The Kyl Institute for National Security is named in honor of Jon Kyl and his distinguished service to Arizona and the nation. A University of Arizona alumnus, Kyl served in both the U.S. House of Representatives and the U.S. Senate, where he emerged as a leading voice on national security, defense and intelligence policy. During his Senate tenure, he served as Senate Majority Whip and as a member of the Intelligence, Judiciary, Finance and Armed Services committees, playing a pivotal role in shaping arms control and strategic deterrence policy.
In recognition of his leadership, TIME magazine named Kyl one of “America’s 10 Best Senators” in 2006 and later included him among the world’s 100 most influential people. More recently, he served as vice chair of the Congressional Commission on the Strategic Posture of the United States, which issued its landmark 2023 report on nuclear modernization and global deterrence. His career reflects a lasting commitment to public service and to advancing a strong, thoughtful national defense.
INAUGURAL PRESIDENT AND CEO: ROBIN RAND
Retired U.S. Air Force Gen. Robin Rand is president and CEO of the Kyl Institute for National Security.
Rand’s 40-year military career included six overseas assignments and eight command tours, including commander of Air Education and Training Command and commander of Air Force Global Strike Command. Since retiring as a four-star general in 2018, Rand has continued to shape national security and aerospace innovation through leadership and advisory roles in the nonprofit, academic and private sectors.
A RESEARCH ACCELERATOR: FROM DISCOVERY TO
DEPLOYMENT
The University of Arizona brings decades of scientific and engineering excellence to the service of national security, advancing research and innovation that underwrite U.S. security in the 21st century and beyond. Drawing on strengths across astronomy, planetary science, engineering, optics, advanced sensing and policy, the university delivers integrated solutions to complex defense challenges that demand speed, scale and rigor.
Central to this effort is the Kyl Institute for National Security, a 501(c)(3). Formerly known as the UA-Applied Research Corporation, the institute works hand-inhand with the university, uniting expertise and resources across campus and expanding the university’s role as a trusted partner to government agencies, industry and academia.
The Kyl Institute aligns U of A faculty and infrastructure with national security priorities spanning the space domain, hypersonic systems, optics, information dominance and international security policy.
Partner with us for solutions at mission speed.
THE INSTITUTE AT A GLANCE:
• Connects U of A assets, centers, labs and faculty with defense needs and federal mission partners.
• Accelerates innovation pipelines to reduce time from discovery to prototype and deployment.
• Delivers experiential learning for a defense-ready workforce.
• Provides project management tools and expertise to improve reaction time and successful completion of milestones and deliverables.
MISSION:
Connect the University of Arizona’s research enterprise with national security partners to deliver mission-driven solutions and talent.
VISION:
A trusted leader in accelerating the University of Arizona’s impact in national security.
CORE VALUES:
Teamwork: Built on trust, accountability, and mutual understanding across every partnership.
Integrity: We do what we say with professionalism, respect, and accountability.
Excellence: We pursue the highest standards in mission-focused research and partnerships.
Service: We serve the University, the mission, and the nation.
U OF A ALIGNMENT WITH NATIONAL SECURITY PRIORITIES
SPACE DOMAIN: FROM RESEARCH TO READINESS
The University of Arizona has played a foundational role in space science and astronomy since the dedication of its first major research telescope in 1923. Today, the U of A ranks No. 2 in astronomy and astrophysics R&D expenditures among U.S. universities (NSF HERD FY24) and No. 4 globally in space science (U.S. News 2025-26), reflecting its depth across science, technology and mission execution. The university has led landmark missions such as OSIRIS-REx, contributed to lunar exploration since the Ranger and Apollo missions, and built flagship instruments, including the HiRISE camera. It is the only university to have built multiple instruments for NASA’s Great Observatories – Hubble and Spitzer – and built NIRCam for the James Webb Space Telescope. U of A researchers have also helped design, build and operate many of the world’s premier ground-based observatories, with particular strength in adaptive optics.
This scientific leadership underpins a vital national security mission. The U of A operates the nation’s largest academic space domain awareness program and is advancing resilient satellite architectures, GPS-independent navigation and contested-environment technologies — delivering end-to-end solutions to safeguard space as a critical strategic domain.
U OF A CAPABILITIES AT A GLANCE:
• Space Domain Awareness: Optical/Millimeter-wave telescopes, EO/IR sensors, AI/ML modeling, continuous monitoring and tracking, inflatable space apertures, smallsat constellations for stratospheric and missile defense, ionosphere disturbance detection, high spatial resolution imaging of objects in LEO and GEO and throughout cislunar space.
• ISR: Lightweight and mass-producible broadband optics, CubeSats, smallsats, RF spectrum awareness, terahertz expertise, real-time telemetry and analytics, lunar/planetary surface monitoring, imaging and mapping.
• PNT: SWAPc optical and inertial systems for GPS-contested navigation, photonic integration, AI-integrated sensor fusion and edge computing, star trackers and navigation sensors for spacecraft orientation.
• Quantum Sensing: Networked quantum-enabled sensing systems to enhance SDA with next-gen satellite sensors, Earth observation systems and GPS-independent gravitational field sensing in contested/remote space environments.
HYPERSONICS: WITHSTANDING SPEEDS THAT MELT STEEL
Hypersonic systems are vehicles that travel at speeds exceeding roughly five times the speed of sound (Mach 5). This extreme speed provides global reach, rapid response times and survivability in contested environments, making it critical for national security. Sustained flight and maneuvering at Mach 5 or faster requires advanced technologies to withstand intense aerodynamic heating and forces.
The U of A unites expertise in aerodynamics, materials, propulsion and guidance systems to address these challenges. The university operates world-class wind tunnel laboratories and high-performance computing that support both physical testing and computational studies of high-speed flows. Researchers also advance high-temperature materials, additive manufacturing for critical components, AIenabled guidance and control and plasmadynamics in hypersonic environments. Ongoing collaborations with government and industry partners strengthen testing, innovation and workforce development, positioning the U of A as a strategic contributor to national hypersonic science and applied research.
U OF A CAPABILITIES AT A GLANCE:
• GNC for hypersonic systems.
• Ground testing in wind tunnels up to Mach 5.
• Advanced manufacturing, high-temperature ceramics and alloys.
• Cutting-edge modeling and simulation.
OPTICS: INNOVATION IN LIGHT – PRECISION IN PROTECTION
Directed energy technology uses concentrated electromagnetic energy, from lasers or microwaves, instead of solid projectiles to produce controlled effects on a target with high precision and minimal collateral damage.
The U of A is positioned to lead the next generation of national defense through state-of-the-art facilities like the Beam Control and Propagation Laboratory and the Ultrashort-Pulse Laser Laboratory, as well as the Center for Directed Energy – one of only two academic centers of its kind in the nation. The center is part of a unique academic ecosystem collaborating with industry and government partners, including work on pulsed laser systems and integration with hypersonics research. These efforts support testing, evaluation and workforce development in directed energy. U of A researchers in related laboratories focus on laser-material interactions and diagnostics and beam control and propagation technologies for laser systems.
U OF A CAPABILITIES AT A GLANCE:
• Unmatched expertise in optical sciences and photonics, engineering and advanced materials.
• High-energy lasers at 1-2 microns and ultrashort-pulse lasers.
• Beam control and propagation for high-energy laser systems.
• Infrared sensors for drones, targeting and collision avoidance.
INFORMATION DOMINANCE: FROM COMPLEX SIGNALS TO STRATEGIC SUPERIORITY
This is the science of winning the invisible fight. Spectrum and information dominance are the ability to sense, understand, protect and exploit signals and data faster than an adversary while denying them the same advantage.
At the U of A, this capability is grounded in nationally recognized leadership across sensing, communications, networking, materials and cybersecurity research. Faculty advance optical and RF sensing, computational imaging and signal processing that improve detection and awareness in contested spectrum conditions. Researchers lead work on resilient wireless systems, secure networking and AI-enabled spectrum sharing designed to withstand jamming and spoofing while maintaining trust and performance.
The U of A also drives innovation in photonic devices, integrated optics and advanced materials that enable high-capacity, low-latency information flow. These strengths, combined with applied cybersecurity research and workforce development, position the U of A as a valued partner to defense organizations seeking robust, future-ready spectrum and information solutions.
U OF A CAPABILITIES AT A GLANCE:
• AI-driven EW, resilient communications and spectrum monitoring.
• Cybersecurity and interference countermeasures.
• Hardware validation EW training facilities.
• Emerging quantum-relevant technologies for contested and data-intensive environments.
INTERNATIONAL
SECURITY POLICY: CRAFTING THE FRAMEWORKS THAT SECURE OUR FUTURE
Experts at the University of Arizona engage in policy analysis, strategic planning and stakeholder engagement that inform security decision-making at the regional, national and global levels. The U of A integrates expertise from public policy, law, international relations, space sciences and technology to advance scienceinformed approaches to national security challenges.
Through partnerships with government agencies, industry and international stakeholders, the university supports evidence-based policy development, capacity building and workforce preparation. These efforts enable the U of A to contribute to effective governance, strengthen international security cooperation, and help partners navigate complex and evolving security environments.
U OF A CAPABILITIES AT A GLANCE:
• Science-informed national security policy through interdisciplinary collaborations spanning space sciences, law, public policy, cyber operations and international relations.
• Scenario design, exercises and gaming; cyber ranges; treaty simulation.
• Space governance frameworks to shape the future of space security and cooperation.
To access more information about the Kyl Institute for National Security, please scan the QR code above with your smartphone camera or visit us at the Kyl Institute website.
