Overseas Version
VeriSee GLC
Enhancing early glaucoma screening
VeriSee GLC is an AI-assisted screening software for glaucoma suspect. It is a standalone software of artificial intelligence medical device used for glaucoma suspect screening, which analyzes images through a computer with the software installed and a fundus camera connected. Healthcare providers first assess the image quality of the fundus photograph and further analyzes the presence of glaucoma suspect in the fundus image using VeriSee GLC.
Quick screening for high-risk cases
Intended for individuals aged 20+ and above
Glaucoma - One of the Leading Causes of Blindness
Anyone can get glaucoma without noticing it
Can damage the optic nerve, leading to loss of side (peripheral) vision.
Incurred an additional US$2903 annual healthcare cost for those with glaucoma
Affects about 80 million people worldwide and is projected to reach 111.8 million by 2040.
Elevated IOP is a common indicator but is not present in all glaucoma patients
In East Asian populations, normal tension glaucoma can even account for over 80% of all glaucoma cases.
United in Safeguarding Vision from Glaucoma
How It Works
Improving the glaucoma screening process
Step 1
Install the AI software on the computer connected to the fundus camera
Step 2
The software detects and analyzes new images in real-time, giving recommendations in 10 seconds
Step 3
The software assists the healthcare providers in screening glaucoma suspects to assist in referral or other medical treatments
Benefit from VeriSee GLC
Identify glaucomatous signs on retina images
Use acknowledged criteria to find glaucoma suspects.
Provide optic disc / cup contours for explainability
The Indicators detection: the vertical cup-to-disc ratio (VCDR) of the optic disc, the rim-to-disc ratio (RDR) of the superior / inferior optic disc, and retinal nerve fiber layer (RNFL) peripheral of the optic disc.
Supports integration with the hospital's information system
Smooth integration with hospital information system (HIS), picture archiving and communication system (PACS), and the image capturing apparatus.