Louisville, KY – November 04, 2025 – In a significant boost to U.S. missile defense capabilities, InfoBeyond Technology LLC, in collaboration with the University of Louisville, has been awarded a contract to develop an advanced real-time trajectory optimization algorithm designed to guide interceptors against highly maneuverable hypersonic threats.
Current interceptor guidance systems face substantial challenges in neutralizing hypersonic glide vehicles and cruise missiles, which operate at extreme speeds and employ sophisticated evasive maneuvers. These limitations hinder effective defense against high-speed, AI-enabled threats in contested and complex operational environments.
The new algorithm, tailored for hypersonic interceptors, promises accurate, rapid, and fuel-efficient targeting of agile adversaries.
“The new algorithm delivers precise, rapid guidance to interceptors, enabling a high probability of hit-to-kill success against hypersonic missiles in real time,” said Dr. Bin Xie, founder and CEO of InfoBeyond Technology. “It achieves this by harnessing deep learning techniques to predict and adapt to adversary missile trajectories dynamically.”
Beyond missile defense, the technology holds broad potential applications across ground, sea, and air domains, including protection against land-attack and anti-ship ballistic and cruise missiles. It could also extend to civilian and industrial uses, such as precision control for industrial and medical robots, autonomous vehicles, unmanned aerial vehicles (UAVs), space robots, and unmanned ground vehicles (UGVs) operating in highly uncertain environments—for instance, guiding robotic arms in manufacturing for tasks like welding, painting, or assembly.
InfoBeyond Technology, known for its expertise in AI, cybersecurity, and communications, continues to innovate in defense and dual-use technologies through government-funded research.