Azalea Vision develops contact lenses equipped with an active light management system designed for individuals with ocular disorders such as keratoconus, presbyopia, and photophobia. These lenses provide adaptive visual solutions that enhance comfort and clarity while being non-invasive and discreet.
Funding
$20.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Individuals with ocular disorders like keratoconus, presbyopia, and photophobia often experience impaired vision and discomfort due to irregular corneal shapes, age-related loss of accommodation, and extreme light sensitivity, respectively. Current solutions may be invasive, uncomfortable, or fail to provide real-time adaptation to changing visual needs.
Solution
Azalea Vision develops smart contact lenses featuring an active light management system to address diverse visual challenges. These lenses utilize adaptive optics, custom microelectronics, and liquid crystal technology to mimic the natural responsiveness of the human eye, adjusting to light, focus, and movement in real time. The embedded diaphragm acts as a dynamic light filter, providing optimized clarity and comfort for individuals with keratoconus or corneal irregularities, presbyopia, and photophobia. Furthermore, integrated sensors and NFC-compatible antennas enable seamless communication with external devices, allowing for remote control of lens modes, personalized configurations, and real-time data interaction.
Target Audience
The primary target audience includes individuals suffering from keratoconus, presbyopia, and photophobia seeking non-invasive, adaptive vision correction solutions.
Features
- Embedded diaphragm that acts as a dynamic light filter
- Adaptive optics technology that adjusts to light, focus, and movement in real time
- Custom microelectronics for precise control and responsiveness
- Liquid crystal technology to mimic the natural function of the human eye
- Integrated sensors for environmental data collection
- NFC-compatible antennas for seamless communication with external devices like smartphones or smartwatches
- Remote control of lens modes and personalized configurations
- Real-time data interaction through intuitive gestures