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Build Custom AI Tools in Google Flow Using Simple Commands

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Build Custom AI Tools in Google Flow Using Simple Commands

Google Flow has rolled out a Tools section that lets you build custom AI instruments on demand—no coding required. Just write a clear command describing what your tool should do, how it should work, and what output you want, and Flow generates the AI tool instantly.

Tools created in Flow can be shared publicly so others can use and test them with ease. What's interesting here is the democratization of tool-building—previously you'd need development skills or hire someone. Below, we'll walk you through creating AI tools in Google Flow and managing the ones you've built.

For a detailed example of an AI tool created with Google Flow, check out our guide on creating a video tool directly in Flow.

How to Create an AI Tool in Google Flow

Step 1:

Open Google Flow and click on the Tools section in the left sidebar. Next to it, select Create New to get started.

New tool in Google Flow

Step 2:

In the new interface, find the prompt box and describe exactly what tool you want to create along with its features. You can write your command in English or Vietnamese—Flow handles both.

For Flow to understand your request accurately, include at least three key elements:

  • What the tool does: State the main purpose clearly.
  • Required features: Describe what users can do with it.
  • Desired interface: If needed, specify buttons, sliders, input fields, or how results should display.

Example:

Create an image editing tool that lets users upload an image, adjust brightness and contrast with sliders, apply a grayscale effect, and download the edited image.
Tạo một công cụ chỉnh sửa ảnh đơn giản. Cho phép người dùng tải ảnh lên, điều chỉnh độ sáng, độ tương phản và độ bão hòa bằng các thanh trượt. Thêm nút khôi phục về ảnh gốc và nút tải ảnh đã chỉnh sửa xuống.

The more detailed your description, the closer the result matches your vision.

Hit submit to start the tool creation process. Once it's ready, click Save to preserve your changes.

Tool description in Google Flow

Step 3:

To access tools you've created, click My Tools and you'll see every tool you've built on Google Flow.

AI tools created in Google Flow

Step 4:

Click the three-dot menu icon on any tool to open the options menu shown below. Here you can generate a sharing link for the tool.

Create shareable AI tool in Google Flow

A sharing dialog appears for your AI tool. In this window, you can control whether recipients can duplicate the tool. Click Copy Link to share it with others.

AI tool sharing link in Google Flow

Managing AI Tools You've Created in Google Flow

Step 1:

Right-click on the tool you want to edit, then select Edit from the menu. You'll see the tool interface with a frame on the right side where you can input your modification requests.

Type your requested changes and click the arrow icon to preview the updated tool. You can also click the current name and enter a new one if you want to rename it.

Edit AI tool in Google Flow

Step 2:

To add a cover image for your tool, click the three-dot menu on the tool and select Set Cover Image.

Set cover image for AI tool in Google Flow

A selection of pre-made cover images appears. You can upload your own image as the cover if you prefer. When done, click Save to confirm.

Choose cover image for AI tool in Google Flow

Tips for Creating AI Tools in Google Flow

To make the process smoother and get tools you'll actually want to use, keep these points in mind:

Test results after each creation: Tools may not work perfectly on the first try. If needed, resubmit your request so Flow can refine it.

Write prompts as specifically as possible: Clearly state the tool's purpose, required features, and how it should operate to deliver results.

Watch your Flow credits: Creating tools doesn't cost credits, but images or videos generated through your tools will consume Flow credits.

Remember creation limits exist: Google sets daily limits on how many tools you can create, so avoid making new tools repeatedly when you could modify existing ones instead.

Verify shared tools first: Before using someone else's tool regularly, test its functionality and output. The real concern is that shared tools may not always work as expected—use Remix Tool to create your own customized version if needed.

Check your active project: Images and videos generated through your tools save to your current project. Make sure you're in the right project before starting to prevent saving files to the wrong location.

Description: Learn how to create AI-powered tools in Google Flow without coding. Write prompts, share tools, and manage them easily.

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Why Claude Code Is Starting to Replace Traditional CAD Software

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Why Claude Code Is Starting to Replace Traditional CAD Software

AI has been generating 3D designs for a while now. Claude started with Blender, then moved to FreeCAD, producing basic components that actually worked. But that wasn't the ceiling of what it could do.

Turns out, Claude Code goes much further and works significantly better. It's essentially replacing CAD software at this point. You can now design and 3D print parts in roughly half the time it used to take.

From Ideas to CAD Files in One Session

Claude Desktop already handles the conversion between natural language and FreeCAD's Python API commands pretty well, thanks to the FreeCAD MCP server that bridges the AI model to the application's scripting layer. Here's what's interesting: Claude Code brings direct command-line access into the picture, and that changes everything.

Instead of a single chat window, you now get a persistent session where Claude can read error logs on its own, retry failed operations, and reference project files like a living specification. Claude Code also handles registering the FreeCAD MCP server through a simple command instead of manually editing JSON config files. You just ask it to set up the server, and you're ready to work with FreeCAD files instantly.

The real breakthrough is how Claude Code handles iteration. When a Boolean operation fails or a sketch constraint is overconstrained, it doesn't just report the error. It reads the actual output from FreeCAD's Report View, changes its approach, and tries again—all without you having to paste error messages back and forth. That's impossible in Claude Desktop, where you're stuck copying and pasting error text manually.

Complex Assemblies Still Need a Human Touch

Claude running alongside FreeCAD in the background, connected through the MCP server
Claude running alongside FreeCAD in the background, connected through the MCP server

One of the biggest headaches when letting Claude control FreeCAD is multi-body assemblies. The AI gets stuck in loops, constantly burning tokens to check viewport screenshots even when nothing's being designed. It's still an issue, but it's gotten much better.

Running the MCP server with the --only-text-feedback flag cuts down on screenshot-heavy verification, letting you check geometry in the FreeCAD window yourself instead of wasting tokens on visual confirmation. If you're already running Claude Code and FreeCAD side by side, this is the obvious move. Meanwhile, community forks of the FreeCAD MCP project—from developers like blwfish and contextform—are adding dozens of tools for CAM toolpath creation, mesh handling, and spatial analysis, giving Claude direct ways to verify geometry instead of relying solely on screenshots.

Claude Code handling complex assemblies in FreeCAD
Claude Code handling complex assemblies in FreeCAD

That said, when working with sophisticated assemblies where multiple bodies have interdependent constraints, you'll still need to step in manually. If you're designing something with more than three or four interactive parts—say, a hinge assembly or a multi-piece box enclosure—it's smarter to break the work into separate conversations for each component, then assemble them by hand in FreeCAD. This keeps each conversation focused and prevents Claude from getting confused about which constraints belong to which sketch. It's a workaround, but it addresses what used to be the most frustrating part of earlier experiments.

Iteration Speed Has Jumped Dramatically

Claude Code creating M4 screw holes in FreeCAD
Claude Code creating M4 screw holes in FreeCAD

Forget the complex stuff for a moment. The real time savings come from repetitive tasks. Mounting plates with screw hole patterns, symmetrical cutouts, brackets with fixed hole spacing, and similar projects can be described in a single sentence. Claude generates the complete part in just a few tries.

An old trick still works great: sketch a rough 2D layout on paper, photograph it, and feed that image to Claude Code as a reference. Pegboard hooks for Skadis boards—one of the most popular 3D print additions—can now be added automatically with a single follow-up command. Claude calculates spacing based on existing geometry instead of making you manually position each sketch constraint.

The Results Are Impressive, But Not Perfect

Anything that's hard to describe in words remains a challenge with Claude Code. Tight tolerance relationships and GD&T annotations are still difficult to set up precisely.

There's also room for better support for storing reusable skills—essentially macros—that Claude can remember and reuse across sessions instead of recalculating the same hole-pattern logic every time. Multi-document support is starting to appear in newer forks, allowing Claude to track multiple open FreeCAD files at once. That'll make designing components that assemble together much easier.

This Is Most Valuable for Makers and Designers

For the kinds of parts most 3D printing enthusiasts need—brackets, mounting bases, adapters, enclosures—Claude Code transforms this from an interesting experiment into a tool you actually use every day. It's also one of the best ways to learn CAD software, since you're designing real parts instead of following tutorials. That alone makes it one of your most powerful tools, even if you've never written a line of code.

Just remember: Claude doesn't replace CAD knowledge. Sometimes doing it yourself or sketching the design is faster than describing it in words. What this tool excels at is eliminating the tedious constraint-solving grind—the part that used to soak up half your design time. And honestly, removing that one bottleneck makes it invaluable.

Description: Claude Code can now handle 3D design tasks faster than traditional CAD. Here's what makes it work—and where it still struggles.

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7 Surprising Tasks AI Assistants Can Actually Handle for You Right Now

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7 Surprising Tasks AI Assistants Can Actually Handle for You Right Now

Most people assume AI assistants are just for quick answers and dashing off emails. But the latest generation of AI agents—the ones that can make phone calls, navigate websites, and handle real customer service interactions—are pulling off tasks that sound almost impossible until you watch them happen.

Below is a collection of real, verified capabilities that AI assistants have already demonstrated. Some are practical. Some are genuinely surprising.

In This Article

1. Composing and Reading Poetry Aloud Over the Phone

Yep, this actually happened. A user asked their AI assistant to write a poem about "red and black," then have the AI call and recite it. The assistant drafted the poem, initiated the call, and read it back.

Why this matters beyond the novelty: If AI can deliver creative content over a phone line, it can also send pre-written messages, leave voicemails with specific wording, or convey nuanced information to people who prefer talking to texting.

2. Managing Multi-Week Customer Service Sagas

Recovering 94,000 expired hotel reward points required multiple calls spread across several weeks. First there was negotiating point restoration, then verifying hotel eligibility, then tracking down an unrecorded stay, submitting documentation, and finally escalating to a specialist team. The AI handled every step, keeping context intact the entire time.

The pattern: AI excels at tasks requiring persistence over time—following up, reexplaining context to new staff members, and remembering small details between interactions.

3. Spotting Hidden Problems You Didn't Know Existed

One user asked AI to schedule a Friday afternoon blood draw. The AI discovered that the lab closes for lunch during that exact window—a detail the user would only learn by showing up in person. It proactively suggested an alternative time.

In another case, an AI found a seat with severely limited recline on a connecting flight while hunting for seat upgrades—a comfort issue buried in the seating chart that would have ruined a long-haul trip if left unchecked.

The pattern: AI agents that interact with live systems (calling offices, checking policies) uncover information that won't surface until the moment of impact.

4. Orchestrating Complex Multi-Party Authentication

When a bank requires spoken authorization from the account holder, AI can set up and manage a three-way call—you just join for the 30-second verification while the AI handles 20 minutes of hold time and navigation.

The pattern: AI handles the tedious bits (waiting, explaining, navigating automated phone trees) and only involves you when your presence or voice is legally required.

5. Diagnosing the Root Cause Behind Failed Tasks

A user's Amazon refund was stuck for weeks. The AI didn't just keep calling support—it diagnosed that Amazon's warehouse had scanned the wrong barcode, identified the specific mismatch, and uncovered the real culprit: an unread email from a specialist team buried in the user's inbox.

The pattern: AI with access to multiple information sources (calls, email, account pages) can identify root causes that individual support channels miss.

6. Building Detailed Strategy Documents from Scratch

When standard seat upgrade channels failed, AI created a personalized "Flight Upgrade Playbook" including:

  • Optimal timing for each leg of the flight
  • Word-for-word scripts to use with gate agents
  • Backup plans if the primary strategy fails
  • Specific seat options identified from the seating chart

The pattern: When direct action stalls, AI can synthesize research into actionable plans, giving you the best shot at success when you handle it yourself.

7. Self-Correcting Mistakes in Real Time

An AI accidentally booked a car rental instead of just getting a quote. Within seconds, it recognized the error, navigated to the rental site, canceled the reservation, and completed the original price-comparison task correctly.

The pattern: Modern AI assistants can fix their own mistakes—not just apologize, but take immediate corrective action.

What These Capabilities Have in Common

Every surprising AI capability shares these underlying traits:

Trait What It Means
Action AI doesn't just provide information—it takes real steps to solve problems
Persistence Multi-step tasks spanning days, requiring close follow-up
Context Awareness Understanding the bigger goal, not just literal instructions
Error Recovery Catching and fixing mistakes automatically
Proactive Problem-Solving Finding issues the user didn't know to ask about

What AI Assistants Still Can't Do

To keep things balanced, here are the real limitations of today's AI assistants:

  • Physical tasks—can't pick up packages, drive somewhere, or press physical buttons
  • Real-time emergencies—911 calls, medical crises, or urgent safety situations need humans
  • Legal representation—can research and draft, but can't appear in court or sign binding agreements
  • Mental health support—can handle logistics around difficult situations, but isn't a therapist or counselor
  • Guaranteed outcomes—can negotiate and advocate, but can't force a company to say yes

What's interesting here is that the most impressive AI capabilities aren't really about AI being smarter—they're about AI having the persistence, context, and willingness to take action that humans often lack the time or energy for. Reciting poetry over the phone is fun, but the real value sits in invisible work: the follow-up calls nobody wants to make, the hidden problems caught before they become crises, and the tedious multi-step processes handled while you focus on something else.

Frequently Asked Questions

Can AI assistants really make phone calls?

Yes. Modern AI agents like Claude can initiate and manage calls with customer service departments, businesses, and offices. They navigate voice menus, hold time, speak with staff, and report back. The technology uses natural speech synthesis and real-time language understanding.

Is it legal for an AI to call businesses on your behalf?

Yes, in most jurisdictions. Delegating a task (whether to an AI or a person) is legal. Some states have specific rules about disclosing that you're an AI. Reputable AI assistants comply with telecom laws and current disclosure regulations.

How do AI assistants handle tasks that take weeks?

AI agents maintain context between interactions. They remember previous calls, case numbers, staff names, and where you left off. They can schedule follow-ups, track deadlines, and continue complex work without making you re-explain the situation from scratch.

What happens if an AI assistant makes a mistake on an important task?

Good AI assistants quickly detect errors and take corrective action (like canceling incorrect reservations or calling back to fix information). They'll also notify you about the mistake and what was done to fix it. For irreversible actions, quality AI services require your confirmation first.

Are there tasks you should NOT hand off to an AI assistant?

Skip these: emergencies, anything requiring your physical presence, legal decisions, sensitive personal conversations, and anything where mistakes carry serious, irreversible consequences. AI works best with time-consuming administrative work where mistakes are low-stakes and persistence matters more than perfection.

Description: Modern AI agents do far more than answer questions. Here's what they're actually capable of accomplishing today.

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Build Parent-Teacher Meeting Slides in Minutes Using Canva AI

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Build Parent-Teacher Meeting Slides in Minutes Using Canva AI

Teachers often spend hours formatting parent-teacher meeting materials. What if you could convert your existing notes—whether as text or images—into polished presentation slides with just a single command? That's exactly what Canva AI makes possible.

Canva AI streamlines this process by generating professionally styled slides with complete layouts, requiring minimal tweaking afterward. The best part? You retain full control to customize the content however you like once the AI finishes its work. Here's how to create your parent-teacher meeting presentation using Canva.

How to Generate Parent-Teacher Meeting Slides from Your Script on Canva

Step 1:

Start by preparing your parent-teacher meeting outline for the school year. You can capture this as an image or text document to summarize key talking points. An effective meeting script should typically include:

  • Teacher introduction and classroom overview
  • Meeting objectives and agenda
  • General class status and performance
  • Classroom rules and policies
  • Academic goals for the year
  • Discussion topics for parents
  • Guidelines for parent-teacher collaboration
  • Q&A and closing remarks

Hình ảnh nội dung họp phụ huynh

Next, upload your meeting notes or image to ChatGPT, then use the prompt below to structure your presentation slides. You can specify your preferred slide style—whether formal and professional, warm and approachable, minimalist and clean, or modern with infographics.

Using the parent-teacher meeting script provided, transform the content into a presentation outline with X slides.

Preserve all original information and key points without adding or removing anything. Organize content in a logical meeting flow, with each slide featuring a clear title and concise, easy-to-present bullet points.

If content doesn't fill X slides, break down existing sections further rather than creating new information. Maintain a professional, coherent design suitable for both teachers and parents.
Convert this parent-teacher meeting script into an 8–10 slide presentation. Each slide should have a concise title, clearly defined key points, and content formatted for easy reading during presentation. Arrange slides logically from opening remarks through main content to final Q&A. Don't introduce any information beyond what's in the original script. Suggest relevant visual elements for each slide.

Step 2:

ChatGPT will then provide you with fully structured slide content matching your requested slide count.

Nội dung slide phụ huynh

Step 3:

Open Canva AI and select Presentations from the main menu to begin creating your slideshow.

Tạo slide thuyết trình trên Canva

Click on Canva AI or paste the ChatGPT content directly into the AI slide design box, then click Create to generate your slides.

Nội dunng slide họp phụ huynh trên Canva

Step 4:

Wait for Canva AI to generate your presentation. Once complete, you'll see your slides displayed. Review each page, and if you'd like different styling, click the three-dot menu and select Regenerate slide.

Slide họp phụ huynh trên Canva AI

Select a slide design you like, then click Apply to all pages to import it into your Canva project.

Chèn slide họp phụ huynh trên Canva AI

Step 5:

Now comes the fine-tuning. Review each slide's content, make any necessary edits, upload classroom photos if needed, and adjust formatting as desired.

Chỉnh sửa slide họp phụ huynh trên Canva AI

Once you're satisfied with your presentation, simply download the file and you're done.

Slide họp phụ huynh
Tạo slide họp phụ huynh trên Canva AI
Slide AI họp phụ huynh
Tạo slide AI họp phụ huynh
Canva AI tạo slide họp phụ huynh.

Description: Transform your meeting notes into professional presentation slides automatically with Canva AI. Step-by-step guide for educators.

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Build Parent-Teacher Meeting Slides Instantly with Canva AI

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Build Parent-Teacher Meeting Slides Instantly with Canva AI

Teachers typically have a parent meeting outline ready before the school year begins—whether it's images or written content. Here's what's interesting: with just a single prompt, you can transform that material into a polished presentation slide deck. No hours of manual formatting required.

Canva AI streamlines this entire workflow. You get professionally styled layouts with complete formatting in minutes, requiring minimal tweaks afterward. The real benefit? Even after Canva AI generates your slides, you maintain full control to customize the content however you like. Let's walk through exactly how to create parent meeting slides using Canva.

How to Build Parent Meeting Slides from Your Script on Canva

Step 1:

Start by preparing your parent meeting script for the school year. You can create a visual summary of your content to capture the key points before converting it to slides. Typically, your parent meeting script should cover these elements:

  • Introduction of the teacher and classroom.
  • Meeting objectives.
  • General class overview.
  • Classroom rules and policies.
  • Annual learning plan.
  • Topics for parent discussion.
  • Tips for teacher-parent collaboration.
  • Q&A session at the end.

Parent meeting content example

Next, upload your image or script content to ChatGPT. Then paste this prompt to structure your presentation slides. You can expand the prompt to specify your preferred style—formal and professional, warm and approachable, minimal and clean, or modern with infographics.

Based on the parent meeting script provided, convert the content into a presentation outline with x slides.

Preserve all original content and key points without adding or removing information. Organize content in a logical meeting sequence; each slide should have a clear title and concise, easy-to-present bullet points.

If content doesn't fill x slides, break down existing sections instead of creating new content. Design should be professional, coherent, and suitable for both teachers and parents.
Transform this parent meeting script into an 8-10 slide presentation. Each slide needs a concise title, clear main points, and content that's easy to read when projected. Arrange information logically from opening remarks through discussion topics and the Q&A wrap-up. Don't add information outside the original script. Suggest relevant images for each slide.

Step 2:

ChatGPT will now generate your slide content breakdown, structured exactly to the number of slides you specified.

Parent meeting slide content

Step 3:

Open Canva AI and select Presentation from the main dashboard to create your slides.

Create presentation slides on Canva

Click on Canva AI, then paste your ChatGPT-generated content directly into the AI slide design box and click Create to begin.

Parent meeting slide content on Canva

Step 4:

Wait for Canva AI to generate your parent meeting slides. You'll see a preview of the presentation. Review each slide—if you're not satisfied, click the three-dot menu and select Regenerate.

Parent meeting slides on Canva AI

Once you're happy with the preview, click the slide and select Apply to All Pages to import it into your Canva project.

Import parent meeting slides on Canva AI

Step 5:

Go through each slide to review the content. Make any edits, upload classroom photos if needed, adjust formatting, or refine the text as you normally would in Canva.

Edit parent meeting slides on Canva AI

Once everything looks good, simply download your presentation.

Parent meeting slides
Create parent meeting slides on Canva AI
AI parent meeting slides
Build AI parent meeting slides
Canva AI generates parent meeting slides.

Description: Turn your parent meeting script into professional slides using Canva AI. Step-by-step guide for teachers.

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Create Professional Promotional Videos with AI: A Step-by-Step Guide

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Create Professional Promotional Videos with AI: A Step-by-Step Guide

Promotional videos have become one of the most effective ways to communicate a message. They're easy to understand, memorable, and capable of reaching massive audiences. Here's what's interesting: with artificial intelligence now accessible to everyone, creating these videos has shifted from a specialized skill requiring expensive equipment to something virtually anyone can do in an afternoon.

Today's AI tools make producing promotional videos faster and more straightforward than ever before. You need three basic ingredients: a solid script, some visual references, and access to the right AI platforms. The result? Professional-quality videos with smooth animations, natural-sounding voiceovers, and polished effects—all without hiring a production crew. This approach saves tremendous time while delivering impressive multimedia content suitable for educational campaigns, public awareness initiatives, or information sharing.

How to Create a Promotional Video: A Complete Walkthrough

Step 1: Generate Your Script

Start by crafting a promotional script about your topic. Try using this prompt template with ChatGPT:

I'm an elementary school teacher. I need to develop a promotional script about [your topic]. The content should be approximately 5 sentences—concise, easy to understand, and appropriate for elementary-age students.

Wait for ChatGPT to generate a short, focused script. For example, if your topic is traffic safety, the AI will tailor the message to that theme.

Building a promotional video script

Step 2: Create a Reference Poster

Next, generate a visual reference image using this detailed prompt:

Create an educational promotional poster in premium 3D cinema animation style, 9:16 vertical aspect ratio, 4K Ultra HD quality.

Main character: A professional Vietnamese teacher, aged 25–45, with a friendly face, confident eyes, wearing business-appropriate clothing, holding promotional materials, seated in front of a professional microphone and looking directly at the camera.

Setting: A modern school broadcasting studio with premium studio lighting, blue LED screens, designed like a professional educational television studio.

Foreground display with illuminated signage reading:

"SCHOOL RADIO"

Background screens showing illustrations and icons related to [Traffic Safety].

Style: Premium 3D cinema animation, cinematic lighting, volumetric lighting, ultra-realistic texture, depth of field, high detail, harmonious color grading, 4K Ultra HD quality.

Maintain clear character identification for use as a reference image throughout the Veo 3 video.

No watermark.
No logos.
No subtitles.
9:16 aspect ratio.

Creating a promotional poster image

Give ChatGPT a moment to generate the poster according to your specifications.

Sample promotional poster

Step 3: Break Down Your Script Into Video Scenes

Now you'll convert your script into individual scene prompts for video generation. Use this master prompt:

Use the image created above as a reference.

Analyze the Vietnamese script below and break it into multiple Veo 3 commands.

Mandatory Requirements:

• Each command generates exactly one scene lasting 8 seconds.

• Maintain 100% consistency with the Vietnamese teacher character from the reference image, including face, hairstyle, skin tone, clothing, posture, facial expressions, and voice.

• Keep the same modern school broadcasting studio with professional microphone, blue LED screen, cinematic lighting, and educational television aesthetic.

• Character looks directly at camera, natural hand gestures, smooth movements, realistic expressions, and perfect lip-sync with Vietnamese dialogue.

• Camera angle: frontal view, medium shot, subtle cinematic movement.

• Background screens display only icons and illustrations related to the topic.

• Style: Premium 3D cinema animation, cinematic lighting, ultra-realistic texture, volumetric lighting, depth of field, highly detailed, 4K Ultra HD.

• No Vietnamese text on screens.

• No subtitles.

• No logos.

• No watermark.

• 9:16 aspect ratio.

Formatted output table with columns:

1. Scene Number

2. Main Content

3. Complete Veo 3 Command

4. Vietnamese Dialogue (8 seconds)

5. Character Consistency Notes

Each Veo 3 prompt must meet these requirements:

• Ready to copy and use immediately.

• Complete description of character, setting, actions, camera angle, lighting, emotion, and dialogue.

• Faithful to the original script.

• Scenes transition logically so they assemble into a complete, cohesive educational promotional video.

VIETNAMESE SCRIPT:

[YOUR SCRIPT CONTENT]

Scene-by-scene video generation commands

ChatGPT will now generate individual scene commands based on your script. Copy each scene prompt and paste it into Veo 3 or Google Vids to produce the actual video footage. Reference the poster image you created earlier for consistency across all scenes.

Generating video for each scene

Log into Veo 3 or Google Vids, then input each scene command to generate video clips. Once you have all your scenes, stitch them together into a finished video.

Creating promotional video on Veo 3

Here's an example of a finished promotional video assembled from these scene-by-scene commands:

Description: Learn how to make engaging promotional videos using AI tools like ChatGPT and Veo 3. No filming required—just scripts and smart prompts.

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