ECOBLOX
ECOBLOX provides modular, mobile data center containers and an AI/HPC-as-a-service virtualization stack that enable rapid deployment of high-performance computing infrastructure at on-premise, remote, or renewable energy sites. The company's proprietary DCIM platform optimizes compute tasks for speed and energy efficiency, while a direct liquid cooling system using reclaimed water neutralizes excess heat. ECOBLOX also handles site preparation and power delivery, with real-time energy and carbon usage reporting for sustainability compliance.
- Clean Technology
- Hardware
Funding
Founders
Product
Problem
Organizations deploying AI and machine learning workloads face significant challenges in standing up high-performance computing infrastructure quickly, as traditional data centers are capital-intensive, slow to build, and constrained by location. These workloads also demand extreme energy efficiency and cooling capabilities that conventional facilities struggle to provide, leading to high operational costs and environmental compliance risks.
Solution
EcoBlox provides modular and mobile data center containers that can be deployed on-premise, near underwater internet cables, or at renewable energy sites, enabling rapid, flexible AI infrastructure build-out. The company offers an AI/HPC as a service virtualization stack that allows the modular data centers to operate as private or public clouds across one or multiple locations. A proprietary DCIM platform continuously optimizes compute tasks for speed and energy efficiency, while a direct liquid cooling system using reclaimed water neutralizes excess heat. EcoBlox also handles site preparation and power delivery, and provides real-time energy and carbon usage reporting to help customers meet sustainability regulations.
Target Audience
Primary customers are cloud service providers, enterprises, and AI/ML companies that need high-density, energy-efficient compute infrastructure they can deploy rapidly at distributed or remote locations.
Features
- Modular and mobile data center containers deployable in harsh environments, on-premise, or near renewable energy sources
- Proprietary DCIM platform offering capacity planning, energy reporting, predictive modeling, and task optimization
- AI/HPC as a service full-stack virtualization engine for private or public cloud operation across multiple sites
- Direct liquid cooling system using reclaimed water processed via reverse osmosis, circulating among server racks
- End-to-end site preparation, power generation, and transformer delivery for faster, more efficient power distribution
- Energy efficiency reporting with PUE and CUE metrics aligned with The Green Grid standards