Zotera delivers integrated data center infrastructure designed to provide the availability, resilience, efficiency, and scalability required for mission-critical digital operations. We bring together power, cooling, racks and enclosures, physical infrastructure, environmental systems, connectivity, safety, and security within a coordinated architecture engineered around the operational requirements of each facility.

 

Our approach extends beyond individual infrastructure components. Zotera integrates critical facility systems with IT and operational technology (OT) to create an intelligent infrastructure environment in which power, cooling, environmental conditions, equipment performance, and physical security can be continuously monitored and managed. This integrated foundation supports reliable operations today while providing the flexibility to accommodate higher-density computing, cloud, AI, edge, and future infrastructure requirements.

​

Integrated Infrastructure Solutions

Reliable data centers depend on multiple infrastructure systems operating together as a coordinated environment. Zotera works across the critical infrastructure stack to design, integrate, and manage solutions around availability, efficiency, maintainability, and future capacity requirements.

​

• Power Infrastructure: Integrates utility power, switchgear, UPS systems, power distribution, PDUs, backup generation, energy storage, grounding, and power monitoring to provide resilient and continuously available power across the facility.

​

• Cooling & Thermal Management: Develops cooling architectures aligned with facility capacity and equipment density, incorporating precision cooling, airflow management, containment, environmental monitoring, and advanced cooling technologies for increasingly demanding compute environments.

​

• Racks & Physical Infrastructure: Integrates racks, cabinets, containment, structured cabling, cable management, pathways, raised-floor or slab-based environments, and supporting infrastructure to create secure, maintainable, and scalable equipment environments.

​

• Environmental Monitoring & Protection: Deploys intelligent sensing and monitoring for temperature, humidity, airflow, water leakage, smoke, power conditions, and other environmental factors that can affect equipment availability and facility performance.

​

• Fire Detection & Life Safety: Integrates early-warning detection, fire suppression, alarm, and life-safety systems appropriate for mission-critical environments, with monitoring and escalation capabilities incorporated into facility operations.

​

• Physical Security & Access Control: Combines layered access control, identity management, video surveillance, intrusion detection, and facility monitoring to protect critical infrastructure, equipment, and restricted operational areas.

​

• Network & Physical Connectivity: Provides the structured cabling, fiber infrastructure, pathways, telecommunications spaces, equipment distribution, and redundant connectivity required to support reliable internal and external communications.

​

• Infrastructure Monitoring & Management: Connects critical infrastructure through DCIM, BMS, IIoT, and other management platforms to provide operational visibility, alarms, performance analytics, capacity management, and a foundation for automation and predictive operations.

• ​

Infrastructure Designed as a System

Zotera approaches the data center as an interdependent system rather than a collection of individual technologies. Power affects cooling; equipment density affects thermal requirements; connectivity influences redundancy; and every critical system contributes to overall availability and operational resilience.

​

By combining infrastructure engineering with Zotera's capabilities in IIoT, IT/OT integration, edge intelligence, analytics, automation, and cybersecurity, we help transform traditional physical infrastructure into an intelligent operational environment. The result is infrastructure that can be monitored, optimized, expanded, and modernized as business requirements and technologies evolve.