diff --git a/src/_data/sidenav.yml b/src/_data/sidenav.yml
index 749eba6f8fe..00c96b40037 100644
--- a/src/_data/sidenav.yml
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@@ -110,6 +110,8 @@
               permalink: /development/ui/advanced/focus
             - title: Gestures
               permalink: /development/ui/advanced/gestures
+            - title: Shaders
+              permalink: /development/ui/advanced/shaders
             - title: Slivers
               permalink: /development/ui/advanced/slivers
             - title: Splash screens
diff --git a/src/development/ui/advanced/shaders.md b/src/development/ui/advanced/shaders.md
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@@ -0,0 +1,253 @@
+---
+title: Writing and using fragment shaders
+description: How to author and use fragment shaders to create custom visual effects in your Flutter app.
+short-title: Fragment shaders
+---
+
+{{site.alert.note}}
+  The HTML backend doesn't support the `FragmentProgram` API.
+  The `CanvasKit` backend will support this API in a future release.
+{{site.alert.end}}
+
+A shader is a program executed by the GPU and usually authored in a small,
+Dart-like language, such as GLSL. User-authored shaders can be added to
+Flutter projects using the [`FragmentProgram`][] API.
+You can use custom shaders to provide rich graphical effects beyond those
+provided by the Flutter SDK.
+
+[`FragmentProgram`]: {{site.api}}/flutter/dart-ui/FragmentProgram-class.html
+
+## Adding shaders to an application
+
+Shaders must be declared in the `shaders` section of your project's `pubspec.yaml` file.
+The Flutter command-line tool compiles the shader to its appropriate backend format,
+as well as generates the necessary runtime metadata.
+When running in debug mode, changes to a shader program
+triggers recompilation and updates the shader during hot reload or hot
+restart.
+
+```yaml
+flutter:
+  shaders:
+    - shaders/myshader.frag
+```
+
+Shaders from packages are added to a project using the same technique as other assets.
+
+#### Loading shaders at runtime
+
+Load a `FragmentProgram` at runtime using the [`FragmentProgram.fromAsset`][]
+constructor. Specify the path to the shader in the `pubspec.yaml` file, as shown above.
+
+[`FragmentProgram.fromAsset`]: https://master-api.flutter.dev/flutter/dart-ui/FragmentProgram/fromAsset.html
+
+```dart
+void loadMyShader() async {
+  var program = await FragmentProgram.fromAsset('shaders/myshader.frag');
+}
+```
+
+The FragmentProgram object can be used to create one or more FragmentShader
+instances. A FragmentShader object represents a fragment program along with
+a particular set of uniforms.
+
+```dart
+void updateShader(Canvas canvas, Rect rect, FragmentProgram program) {
+  var shader = program.createShader();
+  shader.setFloat(0, 42.0);
+  canvas.drawRect(rect, Paint()..shader = shader);
+}
+```
+
+## Canvas API
+
+Fragment shaders can be used with most Canvas APIs by setting [`Paint.shader`][].
+For example, when using [`Canvas.drawRect`][] the shader is evaluated for all
+fragments within the rectangle. For an API like [`Canvas.drawPath`][] with a
+stroked path, the shader is evaluated for all fragments within the stroked
+line. Some APIs, such as [`Canvas.drawImage`][], ignore the value of the shader.
+
+[`Canvas.drawImage`]:  {{site.api}}/flutter/dart-ui/Canvas/drawImage.html
+[`Canvas.drawRect`]:    {{site.api}}/flutter/dart-ui/Canvas/drawRect.html
+[`Canvas.drawPath`]:    {{site.api}}/flutter/dart-ui/Canvas/drawPath.html
+[`Paint.shader`]:            {{site.api}}/flutter/dart-ui/Paint/shader.html
+
+
+```dart
+void paint(Canvas canvas, Size size, FragmentShader shader) {
+  // Draws a rectangle with the shader used as a color source.
+  canvas.drawRect(
+    Rect.fromLTWH(0, 0, size.width, size.height),
+    Paint()..shader = shader,
+  );
+
+  // Draws a stroked rectangle with the shader only applied to the fragments
+  // that lie within the stroke.
+  canvas.drawRect(
+    Rect.fromLTWH(0, 0, size.width, size.height),
+    Paint()
+      ..style = PaintingStyle.stroke
+      ..shader = shader,
+  )
+}
+
+```
+
+## Authoring shaders
+
+Shaders are authored as GLSL source files.
+Any GLSL version from 460 down to 100 is supported,
+though some available features are restricted.
+The rest of the examples in this document use version `460 core`.
+
+Also note the following special cases:
+
+* UBOs and SSBOs aren't supported
+* `sampler2D` is the only supported sampler type
+* Only the two-argument version of `texture` (sampler and uv) is supported
+* No additional varying inputs may be declared
+* All precision hints are ignored when targeting Skia
+* Unsigned integers and booleans aren't supported
+
+#### Uniforms
+
+Configure a fragment program by defining `uniform` values in the GLSL shader
+source and then setting these values in Dart for each fragment shader instance.
+
+Set the `uniform` value using the [`FragmentShader.setFloat`][] or
+[`FragmentShader.setImageSampler`][] methods, depending on the _type_˜ of uniform value.
+In GLSL, floating point values includes `float`, `vec2`, `vec3`, and `vec4` types.
+A GLSL sampler value is a `sampler2D` type.
+
+The correct index for each `uniform` value is determined by the order that the uniform values
+are defined in the fragment program. For data types composed of
+multiple floats, such as a `vec4`, you must call [`FragmentShader.setFloat`][]
+once for each value.
+
+[`FragmentShader.setFloat`]: https://master-api.flutter.dev/flutter/dart-ui/FragmentShader/setFloat.html
+[`FragmentShader.setImageSampler`]: https://master-api.flutter.dev/flutter/dart-ui/FragmentShader/setImageSampler.html
+
+For example, given the following uniforms declarations in a GLSL fragment program:
+
+```glsl
+uniform float uScale;
+uniform sampler2D uTexture;
+uniform vec2 uMagnitude;
+uniform vec4 uColor;
+```
+
+The corresponding Dart code to initialize these `uniform` values is
+as follows:
+
+```dart
+void updateShader(FragmentShader shader, Color color, Image image) {
+  shader.setFloat(0, 23);  // uScale
+  shader.setFloat(1, 114); // uMagnitude x
+  shader.setFloat(2, 83);  // uMagnitude y
+
+  // Convert color to premultiplied opacity.
+  shader.setFloat(3, color.red / 255 * color.opacity);   // uColor r
+  shader.setFloat(4, color.green / 255 * color.opacity); // uColor g
+  shader.setFloat(5, color.blue / 255 * color.opacity);  // uColor b
+  shader.setFloat(6, color.opacity);                     // uColor a
+
+  // Initialize sampler uniform.
+  shader.setImageSampler(0, image);
+ }
+ ```
+
+Note how the indexes used does not count the `sampler2D` uniform. This uniform
+will be set separately with [`FragmentShader.setImageSampler`][], with the
+index starting over at 0.
+
+Any float uniforms that are left uninitialized will default to `0`.
+
+#### Current position
+
+The shader has access to a `varying` value that contains the local coordinates for
+the particular fragment being evaluated. Use this feature to compute
+effects that depend on the current position, which can be accessed by
+importing the `flutter/runtime_effect.glsl` library and calling the
+`FlutterFragCoord` function . For example:
+
+```glsl
+#include <flutter/runtime_effect.glsl>
+
+void main() {
+  vec2 currentPos = FlutterFragCoord().xy;
+}
+```
+
+The value returned from `FlutterFragCoord` is distinct from `gl_FragCoord`.
+`gl_FragCoord` provides the screen space coordinates and should generally be
+avoided to ensure that shaders are consistent across backends. When targeting a
+Skia backend, the calls to `gl_FragCoord` are rewritten to access local
+coordinates but this rewriting isn't possible with Impeller.
+
+#### Colors
+
+There isn't a built-in data type for colors. Instead they are commonly
+represented as a `vec4` with each component corresponding to one of the RGBA
+color channels.
+
+The single output `fragColor` expects that the color value is normalized to be
+in the range of `0.0` to `1.0` and that it has premultiplied alpha. This is
+different than typical Flutter colors which use a `0-255` value encoding and
+have unpremultipled alpha.
+
+#### Samplers
+
+A sampler provides access to a `dart:ui` `Image` object.
+This image can be acquired either from a decoded image
+or from part of the application using
+[`Scene.toImageSync`][] or [`Picture.toImageSync`][].
+
+[`Picture.toImageSync`]: https://master-api.flutter.dev/flutter/dart-ui/Picture/toImageSync.html
+[`Scene.toImageSync`]: https://master-api.flutter.dev/flutter/dart-ui/Scene/toImageSync.html
+
+```glsl
+#include <flutter/runtime_effect.glsl>
+
+uniform vec2 uSize;
+uniform sampler2D uTexture;
+
+out vec4 fragColor;
+
+void main() {
+  vec2 uv = FlutterFragCoord().xy / uSize;
+  fragColor = texture(uTexture, uv);
+}
+```
+
+By default, the image uses [`TileMode.clamp`][] to determine how values outside
+of the range of `[0, 1]` behave. Customization of the tile mode is not
+supported and needs to be emulated in the shader.
+
+[`TileMode.clamp`]: https://master-api.flutter.dev/flutter/dart-ui/TileMode.html
+
+### Performance considerations
+
+When targeting the Skia backend, loading the shader might be expensive since it
+must be compiled to the appropriate platform-specific shader at runtime. If you
+intend to use one or more shaders during an animation, consider precaching the
+fragment program objects before starting the animation.
+
+You can reuse a `FragmentShader` object across frames;
+this is more efficient than creating a new `FragmentShader` for each frame.
+
+For a more detailed guide on writing performant shaders,
+check out [Writing efficient shaders][] on GitHub.
+
+[Shader compilation jank]: {{site.url}}/perf/shader
+[Writing efficient shaders]: {{site.github}}/flutter/engine/blob/main/impeller/docs/shader_optimization.md)
+
+### Other resources
+
+For more information, here are a few resources.
+
+* [The Book of Shaders][] by Patricio Gonzalez Vivo and Jen Lowe
+* [Shader toy][], a collaborative shader playground
+
+[Shader toy]: https://www.shadertoy.com/
+[The Book of Shaders]: https://thebookofshaders.com/
+