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Cinematic relighting uses Neural Lightfields and Depth Analysis to transform the atmosphere of your video, mapping virtual light sources onto a 3D reconstruction of your 2D footage.
Geometry Extraction: The AI identifies the 3D structure of the scene, creating a digital "mask" of subjects and backgrounds to ensure light wraps realistically around every surface.
Source Synthesis: By introducing virtual point lights or global illumination, the model recalculates shadows and highlights, effectively changing the time of day or mood of the shot.
Atmospheric Rendering: A final pass adds volumetric effects like fog or lens flares, ensuring the new lighting feels physically integrated into the original environment.
Define the action. What is happening in the scene? Use active verbs: "a majestic eagle soaring through a canyon" beats "an eagle," and "a futuristic city bustling with flying cars" beats "a city."
Establish the lighting. How does the light change over time? "Distant lightning illuminating a stormy sea" or "the flickering glow of a campfire on a traveler's face" defines the temporal mood and depth.
Set the motion style. How does the camera move? "A slow cinematic dolly zoom," "an erratic handheld chase sequence," or "a smooth 360-degree orbital shot" dictates the energy and professional polish of the video.
Describe environmental effects. What is moving in the background? Adding details like "swirling autumn leaves," "drifting morning fog," or "falling digital rain" adds layers of realism and immersion to the generation.
Define the energy level. Use keywords like "slow-motion," "high-speed chase," "subtle handheld jitter," or "static tripod."
Specify movement. Try "drone aerial shot," "cinematic dolly zoom," "360-degree orbit," or "top-down bird's eye view."
Control time flow. Use "time-lapse," "morphing transition," "stop-motion animation," or "hyper-lapse through clouds."
Maintain details. Mention "seed stability," "locked character features," or "environmental persistence" to reduce flickering.
Experience the power of generative AI. Simply describe your vision in text and watch our engine create professional, cinematic video content in seconds.
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Concept artists and directors can use text-to-video to quickly visualize scenes, camera angles, and moods before starting a big production.
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Start by entering your script or text prompt. Our Studio analyzes your vision to prepare the cinematic foundation for your video.
Our advanced AI engine generates realistic motion, professional lighting, and high-fidelity textures to bring your prompt to life.
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Everything you need to know about turning text into high-fidelity motion pictures.
The generator uses Temporal Attention Layers. Instead of generating frames in isolation, the AI "looks" at previous and future frames simultaneously to ensure that objects, clothing, and backgrounds don't shift or morph unexpectedly during movement.
Standard prompts define the Subject, while Motion Buckets define the Velocity. Higher motion values increase the speed and complexity of the action, while lower values are better for subtle, cinematic movements like hair blowing in the wind or slow-motion waves.
Yes. By using Director Keywords like "Dolly Zoom," "Handheld Shaky-cam," or "Drone Orbital Shot," the AI translates these instructions into camera pathing vectors, giving you precise control over the cinematic perspective of the final clip.
Our Pro models utilize Native Audio Synthesis. The AI analyzes the generated visual events—like a car engine revving or rain hitting a window—and generates a perfectly synced foley soundscape to match the visual action.
Through GPU Cloud Acceleration, standard 1080p clips are generated in roughly 60 seconds. High-fidelity 4K clips include an additional Neural Upscaling pass, which typically adds 30-40 seconds to the total rendering time.