
The best AI model for web design I've tried this year. Kimi K2.6. 11 minutes of tutorial. Professional websites. Give it some support
The Hook
โSo, this is the best AI model for web design I've tried this year. It's called Kimi K2.6. And in this video, I'm going to show you how to use it to create professional websites in just 11 minutes. So, let's get started.โ
Product Reveal
โFirst, let's create a simple hero section for a brand portfolio designer. We'll use this image in the center. We'll have some other headline at the top. Some text on the right or on the left. Keep this image in the center so it's nicely fitting our design. Use some modern minimalistic fonts. Let's keep the navigation minimalistic. Let's use this image as the background without any other overlays and without any elements that will interfere with our image. Do not generate any additional images, just keep this. I'll start by examining your uploaded image and reading the skill instructions to understand the design and requirements. I'll build responsive website from image with grid and z-index. I'll read the skill ID. I'll build Brandly single page site with image background no overlay no animations. I'll use the uploaded image, a striking portrait of a person wearing a futuristic, high-tech face mask with blue accent lights against a clean, light grey/white background. This will make an impressive fullscreen background for the Brandly agency hard. Let me set up the project and get started building this out. I'll write to do. Beautiful design, real backend. Just describe your site.โ
Feature Teaser
โNow, let's build a dashboard using liquid glass. I'll attach below and use similar position to the elements in the image as a reference. Also, add a day and night mode switcher, but it should not be functional just now. I'll update on that later. These are the liquid glass tiles that I want you to use across our dashboard. Liquid glass utilities, exact CSS in a style block. Two variants, liquid glass subtle for nav chips and cards, and liquid glass stronger heavier blur for primary CTA. Beautiful design, real backend. Just describe your site.โ
Call to Action
โNow, let's share this on social media. This is a great way to get clients and build your community. So, I'm going to post this on X, formerly Twitter, and I'm going to tag Kimi Moonshot. And I'm going to say, 'Built this with Kimi Moonshot. Kimi 2.6 + GPT Image 2.' And then I'm going to post it. And that's it. That's how you use Kimi K2.6 to create professional websites in just 11 minutes. I hope you enjoyed this tutorial. If you have any questions, feel free to leave them in the comments below. And don't forget to like and subscribe for more videos like this. Thanks for watching!โ
Synthesizable in Remotion ยท key components of the ai-powered-design-workflow template.
Displays a user typing prompts into an AI chat interface, followed by a rapid, smooth transition to a fully rendered, complex web UI (e.g., a hero section or dashboard) based on the prompt.
Utilize `Sequence` and `AbsoluteFill` components. Animate text input with `TypewriterEffect` (character by character reveal). For UI generation, use `spring` animations for elements fading in and scaling up, combined with `interpolate` for position shifts. Leverage `OffthreadVideo` for pre-rendered UI elements or `Canvas` for dynamic, programmatic UI construction.
Seamlessly transitions between different desktop applications (e.g., browser, Figma, Pinterest) while maintaining context, often involving window resizing, tab switching, and cursor interactions.
Employ `AbsoluteFill` for each application screen. Use `spring` for window resizing and positioning. Implement `Sequence` for tab switching and `interpolate` for cursor movement paths. Consider `Composition` for pre-rendering complex application states to optimize performance.
Highlights specific UI elements (e.g., buttons, input fields, generated components) with subtle animations like hover effects, click feedback, or a gentle glow, emphasizing user interaction.
Wrap interactive elements in `spring` or `interpolate` components for scale, opacity, or color changes on 'hover' or 'click' events. Use `SVG` filters for glow effects or `Canvas` for custom particle animations around highlighted areas. `useCurrentFrame` and `useVideoConfig` are crucial for timing these reveals.
Purpose. Hook the viewer by immediately stating the product's value and setting expectations for the tutorial's efficiency.
Execution. Starts with a wide shot of a desktop, quickly zooming into a compelling web design preview, establishing the product's output quality.
Purpose. Showcase the primary functionality of the AI tool through a step-by-step design process.
Execution. Detailed screen recordings of prompt input, AI generation, and real-time editing across different design tasks (hero sections, dashboards).
Purpose. Highlight the AI's flexibility and power in handling complex design requirements and integrations.
Execution. Demonstrates image manipulation, day/night mode implementation, and integration of external design references (Pinterest, Figma).
Purpose. Illustrate the practical benefits of using the tool for client acquisition and community building, concluding with a clear call to engage.
Execution. Shows the final output being shared on social media, reinforcing the product's utility beyond just design creation.
Objective
Launch a new AI-powered video editing software that generates short-form content from long-form videos.How the recipe adapts
The video would open with a wide shot of the desktop, then zoom into the AI video editor's interface. It would demonstrate a user uploading a long-form video, typing a prompt like 'Generate 3 short-form clips for TikTok about product features,' and then show the AI rapidly processing and presenting three distinct, edited short-form videos. The MultiAppWorkflowTransition primitive would be used to show seamless switching between the editor, a stock footage library, and a social media platform for sharing. InteractiveElementReveal would highlight the 'Generate' button and the playback controls for the AI-generated clips. The overall pacing would remain calm and instructional, focusing on the efficiency and quality of the AI's output.Scene durations (4 scenes, 675s)
Key Remotion components

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