DATA CENTER TECHNOLOGY

The machines inside
are only half the story.

Cooling, power, automation, robotics and new construction methods are changing how data centers are designed, built and operated.

Explore the systems See 3D construction Community questions

THE TECHNOLOGY STACK

Six systems shaping the next campus.

We separate technologies already deployed at scale from emerging approaches that still require project-specific engineering, economics and approvals.

Cooling

Direct-to-chip liquid cooling, immersion, rear-door exchangers and closed-loop systems.

Power

Microgrids, batteries, flexible loads, onsite generation and intelligent controls.

Automation

Sensors, digital twins, predictive maintenance and robotic inspection.

Modular delivery

Factory-built electrical, mechanical and structural assemblies.

Construction robotics

Automated layout, scanning, equipment and robotic fabrication.

Heat reuse

Capturing waste heat for suitable industrial, agricultural or district uses.

Cooling performance should be evaluated with project-specific energy and water data. Review the U.S. Department of Energy guidance ↗

TECHNOLOGY + ACCOUNTABILITY

A better system is only meaningful when the commitment can be measured.

Water, power, air, noise, jobs and public cost must be evaluated against the design proposed for the actual site—not a generic industry promise.

Review community concerns & responsible responses →

COH 3D CONSTRUCTION

Robotic construction belongs in the data-center conversation.

COH connects robotic construction with workforce development, housing and the supporting infrastructure around major technology campuses.

What robotic printing does

A digitally controlled robot places concrete or mortar in programmed layers. It remains part of a complete construction process requiring design, engineering, reinforcement, utilities, finishes, inspection and skilled people.

Automate repetitive work. Train people for higher-value work.

Workforce housing

Rapid, repeatable housing near major construction programs.

Support buildings

Training centers, offices, guardhouses, maintenance and storage.

Utility structures

Durable enclosures supporting power, water and campus systems.

Warehouses & shells

Large-format construction where speed and repeatability matter.

Community assets

Housing, clinics and classrooms connected to community commitments.

Future campus components

Appropriate walls and facilities after engineering and code review.

WATCH & VERIFY

From precedent to possibility.

A real 3D-printed data-center building establishes the precedent; RIC shows a broader robotic construction platform.

BUILT PRECEDENT · HEIDELBERG

Data-center walls printed in approximately 140 hours

The Wave House shows additive construction serving an actual data-center use.

Read the project account ↗

RIC

Mobile robotic construction

Commercial-scale machines, construction projects and demonstrations.

See RIC in action →

ROBOTIC PLATFORM · RIC

Robots designed for real jobsites

Review the current machines and projects at the original source.

RIC Technology projects ↗

RESPONSIBLE ADOPTION

New technology still has to earn its place.

✓ Engineered for the use✓ Code approved✓ Tested materials✓ Real cost comparison✓ Trained operators✓ Quality documented

COH 3D Construction connects the printer, the people and the project.

Discuss a project →