
First general foundation model for the physical world
The Hook
“We're introducing Natura-1. These clips come from longer autonomous demonstrations.”
Product Reveal
“(No spoken dialogue — crisp electronic synth arpeggios pulsing over 128 BPM four-on-the-floor kick with mechanical servo foley.)”
Feature Teaser
“(No spoken dialogue — ascending synth riser dropping into punchy 808 sub-bass accents synchronized to packaging actions.)”
Feature Teaser
“Zero-shot generalization and instruction following is another key capability of Natura-1.”
Feature Teaser
“Pick up the bottle. Put the glasses in the case. Fold the napkin.”
Call to Action
“Unexpected behaviors down to the details that matter to you beyond predefined capabilities.”
Synthesizable in Remotion · key components of the physical-ai-matrix-showcase template.
Divides viewport into one dominant left frame and two stacked right frames with crisp hair-thin borders.
Compose absolute-positioned Remotion Video elements inside a CSS grid layout with spring-driven opacity fades.
Fixed corner typography displaying operational state and speed multiplier tags.
Render flex container pinned to corners with serif fonts and subtle opacity transitions driven by current frame.
Dynamic grid scaling seamlessly from 3x3 to 4x4 panels displaying synchronized video feeds.
Map array of video feeds inside a CSS grid container using gap tokens and uniform aspect ratio containers.
Stark black title canvas with center-aligned white serif typography and top-right branding.
Full-screen absolute div using interpolate on opacity and translateY for smooth 12-frame text entrances.
Purpose. Establish authentic unedited autonomy in real domestic environments.
Execution. Eye-level 1x humanoid robot framing with persistent status badges.
Purpose. Demonstrate micro-precision across varied domestic tasks.
Execution. Three-way split screen linking overhead macro views with frontal context.
Purpose. Highlight zero-shot reasoning and speech prompt parsing.
Execution. Typographic title card cutting to synchronized multi-angle live interaction.
Purpose. Prove generalizability and emergent versatility at scale.
Execution. Dense 9-panel and 16-panel synchronous mosaic grids timed to electronic drops.
Objective
Launch an autonomous micro-surgical robotic assistant.How the recipe adapts
The triptych layout shows endoscopic macro cameras alongside surgeon console angles, corner badges track millimeter latency metrics, and title cards introduce zero-shot anatomical adaptation before closing on a multi-procedure matrix.Scene durations (6 scenes, 192s)
Key Remotion components
Introducing Griffin, the first AI to pass the video Turing test
The most emotive and controllable TTS model

Always-on agents built to handle everything