Hydria provides modular, containerized colocation units for high‑density HPC and AI workloads, delivering up to 30 kW per rack with liquid‑cooling, 400 GbE/InfiniBand connectivity, and carbon‑neutral power. The solution enables plug‑and‑play deployment at pre‑qualified sites, remote telemetry and API integration, and compliance with security standards, allowing enterprises and research labs to scale compute capacity without building new data‑center infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises and research organizations that run high‑performance computing (HPC) or artificial‑intelligence (AI) workloads often face data‑center constraints: traditional facilities lack the power density, cooling capacity, and modularity required for super‑computers, while their high energy consumption conflicts with corporate decarbonization goals.
Solution
Hydria delivers modular, container‑based high‑density hosting platforms that isolate each client’s equipment in a secure, autonomous enclosure within low‑carbon data‑center sites. The containers integrate high‑efficiency power distribution, liquid‑cooling loops, and edge‑level monitoring to sustain extreme compute densities without over‑provisioning facility space. By sourcing decarbonized electricity and employing proven energy‑efficiency technologies, the solution reduces the carbon footprint of HPC/AI deployments and aligns with corporate CSR objectives. Clients can scale capacity on demand, avoid large upfront cap‑ex, and benefit from rapid site activation across pre‑qualified North‑American locations. A unified management portal provides real‑time telemetry, remote diagnostics, and API‑driven integration with existing orchestration tools, enabling seamless workload migration and lifecycle management.
Target Audience
Primary customers are enterprises, research labs, and cloud providers that require dedicated high‑density HPC or AI infrastructure, such as simulation firms, aerospace and geoscience companies, and AI‑driven product developers.
Features
- Containerized colocation units with up to 30 kW per rack and liquid‑cooling infrastructure designed for super‑computers and dense GPU clusters
- Plug‑and‑play power and networking interfaces supporting 400 GbE, InfiniBand, and high‑speed fiber backbones
- Integrated energy‑efficiency controls (DC‑DC conversion, free‑cooling, AI‑driven thermal optimization) achieving PUE < 1.2
- Carbon‑neutral operation powered by renewable energy contracts and on‑site waste‑heat recovery systems
- Secure, isolated access controls with role‑based authentication, physical tamper detection, and FIPS‑140‑2 encrypted telemetry streams
- Remote monitoring dashboard and RESTful API for capacity planning, performance analytics, and automated provisioning
- Rapid deployment model: pre‑fabricated containers can be installed on any of Hydria’s approved sites within weeks, with scalability to add additional containers as demand grows
- Compliance with major industry standards (ISO 27001, SOC 2, GDPR) and support for custom SLA tiers