Dr. Alper Yilmaz is a Professor with appointments in the Civil Environmental and Geodetic Engineering and Computer Science and Engineering Departments at The Ohio State University. His groundbreaking research in Artificial Intelligence,
2023 is off to a great start for the team at Ubihere! The United States Air Force recently notified the company that it has secured 3 new SBIR Phase II awards, each
Ubihere’s Visual Based Inventory Management (VBIM) solution was unanimously selected by a panel of Army leadership as the winner at the technology “Solution Shootout” held at Ft. Sill Oklahoma. By winning the
Ubihere, and its partner companies, Converge Technologies and Lighthouse Avionics, have partnered with the REV1 Innovation Internship Program at the Ohio State University for several years. The Internship Program connects diverse student
Ubihere has successfully transitioned its Ubitrax technology to the US Air Force via a Phase III SBIR contract. Ubitrax is a suite of multi-sensor tracking tags, anchors, and user interface software that
Ubihere has leveraged a decade of research conducted by Dr. Alper Yilmaz’s Photogrammetry Laboratory at The Ohio State University to develop Ubinav. The technology allows for real-time on-board multi-sensor navigation based on an
Ubihere was recently selected for a $750,000 award from the AFWERX program to design and develop a digital dispatch and operator tracking solution for Air Force operations. The project focuses on incorporating
Ubihere and Strategic Technology Consultants (STC) received a $1.6 million award from the Army Applications Lab to demonstrate the ability to automate their inventory management process for field artillery. The Vision Based Inventory Management (VBIM) project
TECHOHIO | COMPANY SPOTLIGHT In just about any field, it’s crucial — but also challenging — to keep track of a variety of objects or people. Hospitals need to keep track of
INTERNATIONAL BUSINESS TIMES | CAROL LIN VIEIRA We are excited to be chosen by the US Air Force to investigate the potential applications of real-time visual navigation of autonomous systems using our