Generate images with SUPA AI

SUPA is an AI-based tool that generates images from text prompts
  • Generate photorealistic images

    We use the latest AI models to create high-quality, lifelike images.

  • Get inspired by community prompts

    Discover new ideas in our library of community-generated images.

  • Try preset styles or create your own

    You can choose from different visual styles to generate your masterpiece.

AI-generated image samples

Here are a few sample images generated using the SUPA AI

A rubber duck swimming in a bathtub in a medieval castle

A street orchestra playing Bach in the biggest stadium in Milano

A red bike parked under a tree in a rural area, with a beautiful field in the background

Corgis riding a bike

A car on a cyberpunk street

A business meeting in a conference hall

How to generate an image using SUPA

A step-by-step guide to generating pictures using the SUPA AI
Sign up for SUPA and confirm your email
After creating your account, go to your profile and create a new project with your preferred dimensions
In the left-side menu, click “AI”, then “Generate an image from a text prompt”
Type in your prompt and click “Generate”. You can also select an image style
FAQ

How to write an efficient prompt

Decide on the purpose of the image

Before writing a prompt, ask yourself:

  • What is the purpose of this image? (e.g. advertising, illustration, concept-art, etc.)
  • What visual elements are required to convey the idea?
  • What feelings should this image evoke?

The clearer your goals are, the better your prompt will be.

Be specific

It’s crucial for the AI that your prompt includes specifics. For example, instead of using “dog”, try typing “big golden labrador dog sitting in a green field on a sunny day”. Add details: pose, expression, setting, texture, style.

Don’t: “rural house”
Do: “old wooden house with a thatched roof, surrounded by a blooming garden, on a sunny summer day, background is a blue sky with light clouds”

Specify a style

Specifying a visual style can significantly change AI-generated results. Clarify the style of the image you want to generate. You can use any style you want, but here are some examples:

  • Realistic (e.g. photorealistic, cinematic, etc.)
  • Illustration (e.g. watercolor, pencil drawing, etc.)
  • Sci-fi and fantasy (e.g. science fiction, steampunk, cyberpunk, etc.)
  • Traditional art (e.g. Renaissance painting, Japanese print, etc.)

Example: “Digital illustration, steampunk, featuring zeppelins and steam engines, using warm brown and golden shades”

Add mood descriptors

To get the image to convey the right mood, try:
  • Using atmospheric descriptors, such as: cozy, mysterious, romantic, sad, inspiring, etc.
  • Specifying the lighting: daylight, sunset, neon lights, dim candlelight, etc.

Example: “A mysterious twilight forest, with rays of moonlight shining through a thick fog, dark and mysterious atmosphere”

Use keywords

The AI responds well to keywords that describe:

  • Angle: close-up, bird’s eye view, side view, etc.
  • Color palette: warm or cool colors, pastel, black-and-white, etc.
  • Dynamics: static scene, movement, wind, snowfall, etc.
  • Texture: smooth, grainy, shiny, matte, etc.

Example: “A minimalist interior with wooden furniture, close-up, soft diffused light, pastel”

Exclude specific elements

If you want to avoid certain elements, specify that in your prompt. For example: “no people”, “no background”, “no text”.

Используйте структурированные шаблоны

To get consistent quality results from AI, you can structure your prompts this way:
  • Main object: the central focus of your image
  • Context: where the object is located
  • Style and mood: what the image should look like
  • Technical details: angle, lighting, textures

Example: [Main object] + [Context/background] + [Mood/atmosphere] + [Style/color palette]

Experiment and improve

You probably won’t get the perfect prompt on your first try — and that’s okay. Try to:

  • Change the order of words
  • Add or eliminate details
  • Check how those changes are reflected in the generated images