HostedAI Secures $19 Million in Seed Funding to Enhance GPU Efficiency

HostedAI Raises $19 Million in Seed Funding

HostedAI, a company specializing in providing a comprehensive GPU as a Service (GPUaaS) and AI cloud stack for service providers, has announced the successful closure of its seed funding round. The company raised $19 million on March 19, 2026, with Creandum leading the round. Additional backing came from People Ventures and Repeat VC.

Optimizing GPU Utilization

HostedAI aims to address inefficiencies in the current GPU infrastructure, which is central to AI operations. The company's platform allows for true GPU virtualization, including pooling and overcommitting resources. This approach enables service providers to extract up to five times more profit per GPU card by optimizing the use of existing infrastructure.

According to CEO Ditlev Bredahl, "The GPU infrastructure powering AI today is incredibly wasteful. Customers are forced to rent GPU as a static resource, because that is the only way operators can sell it — and AI workloads leave about 60% of that GPU idle, on average."

Strategic Use of Funds

The newly acquired funds will be instrumental in further developing HostedAI’s platform to support a federated GPU market. This market will allow customers to publish and subscribe to spare capacity, extending their geographic reach and offering a cost-effective alternative to the dominant hyperscaler cloud providers.

Market Implications

HostedAI’s innovative approach to GPU management could significantly impact the AI and cloud services sectors. By offering a consumption-based pricing model, it promises to reduce costs for AI developers and businesses, making GPU resources more accessible and efficient.

The seed funding will help HostedAI expand its reach and capabilities, providing a viable option for European companies and public sector organizations looking to maintain data sovereignty and achieve regional efficiency. As the demand for AI infrastructure continues to grow, HostedAI's solutions may become increasingly crucial for service providers looking to optimize their operations.