Three moves. One handoff. The whole platform in a sentence: capture heat at the compute source, route it on a grid-aware thermal bus, deliver it into the household's existing loads — space, water, drying, pool, dehumid.
The reject loop of a partner datacenter yields 1.4 MW per hour. One block of CloudBoiler-wired households absorbs 62% of that in winter, 18% in summer; the remainder recirculates or vents.
Worcester is cold. For the 40 households on Birch Hollow, winter meant a $280 median gas bill, two breakdowns a decade, and a water heater that ran out mid-shower. The street sits two blocks from a tier-II datacenter that was venting 1.4 MW of waste heat into the sky every hour.
We did not sell them anything. We laid pipe. Over six weeks a crew of four tapped the datacenter's rejection loop, routed insulated line under Elm Street, and dropped a 60-gallon buffer tank in each basement. The gas lines stayed as backup. Nobody has lit them in 11 months.
A fifteen-minute call with a thermal engineer. If your block fits the thermal, routing, and partner profile, you're on the Q1 2027 build list.
CloudBoiler recovers compute waste heat and routes it to households that need it. Grid-coupled, SLA-backed, fossil-free on-site. Operating in four counties across MA, NY and TX.