
We’re excited to launch the Codex app, a command center for building with agents. It gives you a focused space to manage multiple agents at once, run work in parallel, and collaborate with agents o…
The Hook
“We're excited to launch the Codex app, a command center for building with agents. It gives you a focused space to manage multiple agents at once, run work in parallel, and collaborate with agents on projects.”
Product Reveal
“Let's build AstroScope. I'll ask Codex to update the design for Liquid Glass. It understands the design structure and generates the code. I can also ask it to investigate build errors or create a classic snake game. Codex can find and fix bugs in my code, or summarize this app in a PDF. I can also ask it to add a new screen that shows the Astronomy Picture of the Day from NASA. It creates the necessary files and code, like APODResponse.swift, APODViewModel.swift, and APODScreen.swift. It even writes the documentation. I can then run the app to see the changes. Codex can also help with front-end tasks, like rewriting a subheader to be more motivating. It understands the context and suggests improvements. It can also implement a Figma home screen, generating the CSS and TSX files.”
Feature Teaser
“Codex can also automate tasks. For example, I can create an automation to triage issues, review PR comments, or summarize release notes. I can set it to run at a specific time, like 9:30 AM, and choose the workspace, like FitnessTracker. Codex can also work in a cloud environment, allowing for seamless collaboration and deployment.”
Call to Action
“(No spoken dialogue — The audio features a consistent, driving electronic score with a moderate tempo. Instrumentation includes pizzicato synths, a prominent sub-bass, and subtle 808s. High-energy audio transitions, risers, and sweeps are strategically placed to emphasize key points and feature reveals. Sub-bass drops and impacts are used to punctuate significant actions or transitions within the app's demonstration. The overall sound design aims to create a sense of innovation, efficiency, and forward momentum.)”
Synthesizable in Remotion · key components of the ai-product-launch-dynamic-demo template.
A main screen capture fills the frame, while a smaller, picture-in-picture (PIP) window displays the presenter in the corner. The PIP can dynamically resize or reposition slightly to accommodate UI elements.
Use Remotion's <AbsoluteFill> for the main screen content and a <spring()> animated <AbsoluteFill> or <View> for the PIP, adjusting its position and size based on scene context. Utilize <interpolate()> for smooth transitions between PIP states.
Code snippets are displayed with clear visual indicators for additions (green highlight) and deletions (red highlight), often accompanied by line numbers and file names.
Render code using a monospaced font. Implement conditional styling (background color, text color) based on diff data. Animate the highlight using <spring()> or <interpolate()> for a subtle fade-in/out effect on changes. Consider using an SVG mask for more complex highlight shapes.
Text and UI elements appear progressively, simulating real-time generation or typing. This is often used for code output, task lists, or conversational AI responses.
Utilize <Sequence> and <spring()> or <interpolate()> to reveal text character by character or line by line. For UI elements, animate opacity and scale from 0 to 1, potentially with a slight delay for each element. Use a custom cursor component to simulate typing.
Purpose. To immediately establish the product's core value proposition and the presenter's authority.
Execution. Presenter directly addresses the camera, setting the stage for the product launch with a confident and engaging demeanor.
Purpose. To showcase the product's key functionalities through live, interactive demonstrations, building credibility and understanding.
Execution. Rapid cuts between presenter and detailed screen recordings, highlighting specific UI interactions, code generation, and task automation.
Purpose. To illustrate how the product solves common developer pain points and streamlines complex workflows.
Execution. Demonstrations focus on specific use cases like bug fixing, design implementation, and task automation, showing the 'before and after' implicitly.
Purpose. To leave the audience with a sense of the product's transformative potential and a clear call to action.
Execution. Return to the presenter, who reinforces the product's impact on productivity and creativity, concluding with an inspiring tone.
Objective
Launch an AI-powered interior design application that generates room layouts and furniture suggestions in real-time.How the recipe adapts
The DynamicScreenPIP primitive would show the AI design app's interface with the presenter explaining features. The UIGenerationReveal primitive would animate the real-time generation of room layouts and furniture. Instead of CodeDiffHighlight, a 'DesignDiffHighlight' primitive would show AI-suggested changes to a design. The overall pacing and sound design would remain high-energy and innovative, emphasizing the speed and creativity of the AI design tool.Scene durations (4 scenes, 261s)
Key Remotion components

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