Fromvolt provides a turnkey AI supercomputing platform that combines hyperscale compute clusters with a purpose‑built software stack for training large foundation models and high‑throughput inference. The integrated system offers sovereign control, built‑in security, and compliance, while using liquid cooling and renewable energy integration to minimize environmental impact. It is designed for large enterprises, AI research labs, and cloud providers needing dedicated, secure, and sustainable AI compute infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises and AI research organizations often lack access to dedicated, high‑performance compute infrastructure that can scale to train large foundation models while meeting security, sovereignty, and sustainability requirements. Existing cloud solutions can be costly, fragmented, and may not provide full control over critical digital capacity or integration with local energy ecosystems.
Solution
Fromvolt delivers a turnkey AI supercomputing platform that combines hyperscale compute clusters with a purpose‑built software stack to run modern AI workloads at enterprise grade. Their AI Supercomputing Factories are deployed globally and integrate directly with local renewable energy sources, using liquid cooling and circular energy systems to reduce environmental impact. The platform offers sovereign control, allowing customers to own and manage critical compute capacity without reliance on third‑party cloud providers. By providing a single, integrated system—from hardware to orchestration tools—Fromvolt enables organizations to accelerate model training and inference while maintaining security, compliance, and sustainability goals.
Target Audience
Primary customers are large enterprises, AI research labs, and cloud service providers that require dedicated, secure, and sustainable compute resources for training and deploying advanced AI models.
Features
- Hyperscale compute clusters optimized for foundation model training and large‑scale AI inference
- End‑to‑end software stack for resource orchestration, workload management, and AI framework support
- Sovereign infrastructure design granting customers full control over digital capacity and data locality
- Liquid cooling technology that improves performance efficiency and reduces energy consumption
- Integration with renewable energy sources and circular energy systems to minimize carbon footprint
- Modular, purpose‑built AI supercomputing factories that can be deployed in diverse geographic locations
- Built‑in security and compliance controls tailored for enterprise and research environments