The path toward adaptive, resilient liquid cooling

As 6G, satellites, sovereignty, plus more drive the conversations in Barcelona

As AI workloads move from experimental to mission-critical, the infrastructure supporting them must evolve with equal seriousness – across power, cooling, sustainability, and water

In mission-critical infrastructure, redundancy protects hardware. Lifecycle continuity protects performance. When speed outpaces structure, risk becomes cumulative

As data center construction continues to scale, prefabrication success will depend not only on what is built, but on how confidently it can be moved

Don’t worry, it’s mostly a joke

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

In gigawatt AI infrastructure, reliability is not achieved through priority language. It is achieved through molecules physically secured, stored, and controlled at the point of use

In modern data centers cooling is a primary determinant of cost, scalability, and competitive advantage

But it's imperative to implement speed, supply, sustainability, and security

Aisle containment is no longer a static wall – but an intelligent asset that actively drives efficiency forward

For AI data centers, services are no longer an afterthought. They are the mainstay that keeps power and cooling architectures aligned with the digital services they are intended to deliver

AI will play a vital role for telcos in the future, but governance is essential

Listen to what the market is telling you and let what you see be your guide

Construction projects are notoriously complex and without proper oversight and coordination, risks can quickly become real issues – impacting both timeline and budgets

When labor is constrained, modularization is how you scale

Optical connectivity should be treated as a first-order design pillar alongside power and cooling. It must be tailored to the workload, the topology, the operational model, and the deployment cadence

The question is no longer whether the industry must move beyond air, but how quickly organizations transition from incremental cooling fixes to holistic thermal management by design

When flexibility is treated as a foundational design principle rather than an afterthought, it becomes a source of resilience

The case for micro-augmentation in an age of agentic AI

Architecting for real-time intelligence

The key ingredients for mitigating the escalated risks associated with liquid cooling

Adding liquid cooling to your existing data center can be complicated, but when done successfully, it effectively cools hotter workloads and keeps critical infrastructure running at peak uptime and efficiency

The choice is clear: converge and optimize, or remain siloed and inefficient