Infrastructure for AI and Hyperscale Growth
POWER • NETWORK • CAMPUS
Hyperscale and AI Growth Are Colliding with Critical Constraints
Across the U.S., demand from AI, cloud, and data-intensive applications is outpacing power, land, and permitting. Legacy sites cannot scale fast enough to keep up. Meeting this challenge requires more than expansion. It requires a new infrastructure strategy.
Quantica Infrastructure delivers fully integrated campuses combining power, fiber, land, and permits to reduce risk, speed development, and enable growth in high-potential regions. Our flagship project, Big Sky Digital Infrastructure, is redefining what it means to scale smart and at speed.
Integrated Campuses
Speed to Market
Integrated Energy DNA
National Platform
Project-Ready, Resilient, and
Responsible by Design
Grid Power
Reliable, on-demand power secured through utility coordination to deliver firm power, ensure uptime, and fast-track energization.
Integrated Solar Power
Utility-scale solar to deliver clean, reliable, and cost-effective energy that powers AI and hyperscale.
Integrated Wind Power
Utility-scale wind to deliver consistent, renewable energy with high capacity factors for 24/7 operations and decarbonized digital infrastructure.
Integrated Battery Storage
Battery energy storage to dispatch firm renewable energy to high-density power loads.
Scalable Power Substation
Dedicated substation to enable redundant, scalable power for hyperscale growth with minimal downtime.
Fiber-Ready Network Connectivity
Robust fiber networks and diverse connectivity paths to deliver carrier-neutral, high-capacity infrastructure tailored for low-latency, scalable AI and hyperscale applications.
Grid Power
Reliable, on-demand power secured through utility coordination to deliver firm power, ensure uptime, and fast-track energization.
Integrated Solar Power
Utility-scale solar to deliver clean, reliable, and cost-effective energy that powers AI and hyperscale.
Integrated Wind Power
Utility-scale wind to deliver consistent, renewable energy with high capacity factors for supporting 24/7 operations and decarbonized digital infrastructure.
Integrated Battery Storage
Battery energy storage to dispatch firm renewable energy to high-density power loads.
Scalable Power Substation
Dedicated substation to enable redundant, scalable power for hyperscale growth with minimal downtime.
Fiber-Ready Network Connectivity
Robust fiber networks and diverse connectivity paths to deliver carrier-neutral, high-capacity infrastructure tailored for low-latency, scalable AI and hyperscale applications.
Big Sky Digital Infrastructure Campus in Montana
Construction Beginning 2026
Our flagship 5,000-acre multi-asset digital infrastructure campus outside Billings, Montana delivers what hyperscale, AI, and High-Performance Computing (HPC) providers need most:
- Immediate Access: 1,000 acres of shovel-ready powered land - Grid power in 2027
- Reliable Power: Grid power with dispatchable integrated renewable energy and battery storage
- Network Diversity: Diverse, low-latency fiber routes with access to Seattle, Salt Lake City, and Midwest markets
- Skilled Workforce: Access to Montana's growing tech talent and transportation hubs
Built to scale with AI, cloud, and HPC workloads. Big Sky Digital Infrastructure is just the beginning.
Pre-Positioned Infrastructure,
Maximum Speed to Market
Unlike piecemeal solutions requiring complex multi-entity coordination, Quantica combines:
- End-to-End Infrastructure development of ready-to-build campuses
- Integrated Power to meet reliability, sustainability, and time-to-market demands
- Network Connectivity through buried fiber-ready conduit
- Strategic Land and Site Management on large parcels in strategic locations
- Project Acceleration with Risk Reduction through an integrated and community-focused approach
Our integrated approach de-risks project execution and balances commercial opportunity with
societal demands so operators and developers can focus on innovation, not infrastructure logistics.
Ready to learn more?
Let’s get in touch.
