Eyecatcher®

Visual fields made simple

 

Based on 8 years of research from the UK's leading eye specialists, Eyecatcher, is the world's first portable perimeter for home monitoring. Specially designed for monitoring chronic eye conditions like glaucoma.

 

Eyecatcher is equivalent to the gold standard HFA (94% correlation), with a radical human-centred design. Simple enough to be run unsupervised at home or deployed in large trials or remote areas.

See the research

 

How does it work?

Portable

Can be used in a range of environments outside of clinics.

Patient Friendly

Can be used in stress-free environments, such as the home; increasing patient comfort, lowering anxiety and capturing better data.

Precise

Visual fields are inherently unreliable and a more accurate picture can be built up by combining multiple tests over a number of days or weeks. 

Comfortable

Eyecatcher's "smart glasses" form factor is more comfortable than VR, which can be claustrophobic, nauseating and leave pressure marks on the delicate skin of the face.  

Affordable

Low-cost hardware and flexible subscription model means Eyecatcher is a fraction of the cost of the competition.


electronic PROMs

modernising QoL questionnaires

Irida are leading the industry in AI-enabled digitised ophthalmic PROMs for improved engagement.

The patient's voice is increasingly important in remote monitoring and clinical trials, however classic "paper and pencil" forms remain dull and inaccessible.

Contact us to find out how ePROMs can help you. 

 


Driven by research

Eyecatcher has been validated over years of careful research and development.

See below for a selection of recent, peer-reviewed papers.

 

PATIENT PERSPECTIVES

Here we explore the views of glaucoma patients on the pros and cons of Eyecatcher, and on vision home-monitoring in general.

Read the paper

6-MONTH LONGITUDINAL PILOT

Real glaucoma patients are able to accurately measure their own vision at home.

Read the paper

EYECATCHER'S USE IN HOSPITALS

Eyecatcher can be used to rapidly triage patients in glaucoma waiting rooms.

Read the paper

AI TECHNOLOGY

Machine learning and computer vision techniques can be used to detect lapses in concentration.

Read the paper

VALIDATION: HEALTHY YOUNG ADULTS

Eyecatcher is able to accurately and reliably map out the visual field of young, normally sighted adults.

Read the paper

ALTERNATIVE DISPLAY TECHNOLOGIES

How advanced "self-calibrating" computer monitors can be used to run Eyecatcher with minimal setup.

Read the paper

VALIDATION: GLAUCOMA PATIENTS

Eyecatcher is able to accurately and reliably map out the visual field of glaucoma patients.

Read the paper