Popular crypto educator and YouTube creator VoskCoin went behind the scenes at one of GoMining’s largest U.S. mining facilities, offering viewers a rare look inside the infrastructure powering industrial-scale Bitcoin mining.
One of Web3’s most influential content creators has stepped inside one of GoMining’s largest Bitcoin mining operations in Texas.
Drew “VoskCoin” Vosk, whose YouTube channel has become one of the industry’s most recognizable educational platforms, recently toured GoMining’s 70-megawatt facility, giving viewers a behind-the-scenes look at how industrial Bitcoin mining works.
During the visit, Vosk walked through the site’s electrical infrastructure, cooling systems and mining halls alongside GoMining U.S. CEO Jared Focose. Their discussion covered grid stability, energy efficiency, mining accessibility and the growing connection between mining infrastructure and Bitcoin payments.
The Texas site currently operates around 21,000 ASIC miners across a 70 MW facility, making it one of GoMining’s largest operations. The infrastructure is designed to maintain stable, large-scale mining while allowing the facility to reduce its electricity consumption during periods of increased grid demand.
Throughout the tour, Focose challenged one of the most common criticisms of Bitcoin mining: that large mining facilities place additional pressure on local electricity grids.
He argued that miners can instead function as flexible energy consumers, increasing consumption when electricity is abundant and shutting down machines when the grid needs additional capacity. This model can help energy providers manage demand without relying entirely on expensive battery infrastructure.
Vosk also highlighted the scale of the physical infrastructure behind Bitcoin mining. The tour showed the facility’s privately operated substation, high-voltage transformers, evaporative cooling systems and custom airflow design.
The facility uses water walls to cool incoming air during the hottest periods of the Texas summer. Inside the mining halls, the building’s design creates a chimney effect that helps move hot air away from the machines while limiting unnecessary energy use and dust buildup.
The conversation also explored how mining facilities could support products beyond traditional Bitcoin block production.
Focose discussed GoBTC Pay, GoMining’s Bitcoin payment protocol, which uses the company’s mining fleet and private pool to prioritize transactions. The system is intended to allow users to pay with Bitcoin while keeping settlement on Bitcoin’s base layer.
According to Focose, stable mining infrastructure serves as the foundation beneath the payments ecosystem, providing the hashrate needed to support transaction processing.
The interview also examined GoMining’s consumer mining model. Instead of requiring users to purchase and maintain physical machines, the platform allows them to buy digital miners represented by NFTs, with each asset corresponding to a defined amount of real mining power.
Users can begin with as little as one terahash, while the physical mining equipment is operated across GoMining’s facilities. Focose said the company is currently selling the equivalent of approximately 2,500 mining machines per month.
He also claimed that the platform has millions of active users, including many people who had not previously owned or used Bitcoin.
For VoskCoin, who has spent years explaining mining hardware and cryptocurrencies to a broad online audience, the visit offered an unusually detailed look at the engineering behind the industry.
From electrical substations and cooling systems to grid participation and Bitcoin-native payments, the tour showed how modern mining companies are attempting to expand beyond simply producing new Bitcoin.
