Engineering Living Infrastructure™
Patented commercial living wall systems, engineered green roof
systems, and stormwater infrastructure trusted on commercial
buildings, sports venues, healthcare campuses, higher education,
mixed-use developments, and next-generation AI data centers.
Green Living Tech designs, manufactures, and supports high-
performance living infrastructure engineered for long-term
durability, Class A fire protection, and commercial-scale
applications.
*Image combines actual Green Living Tech projects including Major League Baseball stadiums and
commercial developments—with conceptual AI infrastructure illustrating the future application of
GLT's patented living wall and green roof systems.
Why Architects, Developers & AI Data Center Designers Specify Green Living Tech
For more than two decades, Green Living Tech has partnered with architects, landscape architects, engineers, developers, and contractors to deliver patented living wall systems, engineered green roof systems, and living infrastructure solutions for the world's most demanding commercial projects.
25+ YEARS
Engineering living infrastructure since 1999 for commercial buildings, healthcare, higher education, sports venues, municipalities, and AI data centers.
PATENTED TECHNOLOGY
Engineered aluminum living wall systems designed for commercial buildings, healthcare, higher education, hospitality, sports venues, and next-generation AI data centers.
GLOBAL PROJECTS
Supported by GLT ProStaff™, specification assistance, installation training, CAD details, and ongoing technical support throughout the project lifecycle.
MANUFACTURING
Precision manufacturing in the USA, Berlin, Toronto, Chile with quality control, patented engineering, and commercial-scale production for projects worldwide.
PROSTAFF CERTIFICATION
Certified installation partners, maintenance professionals, specification support, project consulting, and long-term technical assistance.
AI-DATA & MISSION CRITICAL
Class A fire-rated engineering, durable aluminum systems, stormwater management, and long-life infrastructure for hyperscale and mission-critical facilities.
Commercial Green Roof & Living Wall Systems
- For more than 25 years, Green Living Tech (GLT) has engineered commercial green roof systems and living wall systems that transform buildings into high-performance biological infrastructure. Our patented technologies are designed for a life time of durability, maintainability, and code-compliant performance, supporting projects ranging from healthcare facilities and universities to sports venues, commercial developments, hospitality, and next-generation AI data centers.
- Unlike conventional vegetated systems, GLT's engineered approach integrates green roofs, living walls, stormwater infrastructure, and elevated landscape systems into a unified Living Infrastructure™ strategy. These systems help manage stormwater at the source, reduce temperatures, improve biodiversity, extend roof membrane life, and contribute to measurable sustainability and ESG goals.
- Architects, developers, landscape architects, and contractors rely on GLT for specification support, value engineering, manufacturing, and installation assistance from concept through completion. With projects completed in 13 countries, patented technology, and a network of ProStaff-certified professionals, GLT delivers engineered living infrastructure solutions designed to perform for decades in the world's most demanding commercial and mission-critical environments.
Two Systems. One Living Infrastructure Platform
Nature is no longer an architectual finish....It's infrastructure.
Green Living Tech engineers building-intergrated living infrastructure that manages stormwater, cools buildings, protects facades, supports biodiversity, and prepares AI campuses and modern developments for the next generation of resilient design.
Living Roof Infrastructure™
Engineered Green Roof Systems
Buildings have always relied on engineered infrastructure to perform. Structural systems carry loads. Mechanical systems regulate indoor environments. Electrical systems distribute power. Fire protection systems safeguard occupants.
Today, a new layer of infrastructure is transforming how buildings perform.
GLT engineers Living Roof Infrastructure™—integrated vegetated systems that function as permanent building infrastructure rather than architectural amenities. Designed to work as part of the building envelope, these systems actively manage stormwater, reduce heat gain, improve energy performance, extend roof life, support biodiversity, and strengthen long-term climate resilience.
Unlike conventional roofing or decorative landscaping, GLT Living Roof Infrastructure is engineered to perform measurable environmental functions throughout the life of the building. Every assembly is designed with structural loading, drainage, water retention, durability, maintainability, and lifecycle performance at its core.
Whether supporting AI data centers, healthcare campuses, universities, commercial developments, municipalities, or mixed-use projects, GLT designs infrastructure that helps buildings work harder, last longer, and respond to the environmental demands of the future.
Our Living Roof Infrastructure integrates seamlessly with flat, sloped, and pitched roof assemblies and complements solar energy systems, stormwater strategies, and broader site infrastructure. The result is a resilient, high-performance building system that delivers environmental, operational, and economic value for decades.
At GLT, we don't simply install vegetation on buildings.
We engineer the Living Infrastructure Layer™.
Living Wall Infrastructure™
Commercial Living Wall Systems for Interior & Exterior Architecture
Buildings are evolving beyond static façades. Today's highest-performing buildings integrate living systems that actively contribute to environmental performance, occupant wellness, and long-term resilience.
GLT engineers Vertical Living Infrastructure™ for interior and exterior environments, transforming walls into high-performance building assets. Rather than serving as architectural decoration, these engineered living assemblies become part of the building's infrastructure—supporting air quality, urban cooling, biodiversity, stormwater management, façade protection, and biophilic design.
Designed for commercial buildings, healthcare campuses, higher education, hospitality, municipalities, mixed-use developments, and AI data centers, GLT's Living Infrastructure Layer™ integrates seamlessly into modern architecture while delivering measurable environmental and operational benefits.
Every installation is engineered for structural integrity, long-term durability, irrigation performance, and ease of maintenance. Our modular aluminum systems are built for commercial construction and include Class A fire-rated assemblies manufactured from non-combustible materials, providing architects and owners with a code-conscious solution that meets the demands of mission-critical projects.
Whether enhancing the exterior building envelope or creating healthier interior environments, GLT's Vertical Living Infrastructure™ transforms unused vertical surfaces into permanent, living assets that improve building performance throughout their lifecycle.
This is more than a living wall.
It is infrastructure—engineered to perform, built to endure, and designed for the future of the built environment.
Building Infrastructure
Living infrastructure must perform with the same reliability as every other engineered building system. GLT designs its Living Infrastructure Layer™ using non-combustible, code-conscious materials selected for long-term performance in demanding commercial environments.
Engineered to withstand UV exposure, moisture, wind, freeze-thaw cycles, and extreme temperature fluctuations, GLT assemblies are built to protect their structural integrity while supporting healthy, thriving vegetation over decades of service.
From mission-critical facilities and AI data centers to healthcare, higher education, and commercial developments, GLT provides durable infrastructure solutions that help project teams meet building codes, reduce lifecycle risk, and create resilient, future-ready buildings.
From Concept to Construction
Integrating living infrastructure into a building requires more than selecting a system—it requires engineering, coordination, and a clear understanding of how every component contributes to long-term building performance.
GLT partners with owners, architects, landscape architects, civil and structural engineers, developers, contractors, and municipalities to successfully integrate the Living Infrastructure Layer™ into projects of every scale. By engaging early in the design process, we help ensure that innovative concepts become practical, buildable, code-compliant solutions.
Our team provides comprehensive engineering and design support throughout every phase of development, including feasibility studies, budgeting, quantity takeoffs, constructability reviews, shop drawings, CAD details, specification development, installation planning, and technical consultation. This collaborative approach reduces project risk, improves coordination, and streamlines construction from concept through completion.
Unlike traditional manufacturers, GLT combines engineering expertise with patented infrastructure technologies, providing a single source of accountability throughout the project lifecycle. Every assembly is engineered to integrate seamlessly with the building envelope and surrounding site infrastructure while delivering measurable environmental, operational, and economic performance.
Whether supporting AI data centers, healthcare campuses, higher education, commercial developments, municipalities, or mixed-use communities, GLT helps project teams engineer resilient, future-ready buildings where living infrastructure functions as a permanent part of the built environment—not an afterthought.
Why Architects Specify GLT
The materials used to build living infrastructure determine its long-term performance, safety, and value. At GLT, we engineer our Living Infrastructure Layer™ using commercial-grade aluminum and non-combustible components because permanent building infrastructure demands permanent building materials.
Unlike plastic assemblies that can degrade, become brittle, or lose structural integrity over time, GLT's engineered metal systems are designed to withstand decades of exposure to UV radiation, moisture, temperature extremes, and demanding environmental conditions while maintaining consistent performance.
The result is infrastructure that requires less maintenance, delivers superior durability, enhances fire safety, and reduces lifecycle costs for building owners. Every GLT assembly is engineered to integrate seamlessly with the building envelope, providing architects, developers, and facility owners with resilient infrastructure designed to perform for the life of the building.
GLT doesn't manufacture landscape products. We engineer permanent living infrastructure that protects, enhances, and improves the performance of the built environment for generations.
Built for the World's Most Demanding Buildings
Living infrastructure is becoming an essential component of high-performance buildings and resilient developments. GLT partners with project teams to integrate the Living Infrastructure Layer™ across a broad range of commercial applications, including AI data centers, corporate campuses, mixed-use developments, healthcare facilities, higher education, hospitality, municipal projects, transportation hubs, and public spaces.
Every solution is engineered to integrate seamlessly with the building envelope and surrounding site infrastructure, delivering measurable benefits in stormwater management, energy efficiency, urban heat reduction, biodiversity, occupant wellness, and long-term asset performance.
Whether supporting a new development or revitalizing an existing property, GLT helps owners, architects, engineers, developers, and contractors create resilient, future-ready buildings where living infrastructure is engineered as a permanent component of the built environment—not an architectural afterthought.
Ready to Engineer Living Infrastructure™?
Every successful project begins with the right engineering partner.
Whether you're designing an AI data center, corporate campus, healthcare facility, university, mixed-use development, or public infrastructure project, GLT works with your project team from the earliest stages of design to ensure your Living Infrastructure Layer™ is practical, buildable, code-compliant, and engineered for long-term performance.
Share your drawings, renderings, or project goals with our engineering team, and we'll provide preliminary budgeting, technical guidance, system recommendations, and design support—at no cost.