Digital Twin technology was born out of a potential space disaster but now has very real-world applications for designing and building AI data centers

With one in eight outages caused by cooling failures, can operators rely on systems built for comfort, not IT?

And why investing in service capability will pay off in the future

The path toward adaptive, resilient liquid cooling

Delivering future-ready digital infrastructure requires intense focus, system-level integration, and ecosystem collaboration

Flexible, scalable infrastructure designs are crucial for enabling AI innovations’ progress – ensuring that deployments and use don’t come at the expense of reliability or efficiency

AI has redrawn the thermal and electrical map of data center infrastructure. But when liquid and power mix, safety is not assured; it’s engineered

There's plenty to think about for the AI future

Data centers should be seen as the next logical units of compute, as IT and facilities infrastructure become more closely coupled driven by the demands of AI workloads

The increasing importance of DFR in UPS design to safeguard critical digital infrastructures and enable seamless business operations

Data centers must be designed with an eye toward future expansion and flexibility

How condition-based maintenance and advanced monitoring services harness AI/ML in data centers

As the digital world races ahead, AI is driving the transformation, particularly within IT infrastructure

The future is exciting for direct-to-chip technology

Evaluating the sustainability of chilled water systems

It's just taken time to come to fruition

Where does this take Vertiv's software strategy?

Advice on design and comissioning, cooling and electrical systems