Crusoe Cloud: Project Jade - Building 1
About Project Jade - Building 1
Project Jade – Building 1 is a planned high-performance data center facility developed by Crusoe Cloud, designed to support next-generation artificial intelligence (AI), machine learning, and high-performance computing workloads. As part of Crusoe’s expanding digital infrastructure platform, the project reflects the company’s focus on building large-scale compute environments optimized for AI training clusters, GPU deployments, and hyperscale cloud infrastructure.
The facility is planned as part of Project Jade, a multi-building campus initiative intended to deliver scalable, AI-ready infrastructure with high-density compute capabilities. Building 1 will form the initial phase of the development, designed to support advanced compute platforms, high-capacity networking, and flexible expansion as demand for AI and cloud workloads continues to grow.
Crusoe Cloud’s infrastructure strategy emphasizes energy-efficient operations and purpose-built facilities capable of supporting emerging AI workloads, including large GPU clusters and distributed computing environments.
⚙️ Facility Highlights
- Planned AI-focused data center facility
- Part of the Project Jade hyperscale campus development
- Designed for AI, machine learning, and high-performance computing
- Infrastructure optimized for GPU clusters and high-density deployments
- Modular architecture supporting phased campus expansion
- Built to support hyperscale cloud and enterprise workloads
- Designed to accommodate next-generation compute platforms
🔌 Power Infrastructure
- Planned high-capacity electrical infrastructure supporting large-scale compute workloads
- Designed for high-density GPU deployments
- Redundant electrical systems engineered for resilient operations
- Infrastructure optimized for scalable megawatt-level capacity growth
❄️ Cooling Infrastructure
- Cooling systems designed for high-density AI and HPC environments
- Infrastructure prepared for advanced cooling technologies, including liquid cooling
- Energy-efficient architecture designed to support GPU-intensive workloads
🌐 Connectivity & Carrier Access
- Planned carrier-neutral connectivity architecture
- High-capacity networking infrastructure supporting AI cluster communications
- Designed for low-latency connectivity to major cloud and internet exchange hubs
- Support for hybrid and multi-cloud deployments
🔐 Security & Compliance
- Multi-layer physical security design planned
- 24/7 monitored facility access and surveillance
- Controlled access points and visitor management systems
- Infrastructure designed to support enterprise-grade compliance requirements
💼 Who It Serves
- AI and machine learning infrastructure providers
- Hyperscale cloud operators
- High-performance computing (HPC) environments
- Enterprise AI and advanced analytics platforms
- Organizations deploying GPU clusters and large-scale AI training workloads