loader
MITRE and NVIDIA Collaborate to Innovate AI-Native Wireless Networks for 6G

Collaboration to Transform Wireless Networks

Non-profit organization MITRE has teamed up with NVIDIA to advance AI-native wireless networks, specifically for the upcoming 6G technology. This partnership marks a significant step in redesigning wireless networks and infrastructure to leverage AI advancements today and in the future.

Mark Peters, president and CEO of MITRE, stated, ‘AI-native wireless networks will bring transformative benefits for transportation, healthcare, and more, improving spectrum efficiency and connectivity, enhancing real-time sensing and monitoring, and enabling innovation.’ He emphasized the importance of collaboration with industry to deliver innovations and efficiencies on a global scale.

Role in 6G Development

Acting as NVIDIA’s founding research partner for 6G, MITRE will develop and prototype new AI-driven services and applications for wireless networks. These applications may include dynamic spectrum sharing, genetic network organization and security, and integrated sensing and communications.

MITRE’s chief technology officer, Charles Clancy, echoed the sentiment on advancing telecom leadership in the U.S., stating, ‘Ensuring the United States’ telecom leadership means building a pathway for future technological advancements.’ He expressed excitement about working with NVIDIA to drive the future of wireless networks.

Previous Collaborations and Future Plans

This collaboration is not the first for MITRE and NVIDIA. They have previously partnered on initiatives like the Federal AI Sandbox and a Center of Excellence for NVIDIA Omniverse, aimed at uniting industry and government efforts in advancing global simulation. The focus will also include modeling, simulation, and runtime computing specifically for advanced robotics in autonomous vehicles.

NVIDIA recently announced its use of an AI cybersecurity platform to enhance threat detection and safeguard critical infrastructure, emphasizing its commitment to developing technology for complex operational environments.