
This screenshot is what a solo founder's "team" actually looks like in 2026. Not one giant AI assistant. A set of dedicated AI workspaces, each responsible for a specific function in the business.…
The Hook
“(No spoken dialogue — ambient UI sounds, mouse clicks, and typing sounds create a focused, productive atmosphere.)”
Product Reveal
“(No spoken dialogue — ambient UI sounds, mouse clicks, and typing sounds continue, emphasizing the seamless interaction.)”
Feature Teaser
“(No spoken dialogue — ambient UI sounds, mouse clicks, and typing sounds persist, highlighting the ongoing AI activity.)”
Call to Action
“(No spoken dialogue — ambient UI sounds, mouse clicks, and typing sounds continue, building to a sense of comprehensive AI assistance.)”
Synthesizable in Remotion · key components of the ai-workspace-grid-flowstate template.
Individual workspace cards subtly animate into view or highlight, simulating a user's focus shifting across different AI agents. Text content within cards appears with a soft fade-in.
Use `spring` for card position and opacity, with a slight delay for each card to create a staggered reveal. Text can use `interpolate` for opacity and `y` translation from a small offset.
A realistic cursor moves across the screen, clicks into text input fields, and types out commands character by character. The typed text appears with a subtle, quick animation.
Implement cursor movement using `interpolate` for `x` and `y` coordinates. Text typing can be achieved by rendering characters sequentially with `delay` and `duration` for each character, or by using a `typewriter` effect component.
UI elements like 'READY' or 'WORKING' badges change color and text, often accompanied by a small, subtle animation (e.g., a spinner or a pulse effect) to indicate active processing.
Use `interpolate` for color changes and `opacity` for text transitions. A `loop`ing `spring` animation can be applied to a spinner SVG or a pulsing background for the 'WORKING' state.
Purpose. Introduce the comprehensive AI workspace concept and its modular nature.
Execution. Wide shot of the entire grid of workspaces, with a subtle initial pan to establish the breadth of the system.
Purpose. Demonstrate how a user interacts with an AI agent to assign a specific function.
Execution. Cursor interaction, typing a command into a specific workspace, and the workspace transitioning to an active state.
Purpose. Showcase the simultaneous operation of multiple AI agents handling different business functions.
Execution. Multiple workspaces displaying 'WORKING' status and subtle animations, indicating concurrent AI activity.
Purpose. Conclude by reinforcing the idea of a fully integrated, multi-agent AI team for solo founders.
Execution. A final, slightly zoomed-out view of the entire workspace grid, with several agents actively working, conveying a sense of complete automation.
Objective
Demonstrate a new collaborative project management tool called 'FlowState' that uses AI to automate task assignments and progress tracking.How the recipe adapts
The GridWorkspaceReveal primitive would be adapted to show individual project boards or task lists animating into view. The TypingCursorInteraction would demonstrate a user assigning a task or commenting, with AI suggestions appearing. The StatusIndicatorTransition would show tasks moving from 'To Do' to 'In Progress' to 'Done', with AI-driven progress updates and user avatars appearing next to completed tasks. The overall camera movement would subtly pan across different project views, highlighting the collaborative flow.Scene durations (4 scenes, 40s)
Key Remotion components
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