KAYTUS unveiled a gigawatt-scale, fully prefabricated containerized AI data center solution at ISC 2026, engineered for rapid deployment from 3MW up to 1GW.

The solution standardizes the full stack into three factory-prefabricated container modules—IT Cube, Power Cube, and Cooling Cube—scaling from 3MW to 1GW and shortening deployment timelines by as much as 60% versus traditional construction.

KAYTUS also introduced KSManage Ultra, an intelligent infrastructure management platform for AI Factories, offering full-stack visibility and integrated management of GPUs, racks, PDUs, and CDUs across data centers.

KSManage Ultra supports three-level liquid cooling leak detection (node, rack, loop) with automated safety shutdowns, valve closures, node isolation, and alerts for closed-loop remediation in case of leaks.

The model is a single-vendor delivery approach covering site survey through ongoing operations, aiming to reduce project management overhead and improve schedule predictability.

Integrated management monitors GPUs, CPUs, memory, interconnects, management networks, power shelves, CDUs, and liquid cooling to prevent performance degradation via holistic visibility and correlation analyses.

onboarding and operations are accelerated with minute-level capabilities: one-click batch scanning and automatic node addition, topology mapping, batch stress testing, and rack-level automated initialization, reducing onboarding time from about 50 minutes per rack to under 3 minutes.

The platform targets three AI-ops challenges: rising rack-scale management complexity, difficulty diagnosing cross-layer performance issues, and inefficiencies from device-by-device onboarding and inconsistent configurations.

Key benefits include faster deployment—from roughly 18–24 months down to 6–8 months—reduced on-site risk due to factory integration, single-vendor accountability, higher deployment quality, streamlined lifecycle support, and scalable expansion to 100MW or 1GW.

Cooling Cube combines a liquid cooling module and an air-cooled chiller, with redundant equipment, a thermal buffer, and emergency water reserves to maintain cooling during power events or water interruptions.

Cooling Cube provides 4,200kW liquid cooling and 3,300kW chilled-water capacity, with redundant pumps and a 72-hour emergency water reserve.

The Cooling Cube integrates a high-temperature liquid-cooling source (4,200kW) and a low-temperature air-cooled chiller plant (3,300kW), featuring redundant pumps, water treatment, pressure management, a 10-minute thermal buffer, and a 72-hour emergency water reserve.