Reinventing Concussion Diagnosis with Oculogica
MedTech
30 min.
Joel shares how EyeBOX uses 500-fps infrared eye tracking, specialized optics, and advanced algorithms to detect subtle neurological deficits that clinicians can’t see with the naked eye. He explains the complexities of obtaining a De Novo FDA clearance, the iterative hardware process (from early tinker-toy rigs to a 12-pound clinical unit), and the company’s push toward even smaller, field-ready devices.
If you're interested in hard tech, medical devices, optical systems, machine-learning-driven diagnostics, or startup execution within regulated markets, this episode is packed with insights.
Joel shares how EyeBOX uses 500-fps infrared eye tracking, specialized optics, and advanced algorithms to detect subtle neurological deficits that clinicians can’t see with the naked eye. He explains the complexities of obtaining a De Novo FDA clearance, the iterative hardware process (from early tinker-toy rigs to a 12-pound clinical unit), and the company’s push toward even smaller, field-ready devices.
If you're interested in hard tech, medical devices, optical systems, machine-learning-driven diagnostics, or startup execution within regulated markets, this episode is packed with insights.
Joel shares how EyeBOX uses 500-fps infrared eye tracking, specialized optics, and advanced algorithms to detect subtle neurological deficits that clinicians can’t see with the naked eye. He explains the complexities of obtaining a De Novo FDA clearance, the iterative hardware process (from early tinker-toy rigs to a 12-pound clinical unit), and the company’s push toward even smaller, field-ready devices.
If you're interested in hard tech, medical devices, optical systems, machine-learning-driven diagnostics, or startup execution within regulated markets, this episode is packed with insights.