Phoenix is not a single-use infrastructure operator. We are a vertically integrated platform built across energy procurement, physical infrastructure, and compute delivery designed to meet the demands of an AI-driven world at any scale.
The next era of computing will not be constrained by software, algorithms, or talent. It will be constrained by physical infrastructure, the availability of power, the density of compute environments, and the reliability of the facilities that house them. Phoenix was built to remove those constraints.
Phoenix is not a single-use infrastructure operator. We are a vertically integrated platform built across energy procurement, physical infrastructure, and compute delivery designed to meet the demands of an AI-driven world at any scale.
The next era of computing will not be constrained by software, algorithms, or talent. It will be constrained by physical infrastructure, the availability of power, the density of compute environments, and the reliability of the facilities that house them. Phoenix was built to remove those constraints.
Phoenix’s digital infrastructure platform is designed to support large‑scale Bitcoin mining today and the next generation of AI and high‑performance computing workloads. The Group combines secure energy access, proven infrastructure, and disciplined execution to operate reliably across diverse markets.
Shared facilities,long‑term power agreements, and repeatable development standards allow Phoenix to deploy infrastructure that adapts to evolving compute‑intensive use cases. This flexibility enables the platform to support current operations while remaining ready for future AI and HPC demand, underpinned by a scalable foundation for long‑term growth.
Phoenix's flagship facility and the foundation of the platform.
The Citadel facility is Phoenix’s flagship Bitcoin mining facility and the anchor of our global compute platform. As the largest concentration of mining capacity in our portfolio, it delivers sovereign‑aligned, energy‑secured infrastructure that is strategically located in one of the world’s most important digital‑asset markets.
Phoenix Group’s Ethiopia operation is a cornerstone of its global Bitcoin mining platform and a benchmark for sustainable, large‑scale mining in Africa. With a total secured capacity of 132 MW, powered predominantly by renewable hydropower from the Grand Ethiopian Renaissance Dam, the site reflects the Group’s strategy of securing energy‑rich locations to support resilient, scalable, and sustainable global mining operations.
Phoenix's North American presence provides exposure to the world's largest enterprise compute market.
Operating across energy-advantaged locations within the US, our facilities are positioned to serve both domestic and international enterprise customers requiring colocation and HPC capacity in a mature regulatory environment.
A strategic Gulf deployment that complements Phoenix's UAE flagship and extends the platform's reach across the broader MENA region.
Oman's improving grid infrastructure, favorable energy economics, and growing digital economy ambitions make it a compelling long-term market for compute infrastructure investment.
Phoenix Group’s Canada operation, located in St. Leon, is one of the most efficient sites within its global mining fleet. Operating in a stable and established market, the facility benefits from reliable infrastructure and consistent performance, strengthening the Group’s resilient and diversified global footprint.
Phoenix infrastructure serves the organizations at the frontier of what compute can do. From AI labs and research institutions to enterprises, governments, and cloud providers, if the workload is intensive, the uptime is critical, and the scale is real, Phoenix is built for it.
Training and running large AI models at scale requires continuous, high-density power delivery, advanced thermal management, and infrastructure that does not compromise under sustained load. Most data centers were not built for this. Phoenix was.
High-density GPU hosting environments with liquid and air cooling architectures engineered for the heat profiles of the latest AI hardware. Power-stable, thermally optimised facilities that keep models training and inference running without interruption at whatever scale the workload demands.
Complex simulations, scientific research, and financial modeling demand massive computational power and data throughput without latency bottlenecks.
Purpose-built infrastructure optimized for computational intensity. Our facilities are designed to support the clustered architectures required for true high-performance computing workloads with dedicated, uninterrupted power.
Modern enterprises require hybrid infrastructure that blends the security of private clouds with the immense power needed for localized large-scale data processing.
Secure, compliant, and highly connected colocation environments. Phoenix provides the physical foundation for enterprise digital transformation, offering unmatched power capacity for scaling centralized compute hubs.
National security, data sovereignty, and public service modernization require uncompromising security, strict localization, and highly resilient infrastructure.
Sovereign-aligned facilities that guarantee data residency. Operating in highly regulated and strategically significant markets, we provide the secure physical layer for national digital infrastructure.
The global shortage of GPU availability is compounded by a lack of data centers capable of actually powering and cooling these dense clusters at hyperscale.
Facilities engineered exclusively for multi-megawatt GPU deployments. We provide the power density, advanced thermal management, and robust infrastructure needed to host thousands of interconnected GPUs seamlessly.
Hyper-scalers and specialized cloud providers are racing to expand capacity, but are consistently bottlenecked by grid limitations and prolonged facility build times.
Rapidly deployable, high-capacity infrastructure. By securing large-scale energy agreements in advantaged markets, we deliver the ready-to-use megawatts that cloud providers need to scale their platforms globally.