top of page

About Us

Precision Control of RF Energy

KinetixBeam is a women-owned small business developing reconfigurable, high-power RF apertures for electronic warfare, high-power microwave, and wireless power beaming applications. The company builds on more than a decade of federally funded research in phased arrays, metasurfaces, and high-efficiency RF power systems.

Our Story

KinetixBeam grew out of more than a decade of federally funded research on phased arrays, metasurfaces, and wireless power beaming. That work revealed a powerful dual use: the precision that lets an aperture deliver power to a moving platform also lets it concentrate disruptive energy on a hostile target. Founded in 2025, KinetixBeam turns that insight into all-metal, reconfigurable apertures for electronic warfare, high-power microwave, and power-beaming missions.

Meet The Team

IMS 20258778_edited.jpg

Ifana Mahbub, Ph.D.

  • Linkedin

Co-founder & CEO, Specialist in reconfigurable RF apertures, metasurfaces, and high-power phased arrays for electronic warfare, directed energy, and wireless power beaming.

Image (7).jpeg

Mohammed Belal Uddin, Ph.D.

  • Linkedin

Co-founder & CTO, Specialist in distributed sensing, multi-node synchronization, and coherent signal processing for wireless and radar systems

Partner With Us

KinetixBeam works alongside the organizations that turn aperture technology into mission capability.

Program offices and government laboratories: We respond to SBIR, STTR, BAA, and OTA opportunities with technically rigorous approaches, and we bring university design, fabrication, and measurement capability through our research partnership with The University of Texas at Dallas.

Prime contractors and system integrators: We supply aperture design, prototyping, and test for electronic attack, counter-sUAS, high-power microwave, and power beaming systems, and we team as a small business subcontractor on larger efforts.

Research collaborators: We welcome joint efforts that advance reconfigurable apertures, metasurfaces, distributed coherent arrays, and high-power RF.

Tell us the mission and the constraints. We will respond with a technical point of view.

bottom of page