First things first, let's get all the necessary dependencies for Glide in both Android and iOS environments.

• For Android, add the Glide dependency in your build.gradle file:
  ```groovy
  implementation 'com.github.bumptech.glide:glide:4.x.x'
  annotationProcessor 'com.github.bumptech.glide:compiler:4.x.x'
  ```
• On iOS, Glide isn't needed since it's an Android-specific library. Instead, use something like SDWebImage for loading images.

Next, let's define a common interface that we can implement separately for Android and iOS.

interface ImageLoader {
    fun loadImage(imageView: ImageView, url: String)
}

Now, let's create the actual implementation of the interface for Android.

class GlideImageLoader : ImageLoader {
    override fun loadImage(imageView: ImageView, url: String) {
        Glide.with(imageView.context)
            .load(url)
            .into(imageView)
    }
}

For iOS, we'll implement a similar interface using an iOS image-loading library, like SDWebImage.

import SDWebImage

class SDImageLoader: ImageLoader {
    func loadImage(imageView: UIImageView, url: String) {
        imageView.sd_setImage(with: URL(string: url), completed: nil)
    }
}

Let's use dependency injection to make sure the correct implementation is used on each platform.

• For Android: Set up a ServiceLocator to provide an instance of the ImageLoader.

  ```kotlin
  object ServiceLocator {
  fun provideImageLoader(): ImageLoader = GlideImageLoader()
  }
  ```

• For iOS: Do a similar setup with a ServiceLocator.

  ```swift
  class ServiceLocator {
  static func provideImageLoader() -> ImageLoader {
  return SDImageLoader()
  }
  }
  ```

In your shared codebase or common module, use the ServiceLocator to get and use the ImageLoader:

fun loadImage(imageView: ImageView, url: String) {
    val imageLoader: ImageLoader = ServiceLocator.provideImageLoader()
    imageLoader.loadImage(imageView, url)
}

Wrap platform-specific UI elements using common abstractions if needed. For example, in multiplatform projects, make sure ImageView in Android and UIImageView in iOS are used correctly.

Using Kotlin Multiplatform Mobile (KMM):

• Create an expected class in a common module:

expect class CommonImageView

• Implement in platform-specific modules:

  Android:

  ```kotlin
  actual typealias CommonImageView = ImageView
  ```

  iOS:

  ```swift
  actual typealias CommonImageView = UIImageView
  ```

Finally, build the project in both Android Studio and Xcode, then test thoroughly to ensure everything works smoothly across platforms.

• Android Studio: Use Gradle to sync and build the Android app.
• Xcode: Make sure Swift dependencies are correctly integrated and build the iOS app.

Manually test the image loading functionalities on both platforms to verify cross-platform compatibility.

So, by following these steps, you can ensure a consistent image loading experience across both Android and iOS, using Glide for Android and an appropriate library for iOS.