The trend: No glasses
Since 2016, more and more countries have moved to ban glasses in passport photos entirely. The US State Department banned glasses in passport photos effective November 2016. Many other countries have followed suit. The reason: glasses cause glare, reflections, and shadows that interfere with facial recognition technology.
Rules by country (2026)
| Country | Glasses policy |
|---|---|
| United States | Not allowed (since 2016) |
| United Kingdom | Not allowed (with medical exceptions) |
| India | Not recommended; remove if possible |
| Canada | Not allowed |
| Australia | Not allowed |
| Schengen (EU) | Allowed without glare (varies by country) |
| Japan | Allowed if no reflection |
Medical exceptions
If you have a medical condition that requires you to wear glasses at all times (e.g., post-eye-surgery protective lenses), you may be exempt. You'll typically need a signed medical certificate. Contact your passport authority for the specific documentation required.
If you must wear glasses: Avoiding glare
- Tilt glasses slightly downward so they don't reflect light sources.
- Use anti-reflective coated lenses if available.
- Position lights at 45-degree angles rather than directly in front.
- Ensure eyes are clearly visible through the lenses with no shadows.
See our detailed glare removal guide for more tips.
Technical Verification & Standards Compliance for Digital Submissions
When uploading photographs, signatures, or official records to government portals, visa processing systems, or recruitment boards, strict automated validation scripts evaluate both visual clarity and physical file parameters. Minor errors—such as non-standard aspect ratios, improper pixel dimensions, high compression artifacts, or unstripped EXIF headers—frequently trigger instant system rejections.
Image Dimension & Aspect Ratio Math
Official forms specify exact physical measurements (e.g., 3.5cm × 4.5cm) or pixel boundaries (e.g., 350×450px). Converting physical units into digital resolution requires applying exact DPI scales: Pixels = (Millimeters / 25.4) × DPI.
Local WebBrowser Compression Engine
PhotoResizer.in uses client-side HTML5 Canvas and WebAssembly algorithms to compress image streams down to specific KB limits (10KB, 20KB, 50KB, 100KB, 200KB) entirely inside your web browser. Visual data never leaves your device.