Cool Edge provides modular, containerized data center units that use two‑phase liquid immersion cooling to eliminate water use and cut power consumption by up to 50 %. The system includes AI‑driven sensor monitoring and a cloud‑based dashboard for real‑time thermal control, predictive maintenance, and remote management, and is offered as a subscription‑based infrastructure‑as‑a‑service compatible with GPUs, TPUs and other high‑power compute hardware.
Funding
Funding not disclosed
Founders
Product
Problem
Data centers, especially traditional air‑cooled facilities, consume large amounts of electricity and often rely on water‑intensive cooling, driving high OPEX and limiting the density needed for HPC and AI workloads. Operators also face complexity when trying to deploy edge‑localized compute resources with reliable thermal management. These constraints hinder scalability and sustainability for modern compute‑intensive applications.
Solution
Cool Edge delivers modular, containerized data‑center units that integrate a two‑phase liquid immersion cooling system, eliminating water use while achieving 33‑50 % reductions in power consumption. The platform embeds AI‑driven sensor arrays that continuously monitor temperature, pressure, and humidity, enabling automated thermal control and predictive maintenance. A cloud‑based management console provides real‑time analytics, capacity planning, and remote diagnostics, reducing the need for on‑site staff. The solution is hardware‑agnostic, supporting GPUs, TPUs, and other high‑power compute devices, and can be deployed as standalone edge nodes or retrofitted into existing air‑cooled facilities. Customers access the infrastructure through an OPEX‑focused SaaS model that bundles hardware, cooling, monitoring, and support, allowing rapid scaling without upfront CAPEX.
Target Audience
Primary customers are data‑center operators, hyperscalers, and edge‑computing providers that run HPC, AI, deep‑learning, or blockchain workloads and need high‑density, energy‑efficient infrastructure. The solution also serves enterprises seeking to modernize legacy air‑cooled facilities with a low‑CAPEX, subscription‑based model.
Features
- Two‑phase liquid immersion cooling loop with no water usage, delivering high heat‑transfer efficiency and high power density.
- AI/ML‑powered sensor network (temperature, pressure, humidity) for closed‑loop thermal regulation and predictive failure alerts.
- Plug‑and‑play modular containers (rack‑scale or mini‑data‑center) that can be installed on‑site or in existing facilities with minimal integration effort.
- Cloud‑native operations dashboard offering real‑time telemetry, energy‑usage analytics, and remote firmware updates.
- Hardware‑agnostic design compatible with GPUs, TPUs, ASICs, and standard server form factors.
- SaaS‑based infrastructure‑as‑a‑service pricing that includes hardware lease, cooling, monitoring, and full‑stack maintenance.
- Scalable architecture supporting edge deployments, colocation sites, hyperscale campuses, and retrofit projects for air‑cooled data centers.