This AI System Creates VIRAL Planet-Cutting ASMR Videos on Autopilot (FREE n8n template)

Key Concepts:

• No-code automation
• Naden (no-code platform)
• AI-generated video
• Text-to-video generation
• Google V3 (text-to-video model)
• File.AI (platform for accessing AI models)
• Prompt engineering
• Workflow automation
• Monetization of AI content

1. Introduction: Viral Planet-Cutting Videos

• The video addresses the trend of viral videos showing knives cutting through planets to reveal their cores.
• The presenter, Zar, introduces a method to generate these videos using Naden, a no-code platform.
• The template for this process is available for free download.

2. Naden and Workflow Import

• Naden is highlighted as a user-friendly, no-code platform.
• The video promises a step-by-step guide on importing a pre-built workflow into Naden.
• The process involves downloading a template file and importing it into the Naden workflow interface.
• The presenter emphasizes that no coding experience is required.

3. Demonstration of Generated Videos

• Examples of generated videos are shown, including Earth and Mars.
• The videos are described as visually pleasing and include sound effects.
• The presenter highlights the ease of use: selecting a planet from a list and submitting the workflow.

4. AI Workshop School Community

• Zar introduces the AI Workshop School community, which focuses on teaching Naden, AI automation, and monetization strategies.
• The community offers a five-week program with day-to-day accountability.
• The program includes case studies from a real AI agency, covering pricing, client acquisition, and project management.
• The community aims to guide beginners through basic and advanced AI automation concepts, including how to secure their first client.
• The community has over 900 members.

5. Accessing the Free Template

• The free template is available in the light community within the "classroom" section under "YouTube resources."
• Users can download the workflow file from a link provided with the video.
• To use the template, users need a Naden account, which can be created for free.
• The workflow is imported into Naden using the "import from file" option.

6. Workflow Overview and Explanation

• The video transitions to explaining the imported workflow.
• The presenter emphasizes that a step-by-step build is unnecessary since the template is provided.
• The explanation focuses on understanding the workflow's components for customization.

7. Workflow Execution and Form Submission

• The workflow is initiated by clicking "execute workflow."
• A form appears, allowing the user to select a planet (e.g., Jupiter).
• Submitting the form triggers the workflow, which generates a prompt and sends it to the V3 model.

8. Workflow Components: Trigger and Form

• Every workflow starts with a trigger, which can be a form submission, manual initiation, or chat message.
• In this case, the trigger is a form submission.
• The form contains a dropdown list of planets.

9. Workflow Components: OpenAI Node (Prompt Generation)

• An OpenAI node is used to generate prompts based on the selected planet.
• The node uses the messaging model with GPT-4.1.
• An OpenAI account and API key are required.
• The prompt instructs the model to generate a cinematic ASMR-style video prompt for Google's V3, describing a person slicing open the selected planet.
• The selected planet is dynamically inserted into the prompt using drag-and-drop functionality.

10. Workflow Components: HTTP Request Node (File.AI)

• An HTTP request node is used to communicate with the File.AI API.
• File.AI is a platform that provides access to various AI models, including Google's V3.
• The URL used is Q.File.ran.fileai-v3.
• An API key from File.AI is required for authentication.
• The HTTP request sends a POST request with the generated prompt as the body content in JSON format.
• The presenter mentions that using V3 is expensive (around $6 per eight seconds).

11. Workflow Components: Wait Node

• A wait node is added to allow time for the video to be generated by V3.
• The wait time is set to five minutes.

12. Workflow Components: Second HTTP Request Node (Video Retrieval)

• A second HTTP request node is used to retrieve the generated video from File.AI.
• This is a GET request to a specific URL that returns the video URL.

13. Video Output and Customization

• The video URL is retrieved, and the generated video is displayed.
• The presenter demonstrates how to download and trim the video.
• Users can modify the prompts in the OpenAI node to change the video's look and feel (e.g., different setting, shorter duration).

14. Monetization Strategies

• The presenter mentions opportunities to monetize these videos through freelance platforms like Upwork and Fiverr.
• The AI agency course within the community provides guidance on crafting Upwork profiles and applying for relevant jobs.

15. Additional Resources and Conclusion

• A premium template for posting the generated videos to multiple social media platforms is available in the paid community.
• The presenter encourages viewers to like and subscribe for more content.

Synthesis/Conclusion:

The video provides a practical guide to generating visually appealing planet-cutting videos using a no-code platform (Naden) and AI models (OpenAI and Google V3 via File.AI). It offers a free template and step-by-step instructions, making it accessible to users without coding experience. The video also touches on monetization strategies and promotes a community for further learning and support in the AI automation space. The key takeaway is the democratization of AI content creation through no-code tools and the potential for individuals to leverage these tools for creative expression and income generation.