North American vacancy remains at 1%, but JLL says only a very small share of that capacity can support high-density AI deployments.

Distributed computing is getting a new spin. A growing crop of pilots is paying homeowners to host GPU capacity via wall-mounted appliances. Can residential nodes deliver the speed, reliability, security, and scale?

The project combines a planned private energy generation complex with an AI data center and has drawn national scrutiny over its potential emissions.

Sunrun’s Voltus deal adds residential batteries to the capacity options available to AI hyperscalers, but distributed resources cannot solve every physical grid constraint.

Driven by surging investment in AI and cloud infrastructure, Asia-Pacific’s data center pipeline reached a record-breaking 26.5 GW in H1 2026.

Data center land banking reshapes industry growth by securing land for future expansion as demand surges and site selection challenges intensify.

The VMware-Broadcom situation illustrates a critical lesson: avoid over-dependence on any one platform by continuously evaluating workload placement, costs, and risks.

The company’s strategy emphasizes that “bragawatts” aren’t all equal: a megawatt at the end of a weak radial line has far less value than one supported by redundant, resilient transmission systems.

Nvidia’s $500B financing push could change how operators fund AI infrastructure, while power and interconnection remain critical constraints on deployment.

The AI data center boom relies on copper, lithium, and rare earths, but ongoing supply chain pressures are testing whether producers can keep up.