Equivalent is building the infrastructure layer for visual content in AI systems.
The hidden cost of static graphics.
96%
Websites fail accessibility compliance
50%+
Average page weight driven by images
99%
Potential payload reduction with Smart SVG
A Smart SVG™ turns heavy images into adaptive assets.
Replace folders of exports with graphics that flex to users, devices, and environments—while using fewer bytes and less infrastructure.
99%
Payload reduction with Smart SVG™ technology
11,491 kWh
Annual energy savings from lighter graphics
100%
Experiences that respond to user settings by default
How Smart SVG™ fits into your stack.
From marketing sites and SaaS dashboards to native apps and embedded interfaces, these answers show how adaptive graphics plug into your existing tools—whether you drop them in directly or integrate via our API.
SVGs or ‘Scalable Vector Graphics’ are vector-based artworks that take all that geometry and math-based information and turn it into a computer code called XML. Since the artwork is now a small parcel of code, SVGs can be optimized to load extremely fast. Implementing your Smart SVG™ code file into your website then displays the actual “scalable vector graphic” image on your website. Basically, it's code that displays a graphic; it’s kinda magic!Your SVG graphics look crisp no matter how far you may zoom in on the design. It will resize and render to look high-resolution on every retina display.
There are two types of graphic images: Pixel (or Raster) and Vector. Pixel images lose clarity when zoomed in and can be challenging for a low-vision person to see and understand. Vector files look crisp no matter how far you zoom in on every retina display. SVGs are vector files. PNGs are raster files.
Most graphics fail accessibility because they lack semantic structure—text isn't readable by screen readers, and users can't navigate or select content. Equivalent's Smart SVG™ technology builds this in automatically with selectable text, keyboard support, and screen reader announcements, adapting to user settings so you avoid manual alt text or compliance retrofits.
Yes—adapts instantly to system themes, CSS variables, or user color preferences (used by 56M daily, 50% of low-vision users). Energy savings up to 28-63% on OLED displays.
Images typically account for over 50% of page weight, causing slow loads especially on mobile or slow networks—plus higher hosting/CDN costs. Smart SVG™ replaces them with files up to 99% smaller that scale across all devices in one lightweight file, slashing load times and bandwidth without losing visual quality.
Regular images either don't adjust or they break in dark mode—colors clash, contrast fails, and you need separate light/dark versions bloating your asset library. With Equivalent's Smart SVG™ technology, the images can actually detect system themes and CSS variables instantly, adapting colors and contrast on-the-fly from a single file—no duplicate exports or media query hacks.
Raster images guzzle data transfer energy and oftentimes ignore display optimizations like dark mode, contributing to internet emissions at scale. A Smart SVG™ cuts transfer energy with tiny files and adapts to dark mode (28-63% display savings), potentially powering thousands of homes yearly from optimized enterprise sites.
Device fragmentation usually means exporting @2x/@3x versions and still getting pixelation or bloat—plus reflow issues on resize. One Smart SVG™ file scales infinitely with perfect sharpness across mobile/desktop/high-DPI/legacy browsers, eliminating asset variants and ensuring consistent performance everywhere.
AI tools typically output heavy PNG/JPG rasters that aren't editable, accessible, or optimizable—creating storage nightmares as volume explodes. Our Smart SVG™ technology converts them into lightweight, editable vectors that stay production-ready with semantic structure and theme adaptability.
What inclusive and efficient graphics feel like in practice.
Teams use Smart SVG™ to give assistive tech richer information and keep visuals consistent across devices—all without redrawing or re‑exporting.