Producing videos entirely based on written prompts.

Sora is an AI system that converts text-based descriptions into vivid and lifelike visual scenarios.

Sora generates detailed scenes with multiple characters, precise actions, and rich foreground and background elements, faithfully interpreting user prompts to portray authentic interactions in the specified context.

Prompt: A drone glides smoothly around a magnificent historic church perched on a steep cliff along the Amalfi Coast. The view showcases the church's elegant architecture, framed by terraced gardens and winding pathways cascading down the rugged cliffside. Below, waves crash dramatically against the rocky shore, with the vibrant blue sea creating a stunning contrast against the verdant green hills. In the distance, visitors wander the terraces, taking in panoramic ocean vistas. Bathed in the warm, golden light of the afternoon sun, the scene exudes a captivating and romantic allure.

Prompt: Amid Tokyo's lively streets, a stylish woman walks with confidence along a crowded avenue glowing with vibrant neon lights. She dons a sharp black leather jacket paired with a flowing red dress, accented by polished black boots and a coordinated handbag. Her bold sunglasses and bright red lipstick add to her elegant and poised demeanor. The glistening wet pavement mirrors the neon hues, intensifying the dynamic energy as people move through the bustling city scene.

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Creating compelling and dynamic visual compositions.

Sora's advanced language processing ensures precise prompt interpretation, enabling the creation of characters with rich emotional depth. It effortlessly generates multiple scenes within a single video while preserving consistent character portrayals and a cohesive visual aesthetic.

Safety

Your AI development strategy prioritizes ethical responsibility and safety through the following measures:

- Partnering with experts to address misinformation, harmful content, and bias, ensuring comprehensive model testing.

- Creating tools like a detection classifier to identify AI-generated material and incorporating C2PA metadata for improved transparency.

- Implementing safety measures from DALL·E 3 for Sora, including text classifiers to filter inappropriate prompts and image classifiers for content compliance.

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

- Leveraging real-world feedback to enhance AI safety through practical use cases.

This approach ensures responsible AI development while mitigating potential risks.

Prompt: In the heart of a vast desert excavation, archaeologists meticulously uncover what seems to be an ordinary plastic chair, treating it with the utmost care as if it were a priceless artifact. With steady hands and gentle brushes, they gradually clear the surrounding sand, revealing the chair with astonishing precision, emphasizing the unexpected significance of the find.

Prompt: A cheerful pack of golden retriever puppies joyfully leaps through the snow, their little heads popping up as delicate snowflakes gently land on their soft, fluffy coats.



Sora is engineered to create intricate scenes with multiple characters, detailed actions, and complex foreground and background components. By interpreting user prompts, it generates lifelike depictions of how these elements interact in real-world contexts.

We are collaborating with security experts to assess potential risks and working with artists, designers, and filmmakers to refine the model using their insights.

By sharing our progress early, we aim to involve experts and keep the public informed about Sora's capabilities. Our goal is to develop AI that accurately replicates real-world movement and produces models that solve practical challenges.

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

Prompt: The camera captures the vibrant, colorful buildings of Burano, Italy, with a cheerful Dalmatian gazing out from a ground-floor window. Pedestrians stroll and cyclists pass along the canal-side streets, surrounded by the striking, lively buildings.

Prompt: A cat gently nudges its sleeping owner, insisting on breakfast. Despite the owner's attempts to ignore it, the cat employs different strategies to grab attention. Finally, the owner gives in, uncovering a hidden stash of treats under the pillow to momentarily appease the cat.

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Exploring different research methodologies.

Sora is a diffusion model that creates videos by beginning with a noisy foundation and gradually improving the visuals through several stages to decrease the noise.

Similar to GPT models, Sora uses a transformer architecture, offering exceptional scalability.

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