Compute demand is moving closer to wheredata is generated, across telecom sites, industrial facilities, campuses, and remote locations where power, space, and infrastructure are already constrained.
AI inference, automation, real-timeanalytics, and digital twin environments require compute to operate locally,not only in centralised datacentres.
Immersion-based modular systems enable sites to convert available power, space, and connectivity into controlled, high-density compute environments.
Traditional cooling systems are often not suitable in a lot of environments due to their size, complexity, and dependency oncontrolled conditions.
Immersion enables high-density compute in compact, contained systems that operate independently of airflow and external environmental conditions.
We support customers from early evaluation through deployment and multi-site expansion, providing system integration guidance, deployment planning, and optimisation across distributed environments.
Existing network sites become compute infrastructure.
Compute is deployed directly withinoperational environments.
Universities, corporate campuses, andresearch environments increasingly require local HPC and AI capabilities. High-performance compute is delivered directly at the point of use.
Explore the Technical Product Catalogue and White Paper to learn more about Horizon's architecture, deployment approach, system specifications and the engineering principles behind the platform.
