A man with glasses and a black shirt stands and gestures with his hands while speaking to a group of people seated at a table.
A man in a blue shirt and glasses is clapping his hands while sitting at a table with other people.
A man in a blue shirt and glasses stands and gestures while speaking to a group of people seated at tables in a restaurant.
A woman stands at the head of a table in a restaurant, holding papers and speaking to a group of people seated around the table. The room is decorated with modern art and has several ornate pendant lights hanging from the ceiling.

Exploring transformative technologies to build our future

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Our physical world presents unprecedented challenges and opportunities, particularly as critical infrastructure and the built environment are rapidly transformed by advancements in science and technology.

Frontier Technology Lab (FTL) serves as a resource for collaborative exploration of the far-reaching impact of these technologies and their combined effects on the inherent systems that power our society and communities. FTL is part of Stanford University’s School of Engineering and Doerr School of Sustainability. Administered by the Civil and Environmental Engineering Department (CEE), FTL supports the department’s vision of creating sustainable solutions for cities, communities, and nature to thrive—by fostering connections across the university community and engaging leaders from academia, industry, and government.

Frontier Technologies for Critical Infrastructure and the Built Environment.

At FTL, we bring together experts and stakeholders in the latest frontier technologies—including microelectronics, artificial intelligence, blockchain, advanced manufacturing, and quantum sciences—to explore their possibilities and applications, both individually and in combination. Large-scale opportunities include building resilient critical infrastructure and improving the scaled development of our built environment, all while encouraging sustainable and responsible resource use. Advancements further make it possible to ensure more secure and optimal supply chains.

HeadCircuit

Artificial Intelligence, Machine Learning, and Deep Learning

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Internet of Things and Connected Technologies

Robot

Autonomous and Advanced Robotics

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Virtual Reality, Augmented Reality, and Metaverse

CubeFocus

Blockchain, Distributed Ledger Technology, and Token Economy

SolarPanel

New Energy Systems and Climate Innovations

CellTower

5G/6G and Advanced Communications

FirstAidKit

Biotechnology, Advanced Life Sciences, and Future of Medicine

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