
Preview of Ultrafast mode: GPT-5.6 Sol runs up to 14x faster (up to 750 tokens/s, powered by Cerebras). First rolling out to select OpenAI API customers; built for realtime voice, support, coding, design, finance research and security response.
The Hook
“(No spoken dialogue — ambient visual with subtle UI sounds)”
Product Reveal
“(No spoken dialogue — ambient visual with subtle UI sounds)”
Feature Teaser
“(No spoken dialogue — ambient visual with subtle UI sounds)”
Call to Action
“(No spoken dialogue — ambient visual with subtle UI sounds)”
Synthesizable in Remotion · key components of the split-screen-performance-showcase template.
Two identical simulation environments run side-by-side, one significantly faster than the other, demonstrating a performance advantage.
Use two `<Canvas>` components or `<AbsoluteFill>` containers, each rendering an identical 3D scene (e.g., using `three.js` or `R3F`). Synchronize their initial states but apply a speed multiplier to the 'Ultrafast' side's animation loop or state updates. Implement a vertical divider line that can subtly animate.
Objects move and stack on an isometric grid, simulating a logistical or computational process, with progress indicators updating in real-time.
Render a 3D isometric grid using `three.js` or `R3F`. Create animated 3D box models for 'packages' and 'robots'. Use `interpolate()` for position and rotation animations along predefined paths. Update progress bars and counters based on the simulation's internal state, driven by `useCurrentFrame()` and `spring()` for smooth transitions.
Real-time metrics (e.g., 'BUILD EVENTS', 'TASKS IN PROGRESS') update rapidly, showcasing the efficiency and progress of the simulation.
Overlay text elements using `AbsoluteFill` and `Text` components. Bind the text content to dynamic variables that update based on the simulation's progress. Use `spring()` or `interpolate()` with `easeOutCubic` for smooth, rapid number transitions and subtle color changes (e.g., green for 'TASK COMPLETE').
Purpose. Introduce the core comparison and establish the baseline 'Standard' performance.
Execution. Split-screen view with 'Ultrafast' and 'Standard' labels, showing initial static states of the simulation.
Purpose. Visually demonstrate the dramatic speed difference between the two modes.
Execution. Both simulations start, with the 'Ultrafast' side rapidly processing tasks and filling its progress bar, while 'Standard' lags significantly.
Purpose. Reinforce the 'Ultrafast' mode's superior efficiency and completion.
Execution. The 'Ultrafast' side completes its 'TASK COMPLETE' state, while the 'Standard' side continues to struggle, highlighting the performance gap.
Purpose. Connect the visual demonstration to the product's core benefits and applications.
Execution. A final freeze-frame of the completed 'Ultrafast' simulation, followed by a full-screen text overlay detailing GPT-5.6 Sol's speed and use cases.
Objective
Launch a new cloud-based data processing service, 'QuantumFlow', showcasing its speed advantage over traditional methods.How the recipe adapts
The DualTerminalRaceSplit primitive would show 'QuantumFlow' on the left and 'Traditional Processing' on the right. IsometricGridFlow would animate data packets moving through a network, with 'QuantumFlow' processing and routing them at a visibly accelerated rate. DynamicMetricOverlay would display 'Data Processed' and 'Latency' metrics, with QuantumFlow's numbers updating much faster and showing lower latency. The final text overlay would highlight QuantumFlow's throughput and cost efficiency.Scene durations (4 scenes, 44s)
Key Remotion components
To ensure that artificial general intelligence benefits all of humanity

Gopuff introduces Go, an AI shopping assistant built with SpaceXAI: say what you need and the order is placed.

Iliad (Troy) trailer made by Grok Imagine 1.5, which was just released