Purpose-built, large-scale campuses
Sovereign power | Multi carrier fiber | Sustainable water

Powered Infrastructure
for the Future of AI

Uninterrupted. Unmatched. Unstoppable.
Multi-gigawatt, behind-the-meter power with full redundancy keeps hyperscale workloads running at peak speed and reliability. Integrated power, fiber and water systems give our campuses total infrastructure control at scale.

Multi-Gigawatt

Campuses

Engineered from the Ground Up

Our site selection process targets power, fiber, and water advantages to maximize performance, resilience, and scalability.

Power

Behind-the-meter power delivers full energy independence with gas, solar, wind, and redundant systems for hyperscale AI. Grid-connected yet self-reliant, ensuring uptime, stability, resilience, and scalable capacity for mission-critical workloads.

Fiber

Carrier-neutral fiber with diverse, redundant routes to Tier 1 and Tier 2 providers ensures low latency, high uptime, and scalable bandwidth, keeping mission-critical workloads always online, resilient, and ready to scale.

Water

Located above floodplains, our campuses use reclaimed and non-potable water with advanced reuse systems to minimize environmental impact while ensuring efficient, resilient operations and uninterrupted performance at scale.

Built Fast. Built Right. Built to Win.
Nexus is forging State of the Art hyperscale campuses by mastering the orchestration of sovereign power, resilient fiber, and sustainable water. In a global AI race where timing is everything, our proven infrastructure delivery accelerates deployment and ensures performance from day one

1.Hyperscale AI Campuses

Powered by Nexus’s multi-gigawatt, redundant behind-the-meter infrastructure, grid-connected though not grid-reliant, our campuses deliver unmatched resilience and energy independence. Built for future densities and evolving technologies, they accelerate large-scale developments and give customers a decisive edge in the global AI race.

2.Sovereign Power Systems

Downtime isn’t an option. Nexus designs, permits, and builds multi-gigawatt, behind-the-meter power that delivers energy independence and engineered redundancy. Grid connected but not grid-reliant, our natural gas engines, turbines, UPS, and BESS ensure speed, reliability, and an edge in the AI race.

3.Regulatory Leadership

Nexus’s in-house permitting secures all approvals for sovereign, behind-the-meter power and fully compliant, shovel-ready campuses with speed and precision. Working with TCEQ and local authorities, we ensure compliance, accelerate timelines, and deliver large-scale data center infrastructure fast and reliably.

4.Redundant Fiber Infrastructure

Low-latency, high-availability connectivity is non-negotiable. Our campus locations are sited to ensure fully redundant fiber networks, featuring diverse paths and connections to multiple Tier 1 and Tier 2 providers. This carrier-neutral approach ensures continuous uptime and maximum reliability.

5.Sustainable Water Ecosystems

We prioritize sustainable sourcing, reuse, and operational continuity, to minimize environmental impact while maximizing efficiency. Our commitment to responsible water use ensures that every campus supports high-performance workloads without burdening local resources.

6.Where Uptime Lives

Designed for round-the-clock operations, each campus provides on-site accommodation, dedicated workshops, and full-time client facilities for 24/7 staff. Offices and amenities are purpose-built for comfort, efficiency, and performance, enabling continuous innovation and mission-critical uptime.

Building at Scale, Preserving What Matters.

Built for Impact—Without the Footprint

Sustainability is foundational, not an afterthought. From energy strategy to land use and workforce development, every campus is designed to deliver meaningful, measurable impact at hyperscale.

Power That Gives Back

Our campuses run on sovereign, behind-the-meter power from clean, sustainable sources, reducing reliance on local supply. Surplus generation strengthens the grid while minimizing environmental impact

Water-Conscious Design

We use closed-loop cooling and sustainable non-potable water to operate without municipal supply, delivering efficient cooling while reducing environmental impact.

Community Collaboration

We are committed to being a good neighbor and understanding community needs, working with local leaders to drive growth and invest in infrastructure and programs that strengthen the community.