Live & Work
Designed for People, Powered by Infrastructure
GigaZone is being planned as more than a data center campus. It is a mixed-use district where people can live, work, dine, gather, and enjoy a high-quality urban environment supported by advanced energy, cooling, connectivity, and building systems.
The goal is simple: people who live, work, dine, stay, and gather in GigaZone should experience a premium urban district — not an industrial campus.
District Design
A District Designed Around Quality of Life
GigaZone integrates large-scale digital infrastructure with human-scale placemaking. The district is planned to include offices, residences, hospitality, retail, restaurants, public plazas, landscaped walkways, water features, and amenity spaces alongside high-density compute facilities.
This mixed-use model only works if the environment is comfortable for the people who live and work there. That is why the district design prioritizes careful separation between public spaces, residential environments, and the infrastructure systems that support the district.
From building orientation and acoustic screening to thermal modeling, service routing, security zoning, and public realm design, every major element of GigaZone is intended to support a comfortable, safe, and attractive district experience.
Acoustic control and noise mitigation
Screened mechanical terraces, parapet walls, and equipment setbacks.
Thermal separation and heat management
Controlled heat rejection oriented away from occupied areas.
Safe service and logistics routing
Dedicated corridors separate operations from public pedestrian zones.
Secure infrastructure zoning
Distinct security zones for each type of use.
High-quality pedestrian environments
Landscaped plazas, water features, and active retail frontage.
Visual screening of utility systems
Infrastructure presented cleanly as part of the district identity.
Acoustic Design
Noise Management and Acoustic Design
High-density computing facilities require fans, pumps, power equipment, and cooling systems. At GigaZone, those systems are planned to be integrated into the architecture through layered acoustic strategies rather than exposed directly to public or residential areas.
Acoustic louvers & screened terraces
Mechanical areas are screened behind architectural louvers and parapet walls to contain sound at the source.
Sound-absorbing materials
Equipment setbacks, vibration isolation, and sound-absorbing materials reduce transmission into occupied spaces.
Low-speed fan strategies
Airflow designs prioritize lower fan speeds that reduce noise generation without sacrificing cooling performance.
Building form as acoustic shield
Data center utility areas and service corridors are oriented away from the most sensitive public-facing areas.
Dedicated mechanical zones
Infrastructure is concentrated in controlled mechanical zones separated from residential, office, and hospitality floors.
Continuous operation, quiet environment
The result: compute infrastructure operates 24/7 while residents and visitors experience a calm, comfortable district.
Thermal Comfort
Heat Management as a District Resource
Data centers produce heat, but GigaZone is being planned to manage that heat as a district-scale resource rather than an uncontrolled byproduct.
The district concept uses liquid-first cooling, heat exchange systems, thermal loops, and screened heat-rejection terraces to move heat away from occupied areas. Cooling equipment is intended to be positioned and oriented so that warm discharge air is directed away from sidewalks, residential balconies, outdoor dining areas, and major pedestrian zones.
Where practical, captured heat may be reused within the district for domestic hot water, pools, spas, hospitality uses, or other district energy applications.
The Guiding Principle
“People should not feel the data center in the plaza, at the restaurant, in the apartment, or at the office.”
Heat that cannot be reused is rejected through controlled mechanical systems designed to minimize impact on the public realm. Screening, orientation, and setback requirements are built into the district design from the start.
Public Spaces
Public Spaces That Feel Public
Even though GigaZone is powered by major infrastructure, the public realm is planned to feel open, welcoming, and comfortable. Infrastructure elements are integrated into the architecture or located in service zones away from the primary pedestrian experience.
Public Realm Features
- Active retail frontages
- Shaded landscaped walkways
- Water features and public plazas
- Restaurants and outdoor dining
- Seating, lighting, and public art
- Comfortable gathering spaces
Security Zones
GigaZone is designed with clear operational separation between public areas, private tenant spaces, and critical infrastructure zones.
- Public retail and amenity areas
- Residential and hospitality spaces
- Office and tenant areas
- Data center operations
- Electrical and mechanical infrastructure
- Service and logistics access
- Emergency response routes
Residents & Workers
Comfortable Living and Working Environments
Residents and workers in GigaZone should experience the benefits of the district's infrastructure without being burdened by it. The same systems that support the data center environment can also support a premium living and working experience.
Residential, hospitality, and office spaces are planned to be physically and operationally separated from the most intensive data center functions through dedicated building cores, acoustic buffer floors, independent ventilation paths, and service separation.
The district is intended to provide the reliability and connectivity of a technology campus with the comfort, convenience, and design quality of a modern mixed-use neighborhood.
Infrastructure as Amenity
- Resilient power and high-speed fiber
- Advanced building automation
- District-scale energy systems
- EV charging infrastructure
- Smart access and security systems
- High-quality tenant services
Buffer Zones
Built-In Buffers Between Compute and Community
GigaZone's architecture uses intentional buffer zones between high-density compute areas and human-occupied spaces. Data center operations, public retail, office space, hospitality, and residential living each have different needs — and GigaZone is designed to respect those differences.
The Larger Vision
Infrastructure That Enhances the District
The infrastructure inside GigaZone is not only there to serve data center tenants. It is also intended to improve the district around it — using the economics and infrastructure of advanced compute to support a better urban district.
Resilient Power
More reliable electric service for every tenant, resident, and business in the district.
High-Speed Connectivity
High-capacity fiber and advanced communications infrastructure district-wide.
District Energy
Thermal loops, heat reuse, and shared energy systems support sustainability goals.
Smart Systems
Advanced building automation, EV charging, and smart public safety infrastructure.
Enhanced Security
Resilient operations and enhanced security monitoring benefiting all district occupants.
Long-Term Sustainability
High-quality tenant services and sustainability improvements as the district matures.
Design Principles
Human-Centered Infrastructure Principles
Protect the public realm.
Sidewalks, plazas, restaurants, homes, hotels, and offices should be comfortable, attractive, and accessible.
Control the infrastructure impact.
Noise, heat, logistics, security, and service operations are modeled, managed, screened, and separated from everyday life.
Reuse value where possible.
Waste heat, resilient power, fiber connectivity, water systems, and smart controls support the broader district experience.
Make the architecture honest but refined.
GigaZone acknowledges its infrastructure role without looking or feeling industrial.
Design for long-term livability.
The district should remain comfortable, safe, and desirable as the compute infrastructure grows.
Get Involved
Interested in Living or Working in GigaZone?
GigaZone is in active planning. If you are interested in residential, office, hospitality, retail, or mixed-use opportunities within the district, we want to hear from you early. Early conversations help shape the district's program and design.