Try Sora AI for Generating Videos from Text

Sora Ai, an advanced AI model, has the capability to produce videos up to one minute in length, encompassing intricately detailed scenes, sophisticated camera movements, and a range of characters exhibiting vivid emotions. Additionally, it can generate videos from a single still image or enhance existing footage by adding new content.

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About Sora AI

In the realm of AI advancements, OpenAI introduces Sora, a groundbreaking text-to-video model designed to transform written instructions into compelling video content up to one minute long. This innovative model doesn't just translate text into video; it ensures the visual quality is maintained throughout, making it a significant leap forward in the field of artificial intelligence and digital content creation.

Sora's Journey of Progress

Currently, access to Sora is exclusive, available only to members of OpenAI's Red Team and specially invited visual artists, designers, and filmmakers. This selective approach ensures that Sora’s capabilities are honed and enhanced in a controlled environment, paving the way for more refined and sophisticated outputs as the technology matures.

Sora's Broader Impact

Sora aims to revolutionize the way users engage with digital currency and blockchain technology. By laying the groundwork for models that can comprehend and simulate real-world interactions, Sora opens up new possibilities for solving complex problems that require a nuanced understanding of real-world dynamics.

Sora AI: First Impressions

Sora AI has benefitted immensely from the constructive feedback provided by the creative community. This collaboration has facilitated significant improvements to the Sora AI model, ensuring it evolves in ways that more effectively support and inspire the creative processes of its users.

About First Impressions


Sora AI objective is to train AI to grasp and replicate the dynamics of the physical world, aiming to develop models that assist in solving challenges involving real-world interaction.

Meet Sora, innovative text-to-video model. Capable of creating videos up to one minute in length, Sora ensures high visual quality and stays true to the user's instructions.

As of today, Sora is being opened up to red teamers for the purpose of identifying and assessing any critical risks or harms. Furthermore, access is being extended to a variety of visual artists, designers, and filmmakers, with the goal of gathering their insights on how to evolve the model to best serve the needs of creative professionals.

We are disclosing Sora AI research advancements at an early stage to collaborate with and obtain feedback from individuals beyond OpenAI. This approach also aims to provide the public with an understanding of the forthcoming AI capabilities.

Sora possesses the capability to create intricate scenes featuring numerous characters, distinct motion types, and precise details of both the subjects and their surroundings. The model not only comprehends the user's prompt but also grasps how these elements function and interact in the physical world.

The model exhibits a profound grasp of language, allowing it to precisely decipher prompts and produce captivating characters brimming with vivid emotions. Sora is also capable of generating various shots within a single video, maintaining consistent character portrayal and visual style throughout.

The current model exhibits certain limitations. It may face challenges in accurately simulating the intricate physics of a scene and may not always comprehend specific cause-and-effect scenarios. For instance, while a person may be depicted taking a bite out of a cookie, the resulting bite mark may not consistently appear on the cookie.

The model may encounter difficulties with spatial aspects of a prompt, such as distinguishing between left and right, and may also find it challenging to provide precise descriptions of events occurring over time, such as tracking a specific camera trajectory.


We will be implementing several crucial safety measures prior to integrating Sora into OpenAI's products. Collaborating with red teamers—specialists in areas such as misinformation, hateful content, and bias—we will conduct adversarial testing of the model.

We are additionally developing tools to identify misleading content, including a detection classifier capable of discerning videos generated by Sora. In the future, if we integrate the model into an OpenAI product, we intend to incorporate C2PA metadata.

Alongside Sora AI efforts to develop new deployment techniques, we are also harnessing the existing safety methods established for Sora AI products utilizing DALL·E 3, which are equally applicable to Sora.

For instance, once integrated into an OpenAI product, text classifier will scrutinize and decline text input prompts that violate Sora AI usage policies, such as those soliciting extreme violence, sexual content, hateful imagery, celebrity likeness, or the intellectual property of others. Additionally, we have developed robust image classifiers that meticulously examine the frames of each generated video to verify compliance with Sora AI usage policies before it is presented to the user.

We will actively involve policymakers, educators, and artists worldwide to comprehend their concerns and explore constructive applications for this new technology. Despite thorough research and testing, we cannot anticipate all the positive uses or potential abuses of Sora AI technology. Therefore, we emphasize the importance of learning from real-world usage to continually enhance the safety of AI systems as we release them.

Research techniques

Sora operates as a diffusion model, crafting a video by commencing with one resembling static noise and gradually refining it through a series of steps, eliminating the noise in the process.

Sora can generate complete videos in one go or extend existing ones to increase their length. By providing the model with foresight of multiple frames simultaneously, we've successfully tackled the challenge of maintaining consistency in subjects even when they temporarily move out of view.

Like GPT models, Sora employs a transformer architecture, enabling exceptional scaling performance.

We represent videos and images using patches, which are smaller units of data analogous to tokens in GPT. This unified data representation allows us to train diffusion transformers on a broader spectrum of visual data than previously feasible, encompassing various durations, resolutions, and aspect ratios.

Sora leverages advancements from previous research in DALL·E and GPT models. It integrates the recaptioning technique pioneered by DALL·E 3, which generates detailed captions for visual training data. Consequently, the model excels in faithfully adhering to user-provided text instructions within the generated video.

Beyond generating videos solely from text instructions, the model can animate an existing still image by accurately bringing its contents to life, paying close attention to intricate details. Furthermore, it can extend an existing video or fill in missing frames seamlessly Learn more in Sora AI technical report.

Sora serves as a cornerstone for models capable of comprehending and simulating the real world, a critical step towards achieving Artificial General Intelligence (AGI).

Key Features

Text-to-Video Transformation: Converts text prompts into high-fidelity videos.
Versatile Applications: Supports diverse creative and educational endeavors.
Technological Advancements: Expands upon OpenAI's prior models, enriching video storytelling capabilities.

Sora AI Pricing

While OpenAI has not disclosed specific pricing for Sora, it is anticipated to operate on a usage-based model. For detailed pricing information, please reach out to OpenAI.

Sora by OpenAI introduces groundbreaking video generation capabilities, unlocking new avenues for content creation across diverse industries. Its advancement highlights the potential of AI in enriching visual storytelling and content development.

Sora Mission

SORA aims to democratize video creation, providing unprecedented access to state-of-the-art AI tools that enable creators, businesses, and enthusiasts to realize their visions with efficiency, creativity, and simplicity.

Sora can generate videos up to a minute long while preserving visual quality and fidelity to the user's prompt. It is capable of creating intricate scenes with multiple characters, diverse motion types, and precise subject and background details.

Use Cases

Creative Expression: Empowers artists and filmmakers to bring their visions to life.
Education: Generates immersive content for educational and training initiatives.
Marketing: Creates distinctive video material for promotional campaigns.

Sora Ai Video Generator

Effortlessly turn your words into captivating videos using Sora, an ideal tool for content creators, marketers, educators, and video aficionados. Utilizing the power of OpenAI's Sora technology, this platform makes the process of creating videos incredibly simple. Learn about its user-friendly functionality and how it can elevate your video production experience.

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How to Create Videos in Sora

The advent of Sora in the world of digital content creation has been transformative. This robust AI-powered platform has streamlined video production, making it easily approachable for beginners and professionals alike. Below is a detailed guide on crafting engaging videos with the help of Sora.

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Download the Sora AI App [Android | iOS]

If you're eager to explore the capabilities of this remarkable tool, patience is required, as it's not yet accessible to the general public. Sora AI App is currently in a testing phase, offered to a select group of early users for feedback.

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How to access Sora?

Currently, there is no specific timeline or further information available regarding the widespread public release of Sora. Sora AI approach includes implementing crucial safety measures and collaborating with policymakers, educators, and artists globally to address their concerns and pinpoint constructive applications for this novel technology. For ongoing updates, please keep an eye on Sora Twitter feed and website

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Security Considerations Surrounding Sora AI

In an era where artificial intelligence is becoming more integral, OpenAI's Sora stands out as an advanced AI video generator, marking a significant stride in technology. Yet, the impressive realism of Sora AI brings with it a significant responsibility to address emerging security concerns, underscoring the need for cautious and responsible use of such powerful technology.

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Challenges and Limitations of Sora AI

With the continuous growth of artificial intelligence, OpenAI's Sora stands out as a notable advancement in the field of AI-powered video generation. Yet, as with any groundbreaking technology, Sora comes with its own set of challenges and limitations. This article offers an in-depth exploration of Sora's present state, focusing on the obstacles it encounters and the constraints under which it functions.

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OpenAI Sora Sound Effects

When you watch videos produced by OpenAI's Sora, do you feel like something is missing, similar to watching an early silent movie? Remember, even those silent films were not completely mute; they typically included live music played by a band or pianist in the theater, adding to the plot and deepening the emotional impact. Filling this need for sound, ElevenLabs, a company specializing in AI voice cloning, has recently stepped in to provide realistic background noises, enhancing the overall experience of Sora's video outputs.

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Why is Sora important and what are its applications

Sora represents a significant milestone in AI and video generation, demonstrating an advanced understanding of language, visual perception, and physical dynamics. It highlights the ability of AI to create content that is captivating and immersive, catering to a variety of fields including entertainment, education, art, and communication.

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Sora AI Golden Retriever Video

In an age where technology increasingly blends the lines between fantasy and reality, OpenAI's Sora AI has once again showcased its extraordinary abilities, this time by venturing into the world of pet videos, with a spotlight on the much-adored Golden Retriever. This piece explores the use of Sora AI in crafting captivating and realistic videos of Golden Retrievers, illustrating the role of AI in enriching Sora AI digital interactions with beloved canine companions.

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Power of Text Prompts in Sora AI

Sora AI, fueled by text prompts, marks a notable advancement in AI-based content generation. It combines creativity, efficiency, and adaptability, proving to be a beneficial asset in diverse fields. With ongoing technological advancements, Sora AI's ability to comprehend and visually render Sora AI concepts is set to grow, opening new avenues for inventive applications in the digital realm.

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のSora AI Video

Sora Text-to-video generation expert, creatively solving problems. To create a video using Sora, you'll need to provide a detailed text description of what you want in the video. This includes the setting, characters, actions, and any specific details like time of day, emotions, and dialogue if applicable. Remember, Sora can generate videos up to a minute long and can handle complex scenes with multiple characters, specific types of motion, and accurate details of both subjects and backgrounds. It's designed for a range of applications, from generating historical footage to crafting futuristic scenarios. Please share the details of the video you have in mind!

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Alternative AI Video Solutions

Pika AI Free

The landscape of AI video creation is vibrant and ever-expanding, with numerous companies at the forefront, innovating and providing a broad spectrum of capabilities for filmmakers, animators, and content creators.

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Kaiber AI

Transform your imagination into reality with Kaiber AI, the advanced AI platform that turns your text and images into stunning visual stories, animations, and videos.

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The Reality Behind the Viral 'Air Head' Video

'Air Head' is not just a product of AI but a testament to the collaborative effort between advanced technology and human ingenuity. As AI technology progresses, its integration with traditional methods will likely become more refined, but the creative human element will remain irreplaceable in producing content that resonates with audiences.

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Is Sora available right now to me? No, it is not yet widely available.
Is there a waitlist or API access? Not as of Feb 16th, stay tuned!
How can I get access to Sora? Stay tuned! Public access to Sora has not yet been rolled out.
What exactly is Sora? Sora represents an artificial intelligence model crafted by OpenAI, capable of producing videos that are both realistic and creative based on textual prompts. Its primary function is to emulate the dynamics of the physical world, capable of generating videos of up to a minute in length with sustained visual integrity, closely following the directives provided by the user.
How does Sora operate? Sora operates as a diffusion model, which initially begins with a video that looks like static noise and methodically refines it by reducing the noise across numerous steps. Employing a transformer architecture akin to that used in GPT models, Sora processes videos and images by breaking them down into smaller data segments known as patches
What types of videos is Sora capable of creating? Sora has the capability to produce a diverse array of videos, from intricate scenes featuring numerous characters and precise movements to detailed portrayals of subjects and settings. Additionally, it can animate a static image or augment an existing video by generating additional frames.
What limitations does Sora have? Sora might face challenges in precisely replicating the physics within intricate scenes, grasping particular cause-and-effect scenarios, and preserving spatial accuracy throughout the video. Occasionally, it may produce motions that defy physical logic or confuse the spatial arrangement of elements.
How is OpenAI safeguarding the content produced by Sora? OpenAI collaborates with red teams to conduct adversarial testing on Sora, and is developing detection tools for misleading content. Future plans include incorporating C2PA metadata, and they are applying proven safety techniques from their other offerings, like text and image classifiers, to ensure the integrity of Sora's output.
Who has access to Sora? Currently, Sora is accessible to red teamers, who evaluate the model for potential harms or risks, as well as to visual artists, designers, and filmmakers. This group provides insights on how to refine the model to better serve the needs of creative professionals.
What steps should I take to utilize Sora for my creative endeavors? As a creative professional, you have the opportunity to request access to Sora via OpenAI. After obtaining permission, you'll be able to leverage the model to produce videos from your textual instructions, adding distinctive and creative visuals to your projects.
What does the future hold for Sora in the realm of research? Sora lays the groundwork for developing models capable of comprehending and replicating the real world, a step OpenAI considers crucial on the path to realizing Artificial General Intelligence (AGI).
How does Sora process text prompts? Sora possesses an advanced grasp of language, allowing it to precisely decode text prompts and craft engaging characters and scenes filled with vivid emotions. It has the capability to produce various shots in a single video, ensuring character consistency and a uniform visual aesthetic.
What technical specifics underpin Sora's architectural design? Sora employs a transformer architecture, akin to that used in GPT models, and depicts videos and images as aggregates of smaller data segments known as patches. This approach to data representation enables the model to undergo training across a broad spectrum of visual information.
How does Sora maintain subject consistency in the videos it generates? Sora maintains subject consistency in generated videos by processing multiple frames simultaneously, ensuring that subjects remain continuous throughout, even if they temporarily leave the frame.
How does the recaptioning technique contribute to Sora's training process? The recaptioning technique, borrowed from DALL·E 3, plays a crucial role in Sora's training by producing detailed captions for visual data. This approach enhances Sora's ability to accurately interpret and adhere to the user's textual directives in the videos it generates.
What are OpenAI's strategies for incorporating Sora into its product lineup? Before incorporating Sora into its suite of products, OpenAI intends to implement a series of safety measures. These include conducting adversarial testing, creating detection classifiers, and applying proven safety techniques from other offerings, such as DALL·E 3.
What could be the possible uses of Sora within the creative sector? Sora offers a valuable tool for filmmakers, animators, game developers, and various creative experts, enabling them to produce video content, create storyboards, or swiftly and effectively prototype concepts.
What ethical considerations come into play when utilizing Sora? OpenAI is in dialogue with policymakers, educators, and artists to grasp concerns and pinpoint advantageous applications of the technology. Recognizing the impossibility of foreseeing every potential use or misuse, they believe that insights from actual usage are essential to progressively developing safer AI systems.
How does Sora manage the creation of content that could pose risks? OpenAI employs text classifiers to scrutinize and block text prompts that breach usage policies, including requests for content involving extreme violence, sexual material, hateful imagery, or the unauthorized exploitation of intellectual property.
In the realm of AI and specifically with Sora, what does the term 'world model' signify? In artificial intelligence, a 'world model' describes a computational framework designed to mimic the physical universe and its behaviors, enabling the AI to grasp and foresee the interactions between objects and entities within that environment. For Sora, this implies that the model is adept at producing videos that are not just based on text instructions but also conform to the real-world principles like gravity, movement, and how objects relate to one another. This feature is vital for crafting videos that are both realistic and logically consistent based on written prompts.