OneMiners is evolving from a traditional crypto mining host into a next-generation compute infrastructure provider in the United States. By combining large-scale ASIC hosting, AI-ready data center architecture, and innovative on-site energy generation, the company is building an ecosystem designed for the future of high-density digital workloads.
With an operational mining campus in Georgia and major energy-backed expansion underway in South Carolina, OneMiners is aligning power production directly with compute demand, a model increasingly seen as the future of both AI infrastructure and blockchain processing.
Georgia: A Stable U.S. Base for Industrial-Scale ASIC Mining
In Georgia, OneMiners operates a purpose-built ASIC hosting facility designed for reliability, scalability, and predictable operating costs. The campus supports up to 20 megawatts of deployable power, making it suitable for both mid-sized mining fleets and large-scale professional operations.
Georgia offers a combination of grid stability, industrial infrastructure, and regulatory clarity that makes it especially attractive for high-density compute. This environment reduces operational risk and helps ensure consistent uptime, a critical factor in both Bitcoin and altcoin mining profitability.
Rather than relying on variable or opaque fee structures, OneMiners focuses on transparent, all-inclusive pricing that allows clients to forecast expenses and plan expansion without unexpected overhead.
Transparent Power Pricing Built for Long-Term Profitability
The hosting model is structured around clearly defined electricity tiers that include facility operations, technical support, and day-to-day management.
Premium hosting: $0.060 per kWh
Online-ordered miners: $0.065 per kWh
Externally supplied miners: $0.070 per kWh
This approach allows miners to match their cost structure to their sourcing strategy. Clients purchasing hardware directly through OneMiners benefit from the most favorable rate, while external fleet owners still gain access to a professional U.S. hosting environment with fully managed infrastructure.
By eliminating hidden service add-ons, the pricing model helps protect margins in an industry where small efficiency gains can translate into significant long-term differences in output.
Facility Engineering for 24/7 High-Density Operation
The Georgia campus is engineered specifically for the thermal and electrical demands of ASIC hardware. Rack layouts, airflow paths, and power distribution systems are designed to maintain stable operating conditions across large deployments.
Structured cold and hot aisle management improves cooling efficiency and reduces thermal stress on machines. Power systems are built with industrial-grade components to support continuous operation under sustained load.
Each deployment follows a structured commissioning process that includes hardware inspection, configuration, monitoring integration, and performance validation. This ensures that miners enter production under stable conditions from day one.
NO Service Fees in USA when mining with Oneminers
In the United States, OneMiners distinguishes itself through a transparent, all-inclusive hosting model with no service fees across its U.S. operations. Every managed miner benefits from fully bundled support—covering facility operations, maintenance, monitoring, and on-site technical care—without hidden surcharges or add-on costs. This structure gives clients predictable economics and allows energy spending to map directly to hash rate performance. By removing uncertainty and simplifying cost management, OneMiners provides miners in Georgia and across upcoming U.S. sites with a dependable, efficiency-driven foundation for long-term profitability.
Advanced Cooling: From Optimized Airflow to Immersion
Cooling plays a central role in hardware efficiency and lifespan. OneMiners integrates multiple thermal management strategies depending on fleet requirements.
High-efficiency air cooling is used for standard deployments, with airflow engineering focused on even temperature distribution and minimized hotspots.
For specialized fleets, immersion cooling is available. In these systems, miners operate submerged in thermally conductive dielectric fluid. This method reduces temperature fluctuations, lowers dust exposure, and can extend hardware longevity while maintaining more stable performance under load.
On-Site Technical Teams and Preventive Maintenance
Continuous uptime depends on rapid response and proactive care. OneMiners maintains trained technicians on-site to handle routine inspections, firmware coordination, diagnostics, and hardware swaps.
Essential spare parts are stored locally, allowing for fast replacement of common components and reducing downtime. Preventive maintenance schedules help detect issues before they impact production, supporting stable output across large fleets.
This operational model is designed to shift the technical burden away from miners and toward dedicated facility teams.
Security, Insurance, and Operational Transparency
Physical and digital security are integrated into facility operations. The Georgia campus operates under continuous surveillance with controlled access procedures to protect hosted equipment.
All hosted hardware is covered by comprehensive insurance policies against major risks such as equipment failure and natural events. This adds an additional layer of protection for capital-intensive mining deployments.
Clients receive VPN-secured access to real-time monitoring systems, allowing them to track hash rate, uptime, and production metrics remotely. This transparency enables data-driven optimization and long-term planning.
South Carolina Expansion: Converting Stranded Gas into Digital Compute
While Georgia represents OneMiners’ grid-connected hosting model, the company is also investing millions of dollars into a new energy-integrated data center concept in South Carolina.
These projects are built around natural gas sources that are not economically viable to transport through existing pipeline networks. Instead of being flared or left unused, this gas is processed on-site and converted directly into electricity using industrial generators.
The power is consumed locally by modular, containerized data centers placed close to the energy source. This reduces transmission losses, bypasses grid constraints, and transforms stranded energy into productive digital infrastructure.
The initial rollout targets approximately 30 megawatts of generation capacity dedicated to high-density compute workloads.
Versatile Workloads: Bitcoin Mining, AI Training, and Rendering
Unlike single-purpose mining farms, these South Carolina deployments are designed as flexible compute hubs.
The generated power can support:
- Large-scale Bitcoin ASIC mining
- AI rendering and inference workloads
- Hybrid environments balancing blockchain and AI processing
This flexibility enables dynamic capacity management based on market conditions. When mining economics strengthen, additional power and resources can be allocated to ASIC operations, ensuring OneMiners maximizes efficiency and profitability across its infrastructure.
This model reflects a broader industry shift where data centers are increasingly designed around energy availability first, with workload allocation remaining dynamic.
Containerized and Deployable Infrastructure
The South Carolina facilities rely on modular container-based data center units. These systems can be transported and deployed near new energy sources as they become available, creating a scalable approach that follows fuel rather than being tied to fixed urban grid locations.
This mobility reduces development timelines and unlocks energy that would otherwise remain unused. It also provides flexibility to scale compute capacity in phases aligned with energy production.
Energy and Compute Converge in a New Infrastructure Model
Through its Georgia hosting campus and South Carolina gas-powered expansion, OneMiners is building a dual model of compute infrastructure.
One side delivers stable, transparent ASIC hosting within a traditional U.S. grid framework. The other focuses on energy innovation, converting non-exportable gas into electricity that powers both Bitcoin mining and advanced AI workloads.
In both cases, the strategy centers on aligning compute directly with reliable and cost-effective energy sources, while maintaining flexibility in how that power is used.
As demand for AI processing and blockchain infrastructure continues to rise, models that integrate energy production with adaptable high-density data centers are likely to play a growing role in the future of digital infrastructure, and OneMiners is actively investing in that transition.
Georgia: Scalable U.S. Mining Foundation
OneMiners’ Georgia campus illustrates how industrial Bitcoin and ASIC hosting is evolving toward infrastructure-first, institution-grade standards, rather than speculative short-term builds, backed by the company’s global network spanning the USA, Europe, Africa, and the Middle East with ultra-competitive energy rates from $0.04/kWh worldwide.
By combining a mature U.S. power market, 20 MW of purpose-built capacity, and engineered cooling suited to both air and immersion deployments, the site is designed to keep fleets online efficiently across full market cycles, not just during bull runs. Transparent, tiered pricing from $0.060 per kWh for premium hosting gives miners a predictable economic base, reducing the noise of hidden fees so that energy spend maps cleanly to hash rate and long-term ROI modeling, enhanced by OneMiners’ signature no service fees policy across U.S. sites, where all management, repairs, and monitoring are bundled without surcharges.
Layered physical security, insurance-backed protection, and 24/7 on-site technical staff further shift risk away from operational fragility toward stable, data-driven management, especially valuable for international clients placing high-value hardware in the U.S with added flexibility through OneMiners’ pioneering Pay Later program (just 25% upfront, balance over three months) to acquire and deploy hardware immediately while generating revenue from day one.
Within OneMiners’ broader ecosystem, featuring AI smart mining tools, 99%+ uptime guarantees, 7-year hardware warranties, and free remote apps, Georgia stands out as a strategically quiet but operationally robust hub, offering serious miners a scalable, compliant, and clearly priced foundation for sustained ASIC performance in the United States
