex…

The next wave of compute won’t all come from giant data centers. Some of it will run right next to spare power, and that’s exactly where we’ve been building from day one.

Read more from @katiefehren in @AxiosPro on why startups and investors are betting on spare power.

RELIC energizes in as little as six weeks with no substations, no transformers, and no grid work.

Read more from @ceboudreau in @_LatitudeMedia on how Rune is building a new category for AI compute.

We build RELIC the same way solar itself gets built: through repeatable, manufactured units deployed at scale, not one massive project constructed from the ground up.

Our CEO joined @MTSlive with @sophiadew to talk through our $40M raise and why modular, factory-built data astructure actually scales.

@MTSlive @sophiadew bit.ly/4hFe7sC

Solar plants are built to hit peak demand, so they end up overbuilt most of the year. That excess is exactly what RELIC turns into AI compute.

Our CEO, William Layden, broke it down on @tbpn with @johncoogan and @jordihays last week.

We've raised $40M to turn stranded solar power into AI compute, no grid connection required.

Meet RELIC, the drama-free data center, deployed in under 60 minutes and already live at a 200MW site in Texas.

More from @adele_peters at @FastCompany.

Read our story here: bit.ly/46nkomq