MyLyt, a clip-on light tracker, was developed to estimate real-time light exposure. Validated against a lux meter, it showed strong correlation and reliability across controlled setups, outdoors, and indoors. In a real-world study with adults and children, MyLyt accurately differentiated between outdoor and indoor locations. These findings demonstrate MyLyt's reliability for tracking light exposure, making it a promising tool for research and clinical applications. Myopia is predicted to be an ‘epidemic’ among children and this device will help gain control over that ‘epidemic’ by measuring key factors i.e., light intensities to the kids are exposed to and drive them towards the alternatives namely outdoor activities.(LVPEI)

The Opto Kinetic Drum for Zebrafish is a specialized apparatus used to study vision and motion perception in these model organisms. It consists of a rotating cylinder with visual stimuli, enabling researchers to observe how zebrafish respond to controlled visual motion cues. This tool helps explore how zebrafish perceive and react to visual stimuli, providing insights into their neurological mechanisms for motion detection and behavior. Overall, it serves as a crucial tool in neurobiology and behavioral research, aiding our understanding of vision and locomotion in zebrafish and other species. (LVPEI)

P-ARC is a portable device that can be mounted onto a trial frame to enable peripheral refraction by using a retinoscope. Peripheral refraction at +/- 25 degrees can be carried out using the present device and a straight laser spot can be enabled based on the need for fixation of the patient's eyes. An initial test run is successful and the results are comparable with a refractor. (LVPEI)

The Bulls Eye Drop Applicator, a compact mirror-based attachment for eye drop bottles, was developed to facilitate precise self-administration of eye drops. A study involving volunteers and patients, significantly reduced the number of attempts required for drop application (P < 0.0001), effectively minimizing the wastage of eye drops by enhancing accuracy. Results showcased a substantial decrease in wastage from 42.2% to 14.6% in Group 1 and from 35.7% to 14.6% in Group 2 when using the applicator, underscoring its effectiveness in reducing medicine wastage while ensuring accurate drop instillation. (LVPEI)

A novel LED light source has been created as a replacement for the outdated halogen light sources found in conventional slit lamps. This advanced light source boasts universality, offering compatibility with various slit lamp models through the development of multiple mechanical mounts. Rigorous testing, including EMI/EMC assessments aligned with IEC 60601-1-2 standards, has been successfully completed, ensuring compliance with essential safety and electromagnetic compatibility requirements. (LVPEI)

An innovative tele-ophthalmic robotized stereoscopic Slit Lamp eye examination system has been created, enabling remote control from anywhere worldwide via a simple internet connection. Three prototypes are now operational in distant rural areas, bridging patients with eye conditions to ophthalmologists and care providers in real-time. This breakthrough not only extends eye care accessibility but also caters to underprivileged patients in remote, rural regions. 

Developed by the OBC team, this technology's knowledge is being disseminated for replication. Ten additional devices have been replicated and installed in LVPEI's secondary centers and vision centers. The entire initiative was made possible through funding from Grand Challenges Canada. This endeavor signifies a remarkable stride toward providing vital eye care services to marginalized communities and stands as a testament to collaborative efforts in advancing healthcare accessibility.