Sora creates detailed scenes featuring multiple characters, precise movements, and rich foreground and background elements. It accurately interprets user prompts to depict realistic interactions within the specified context.

Prompt: A drone gracefully flies around a stunning historic church situated on a rugged cliff along the Amalfi Coast. The scene highlights the church's detailed architecture, surrounded by terraces and winding pathways that descend the cliff. Below, powerful waves crash against the rocky shoreline, enhancing the vibrant blue of the sea and the gentle, rolling hills of Amalfi. In the distance, visitors explore the terraces, enjoying the captivating ocean vistas. The warm glow of the afternoon sun illuminates the landscape, adding a romantic and magical touch to the moment.

Prompt: Amid the vibrant streets of Tokyo, a fashionable woman strides with purpose through a lively avenue illuminated by dazzling neon lights. Her eye-catching attire—a sleek black leather jacket layered over a flowing crimson dress, complemented by polished black boots and a coordinating handbag—turns heads as she passes. Sporting bold sunglasses and vivid red lipstick, she radiates confidence and elegance. The glistening wet pavement reflects the vivid hues of the glowing signs, enhancing the electric atmosphere as bustling crowds navigate the energetic cityscape.

Designing captivating and visually dynamic creations.

Sora's enhanced linguistic capabilities allow it to precisely interpret prompts, creating characters with deep emotional expressions. Moreover, Sora seamlessly generates multiple scenes in one video, maintaining consistent character depictions and a unified visual style throughout.

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Safety

Your approach to AI development and deployment prioritizes ethical responsibility and safety. Here’s an updated summary:
Collaboration with experts in misinformation, harmful content, and bias ensures rigorous testing of the AI model.

Initiatives include developing tools like a detection classifier to identify AI-generated content and plans to integrate C2PA metadata for greater transparency and accountability.

Safety systems from DALL·E 3 are being adapted for Sora, incorporating text classifiers to filter inappropriate prompts and image classifiers to enforce content compliance.

You are working with global policymakers, educators, and artists to address concerns and uncover beneficial uses for the technology.

Acknowledging the importance of real-world feedback, your strategy involves refining AI safety through practical applications.
This approach promotes responsible AI innovation while effectively managing potential risks.

Prompt: In the middle of a desert excavation, archaeologists delicately uncover an ordinary plastic chair, treating it with great care as they methodically brush away the surrounding sand, revealing it with precision and attention to detail.

Prompt: A group of energetic golden retriever puppies frolic happily in the snow, their tiny heads emerging as gentle snowflakes softly settle on their soft fur.

Sora is built to create intricate scenes featuring multiple characters, detailed actions, and complex elements in both the foreground and background. It takes user input and generates realistic representations of how these elements would interact in real-world situations.

Currently, we are collaborating with red teamers to identify potential security risks, while also working with artists, designers, and filmmakers to refine the model based on their feedback.

We are sharing our progress early to engage with experts and keep the public updated on Sora's capabilities.
Our aim is to develop AI that can accurately simulate real-world movement, ultimately creating models that can address practical challenges.

Introducing Sora: our cutting-edge text-to-video model that can produce videos up to one minute long, delivering high-quality visuals while adhering to user instructions with precision.

Prompt: The camera faces the brightly colored buildings of Burano, Italy. A cheerful Dalmatian peeks out from a ground-floor window. People walk and bike along the canal-side streets, passing by the vivid structures.

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

Exploring different methods of conducting research.

Sora is a diffusion model that generates videos by starting with a noisy initial state and progressively refining it in multiple stages to reduce the noise.

Like GPT models, Sora employs a transformer architecture, enabling outstanding scalability.

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Creating videos based on written descriptions.

Sora creates detailed scenes featuring multiple characters, precise movements, and rich foreground and background elements. It accurately interprets user prompts to depict realistic interactions within the specified context.

Designing captivating and visually dynamic creations.

Safety

Exploring different methods of conducting research.