Mikajaki's EyeLib™ is a fully automated ocular diagnostics platform that utilizes artificial intelligence and robotics to streamline the eye health pre-diagnostic process. It addresses the shortage of eye care professionals by providing rapid, accurate ocular analysis, enabling timely treatment for millions at risk of sight-threatening diseases.
Funding
$2.5M 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
The increasing global population and shortage of eye care professionals lead to delayed diagnoses and treatment for millions at risk of sight-threatening diseases. Traditional eye health diagnostics often involve inefficient processes, multiple machines, and various locations, resulting in extended waiting times and increased costs.
Solution
MIKAJAKI's EyeLib™ is an automated ocular diagnostics platform that streamlines the eye health pre-diagnostic process using robotics and artificial intelligence. The platform offers rapid and comprehensive ocular analysis, enabling quicker access to the right treatment and empowering eye professionals to focus on their expertise. EyeLib™ integrates subjective and objective data to deliver a higher standard of care, providing eye professionals with a fast, accurate, and reliable dataset for patient triage and referral. The platform aims to reshape the clinical pipeline, eliminate unnecessary costs, and make eye clinics and health institutions more efficient.
Target Audience
The primary target audience includes eye healthcare professionals, eye clinics, health institutions, and patients seeking efficient and accurate eye health pre-diagnostics.
Features
- Fully automated, self-operating station for comprehensive pre-diagnosis and post-diagnosis services
- Integration of digital technologies, robotics, and artificial intelligence for robust ocular analysis
- Advanced diagnostics resulting in superior reporting capabilities beyond traditional data points
- AI-powered engine combining subjective and objective data for medical intelligence in ophthalmology
- Telemedicine-ready capabilities, enabling safe and efficient operation with minimal contact
- Automated capture of patient's size and facial morphology for station adjustment and identity verification
- Integration of multiple diagnostic devices to perform necessary eye measurements for common ophthalmic diagnoses