Mining Never Sleeps: Inside GoMining’s US Datacenters
Behind every GoMining digital miner is a real machine earning your Bitcoin rewards.
But where do these machines actually live, and what goes into running one of the most transparent, performance-driven operations in the industry?
During a recent X Space, the GoMining Data Center team explained the details. Here’s a breakdown of our U.S. facilities - where uptime, clean energy, and real infrastructure power your digital miners.
In the past blog we showed how you can watch the farms live, 24 hours a day.
Live Camera Feeds
Each of these locations has a name, legend, and specific role within our mining network:
- Mesquite Bluff channels the rugged resilience of Texas terrain and plant life.
- Silver Fox Run nods to the native silver foxes and Carolina's naming traditions.
- Heron Shore draws its name from the blue herons that live around Moses Lake, reflecting the local natural environment.
Every livestream shows real-time footage of our hosting environments - rack activity, equipment layout, and operational conditions. All powering your miners, including the free trial digital miner designed for newcomers!
The People Behind the Hashrate
“Mining never sleeps. It runs 24 hours a day.” - Jared Focose, part of the hosting team and CEO of the US Division.
Each machine is heavy, about 23 kilograms, and it delivers roughly 10 TH of hash-rate per kilogram. As soon as new units arrive, our team lifts them off the pallet and slides them into the rack.
Every miner sends its temperature, fan speed, and hash rate to one central screen. If any reading drifts from normal, the nearest technician gets a ping and heads straight to the spot.
How We Hold About 99% Uptime
Many mining operations reach somewhere between 90% and 97% availability. Our target is closer to 99%.
We monitor everything in real time, so we can catch issues early. Each site has backup parts, two separate power feeds, and engineers on duty 24/7. So if something breaks, it gets fixed fast, even at night.
Reliability, as we explained in the Datacenters AMA, is the only path to real profitability.
The Hardware Reality
A digital miner may look weightless on your phone, yet every terahash you purchase is linked to a miner that must clear customs, pass through forklifts, and slide into a live rack.
That physical work happens behind the scenes so your new hash power can begin hashing almost immediately after purchase.
Our Clean-Energy Mix
“We are targeting about 90% sustainable energy right now.” - Jared Focose
The Washington site relies on hydro power that supplies steady inexpensive electricity all year.
In South Carolina daytime solar pairs with the local grid so machines continue running after sunset.
The Texas farm uses wind energy credits to offset the power it draws. Leaning on renewables helps keep operating costs predictable and lowers the environmental footprint of every bitcoin you earn.
Monitoring in Real Time
All miners connect through secure VPN tunnels.
All performance data goes to one screen shared by our support, operations, and finance teams.
When something shifts, engineers act fast and support gives answers based on real-time numbers.
Planning for Growth
Hardware has become far more demanding since the S9 era, rising from about 1.3 kilowatts per unit to roughly 3.8 kilowatts for current S21 models.
Our racks are already wired for that load and much of our capacity is being upgraded to immersion cooling, which doubles density and reduces noise.
New builds begin at roughly 20 megawatts and follow a container design that can be placed wherever low-cost renewable power is available.
We are also examining cooler northern regions and stable-grid Latin American locations to smooth seasonal power swings and diversify our capacity.
In case you missed the live X Space where we broke all this down, you can catch the full recording here.
August 6, 2025
