Creating videos exclusively from text-based descriptions.

Sora is an AI platform that transforms text descriptions into vibrant and realistic visual scenes.

Sora creates intricate scenes with multiple characters, specific actions, and detailed foreground and background elements, accurately interpreting user inputs to depict genuine interactions within the given context.

Prompt: A drone glides gracefully around an ancient church perched on a steep cliff, with breathtaking views of the Amalfi Coast. The church’s elegant design is highlighted, surrounded by lush terraced gardens and meandering paths that descend the cliff. Below, the waves crash powerfully against the jagged rocks, with the deep blue of the sea contrasting against the vibrant greenery of the hills. In the distance, people leisurely stroll along the terraces, enjoying sweeping views of the ocean. The entire scene is illuminated by the soft, golden glow of the late afternoon, creating a romantic and enchanting atmosphere.

Prompt: In the vibrant streets of Tokyo, a fashionable woman strides confidently along a bustling avenue illuminated by vivid neon lights. She wears a sleek black leather jacket over a flowing red dress, complemented by glossy black boots and a matching handbag. Her striking sunglasses and bold red lipstick enhance her commanding and stylish presence. The wet pavement gleams, reflecting the neon colors and amplifying the city’s dynamic energy as people navigate the lively urban scene.

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Crafting captivating and visually impactful compositions.

Sora’s sophisticated language processing guarantees accurate interpretation of prompts, allowing for the creation of characters with profound emotional depth. It seamlessly produces multiple scenes within a single video, maintaining consistent character representations and a unified visual style.

Safety

Your AI development strategy emphasizes ethical responsibility and safety through the following actions:

- Collaborating with experts to address misinformation, harmful content, and bias, ensuring comprehensive model evaluation.

- Developing tools such as detection classifiers to identify AI-generated content and integrating C2PA metadata to enhance transparency.

- Adopting safety protocols from DALL·E 3 into Sora, including text classifiers to block inappropriate prompts and image classifiers to ensure content compliance.

- Partnering with global policymakers, educators, and artists to tackle challenges and explore the beneficial applications of the technology.

- Collecting real-world feedback to refine AI safety measures based on practical applications.

This strategy fosters responsible AI innovation while actively addressing potential risks.

Prompt: In the middle of a vast desert excavation, archaeologists carefully uncover what appears to be an ordinary plastic chair, handling it with exceptional reverence as if it were a rare treasure. With precise movements and soft brushes, they slowly remove the surrounding sand, revealing the chair with surprising accuracy, highlighting the unanticipated importance of the discovery.

Prompt: A playful group of golden retriever puppies races through the snow, their small heads tilting upward as soft snowflakes gently settle on their fluffy, soft fur.



Sora is built to generate highly detailed scenes, featuring multiple characters, complex actions, and intricate foreground and background elements. By comprehending user prompts, it precisely mimics real-life interactions between these components.  

We collaborate with security professionals to evaluate potential risks and partner with artists, designers, and filmmakers to enhance the model based on their feedback.  

By sharing our progress early on, we aim to involve experts and keep the public informed about Sora’s capabilities. Our goal is to create AI that accurately simulates real-world movement while solving practical problems.  

Introducing Sora: an advanced text-to-video model capable of generating high-quality, one-minute videos based on user input.

Prompt: The camera focuses on the bright, colorful buildings of Burano, Italy, with a happy Dalmatian peering out from a ground-floor window. People walk leisurely, and cyclists ride along the canal-side streets, all amidst the bold, lively buildings.

Prompt: A cat softly pushes its dozing owner, insistently asking for breakfast. Despite the owner's attempts to ignore it, the cat changes tactics, using various methods to get noticed. Finally, the owner gives in, uncovering a secret stash of treats under the pillow, briefly satisfying the persistent cat.

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Investigating various research approaches.

Sora is a diffusion model that generates videos by starting with a noisy base and progressively enhancing the visuals through several stages to reduce the noise.

Like GPT models, Sora uses a transformer architecture, ensuring outstanding scalability.

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