Kodeboyina is a 2011 engineering graduate from UD.
“We hope to be able to bring this new tool to market very quickly,” Kodeboyina said.
The software, developed by UDRI research scientist Barath Narayanan, uses a “deep learning” algorithm that searches for markings on X-rays that indicate the presence of COVID-19, the university said.
“Narayanan, who spends his days working on sponsored research programs in artificial intelligence for manufacturing and other commercial applications, has for several years been working evenings and weekends pursuing his principal passion: advancing research in AI (artificial intelligence) to help doctors diagnose and treat patients more quickly,” UDRI said in its release.
Using medical imaging including X-rays, CT scans, blood-smear slides and eye scans, Narayanan had already developed a number of software codes that successfully detect—with 92 to 99 percent accuracy — cancers and other conditions.
“I wanted to do something for the common good, and medical imaging seemed a good way to do that,” Narayanan said. “Software-based diagnostic tools can serve as a valuable, virtual second opinion for medical professionals, especially in parts of the world where medical teams are short-staffed.”
“I launched Blue Eye Soft in 2017 with a mission to create job opportunities in areas that are innovative and impactful,” Kodeboyina said. “Right now one of the most pressing needs on the planet is addressing the COVID-19 crisis. Artificial intelligence can be an important solution to support the health-care industry.”
In the United States, end-users of the technology will include hospitals, laboratories and medical professionals, he said.
UD Vice President for Research John Leland said UD has been working to execute relevant technology licenses quickly during the pandemic.
“We were driven to help Blue Eye Soft make this technology available as quickly as possible,” Leland said. “We are also excited that a UD grad has licensed one of our technologies and is working diligently to provide medical professionals a new tool in the fight against the spread of this devastating disease.”