10MW Liquid Cooled AI Data Center

Cyfuture is building a new type of computer center in India designed specifically for the fastest artificial intelligence chips. This facility uses liquid cooling instead of air to handle massive amounts of heat generated by powerful GPUs. It is the first and only center in India built to support the next generation of AI hardware known as Vera Rubin, which is expected to arrive in 2026. The center is located in a special economic zone that allows for duty-free imports of equipment. This setup ensures that companies can bring in the latest technology without paying extra taxes or facing delays. The goal is to provide a secure and high-performance environment for training large language models and running complex AI applications.

Benefits

This data center offers several major advantages over traditional facilities. The liquid cooling system removes heat much more efficiently than air, allowing the center to support rack densities of over 240 kilowatts. This means more powerful computers can fit in a smaller space without overheating. The facility targets a power usage efficiency of less than 1.3, which is significantly better than the industry average of 1.57. This efficiency saves energy and reduces operating costs. The infrastructure is validated for multiple chipsets including NVIDIA Vera Rubin, GraceBlackwell, Blackwell, and AMD Instinct models. This neutrality allows tenants to choose the best hardware for their needs without worrying about compatibility. The location in a special economic zone provides tax benefits and simplifies the import process for global hardware shipments. Security measures include biometric access and strict chain-of-custody controls to protect sensitive data.

Use Cases

This facility is designed for a wide range of industries and organizations. Global AI labs can use it to train frontier large language models and reinforcement learning systems at a massive scale. Enterprises in finance and banking can run sovereign AI projects, private knowledge bases, and fraud detection tools that meet strict compliance rules. AI-native startups can access GPU-as-a-Service to build inference APIs and agent platforms without heavy upfront investment. Government agencies can utilize the sovereign zone for national language AI projects and secure datasets that require data residency. Healthcare providers can use the high-performance computing for AI-driven diagnostics and drug discovery research. Media companies and simulation firms can leverage the power for high-throughput rendering and digital twin projects. Cloud service providers and managed service partners can use the facility as regional population points to offer wholesale compute capacity to other businesses.

Pricing

Pricing details for this facility are not publicly available in the provided information. Interested parties would need to contact Cyfuture directly to discuss commercial terms, capacity reservations, and specific rates based on their requirements.

Vibes

There are no specific customer reviews or testimonials available in the provided text. However, the project is described as a significant milestone for India's AI infrastructure. The announcement positions the center as a ready solution for the Vera Rubin generation, which is a major selling point for companies planning their long-term technology strategy. The focus on sovereignty and duty-free imports suggests a strong appeal to national initiatives and large enterprises looking to reduce costs and avoid import restrictions.

Additional Information

Cyfuture is the company behind this project and is launching India's first and only 10 MW liquid-cooled AI data center. The facility is engineered to be ready for the NVIDIA Vera Rubin NVL72 chip, which is scheduled to ship in the second half of 2026. The planned go-live date for the center is October 31, 2026. The infrastructure supports phased deployment, allowing tenants to start with smaller blocks and expand up to 30 MW in the future. The center features a non-blocking spine-leaf network design optimized for high-speed data transfer between GPUs. It includes advanced monitoring systems for coolant temperature, pressure, and flow, as well as leak detection. The power architecture uses N+1 or 2N redundancy to ensure 99.999% availability with backup generators and dual power feeds. The facility supports various deployment models ranging from single racks for startups to whole campus leases for national programs.