We Don't Just Dim Your Screen.
We Re-Engineer the Light.
Evidence-based screen care: tinting that adapts to your day and supports comfort, focus, and sleep.
The approach
How we adapt the light
Circadian Flow
The tint shifts gradually to follow the sun—clearer by day, warmer at night—so your circadian rhythm can stay in sync. The result: sustained comfort during the day and better readiness for sleep when you need it.
Day
Dawn → morning
Clear, cool tones that match morning light and support alertness.
Noon
Peak sun
Full clarity when you need it most, with balanced tones and reduced glare.
Night
Dusk → evening
Warmer tint as the day winds down, supporting natural wind-down and sleep.
The Cost of Unfiltered Light
Displays emit high-energy visible (HEV) blue light similar to midday sun—exposing your eyes to hours of strain when left unfiltered.
Unfiltered vs EyeRise—see the difference.
Unfiltered HEV spectrum—peak blue exposure
Filtered spectrum—reduced blue, sustained comfort
Digital Eye Strain
Prolonged exposure to unfiltered HEV light can accelerate tear film evaporation, leading to dryness, irritation, and fatigue.
Visual Fatigue
Sustained near work and blue-heavy displays can overwork the ciliary muscle, contributing to tension headaches and eye strain.
Circadian Disruption
Evening blue light suppresses melatonin production, which can delay sleep onset and reduce sleep quality.
The 20-20-20 Rule
Built-in break reminders so you never forget to give your eyes a rest.
Time for a Break 👀
Look at something 20 feet away for 20 seconds
The 20-20-20 Rule
Built-in break reminders
Every 20 minutes, EyeRise gently nudges you to look at something 20 feet away for 20 seconds.
This ophthalmologist-recommended technique relaxes the ciliary muscle, reduces eye strain by up to 40%, and resets your blink rate to prevent dryness.
Clinical Evidence
Backed by rigorous research and international safety standards.
Blue Light, Sleep & Circadian Rhythm
Blue Light and Digital Screens Revisited
Blue light (~400–500 nm) from screens disrupts circadian rhythm, causes sleep disturbances, and is linked to metabolic dysregulation.
View study →Interventions to Reduce Blue Light at Night
Systematic review: blue-light filtering lenses show small-to-medium effects on sleep efficiency and total sleep time.
View study →Tablet Use Delays Bedtime and Circadian Timing
Unrestricted evening tablet use delays self-selected bedtime and disrupts circadian timing and alertness.
View study →Evening Computer Screens Disrupt Sleep
Evening light exposure to computer screens disrupts human sleep, biological rhythms, and attention.
View study →Blue Light Filter Apps and Sleep Quality
Study of smartphone users: blue light filter applications and their effects on sleep outcomes.
View study →Spectral Tuning of Evening Light and Melatonin
Effects of spectral tuning of evening ambient light on melatonin suppression, alertness, and sleep.
View study →Smartphone Blue Light: Randomized Trial
Double-blind trial: smartphone use with vs. without blue light at night affects sleepiness and attention.
View study →Red vs. Blue LED Light and Melatonin
Comparative effects of red and blue LED light on melatonin levels during three-hour exposure.
View study →Color Temperature and Melatonin Production
Effect of color temperature on melatonin production for illumination of working environments.
View study →Computer Vision Syndrome & Digital Eye Strain
Computer Vision Syndrome: Comprehensive Review
Literature review of CVS prevalence, symptoms, and evidence-based interventions.
View study →Digital Eye Strain: Updated Perspectives
Review of digital eye strain, validated tools (CVS-Q, CVSS17), and management strategies.
View study →Digital Eye Strain in Young Screen Users
Systematic review of digital eye strain in young screen users, prevalence and risk factors.
View study →Computer Vision Syndrome: Meta-Analysis
Systematic review and meta-analysis of CVS and its determinants across populations.
View study →Breaks, Blinking & Dry Eye
Testing the 20-20-20 Rule
Effects of breaks on digital eye strain, dry eye, and binocular vision.
View study →20-20-20 Rule: Are the Numbers Justified?
Critical evaluation of the evidence base for 20-20-20 break recommendations.
View study →Blink Software for Dry Eye in VDT Users
Efficacy of blink software in improving blink rate and dry eye symptoms.
View study →Reduced Blinking During Screen Use
Marked reduction in eye blinking in dry eye patients during video display terminal use.
View study →