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To accelerate development of 5G wireless networks across the United States, the White House has launched the Advanced Wireless Research Initiative (AWRI), a $400 million program led by the National Science Foundation (NSF). The announcement comes after the Federal Communications Commission’s Spectrum Frontiers decision to open high-frequency millimeter-wave spectrum for both licensed and unlicensed use, creating new opportunities for next-generation wireless research and deployment.
The AWRI is designed to support the creation and operation of four city-scale testbeds over the next decade, providing real-world environments where researchers, industry and local governments can collaborate to test technologies, conduct experiments, and validate use cases for 5G and beyond. Funding is provided by the NSF alongside commitments from private-sector companies in the U.S. wireless ecosystem. Industry organizations, including standards and trade associations, have also pledged contributions to support equipment, facilities and collaborative research on these platforms.
The initiative aligns with broader national goals to modernize infrastructure and expand high-speed connectivity. As noted by President Obama during the 2015 State of the Union address, 21st-century businesses require 21st-century infrastructure—modern ports, stronger bridges, faster trains and the fastest Internet—along with protections for an open Internet and expanded access to classrooms and communities so innovators can build the next generation of digital products and services.
Today, 4G/LTE networks already reach more than 98% of Americans. The transition to 5G aims to deliver significantly faster speeds, much lower latency and greatly increased capacity for future wireless services. These improvements will affect a wide range of users and industries: mobile device users will experience faster downloads and smoother streaming; first responders and medical teams will benefit from more reliable, lower-latency communications; semi- and fully autonomous vehicles will gain improved connectivity for safety and coordination; manufacturers will deploy smarter, more connected factories; and virtual reality training, simulation environments, and fixed wireless broadband services will see enhanced performance and scalability.
By establishing robust, city-scale testbeds, the AWRI seeks to accelerate innovation while addressing technical and regulatory challenges early in the development cycle. Researchers can evaluate spectrum sharing strategies, edge computing and network-slicing techniques, massive MIMO and beamforming deployments, and the interoperability of devices and infrastructure across diverse urban environments. These testbeds will also enable study of real-world impacts such as network resilience, energy consumption, and public safety needs.
Collaboration between academia, industry and government is central to the AWRI’s approach. Universities and research institutions will lead fundamental science and systems research; telecommunications companies and equipment manufacturers will contribute hardware, software and deployment expertise; and policymakers can observe and learn from live experiments to shape practical, evidence-based regulation. This cooperative model aims to reduce risk, shorten time-to-market for new technologies, and ensure that advances in wireless networking deliver tangible benefits to communities nationwide.
Over the ten-year horizon, city-scale platforms supported by the AWRI will provide testing ground for scalable applications that require high reliability and low latency, including telemedicine, public safety networks, connected transportation systems, and industrial automation. The initiative’s long-term testing and evaluation capacity will help inform both technical standards and public policy, fostering an environment where innovation can thrive while addressing real-world operational challenges.
In sum, the Advanced Wireless Research Initiative represents a coordinated national effort to prepare U.S. cities, companies and research institutions for the next wave of wireless technology. By investing in large-scale testbeds and fostering cross-sector collaboration, the AWRI aims to accelerate deployment of 5G capabilities and catalyze new services that improve safety, economic competitiveness and quality of life across the country.