NEW AI Video is Realistic, Ultra-Fast & Uses 100x Less Compute (+ UNSEEN SORA PREVIEW)
TLDRHick Field, a new startup, has developed an AI video generator that uses 100 times fewer GPUs than Sora, making it faster and more affordable. Their foundational model can be fine-tuned for specific tasks, and they're working on products like an app called Diffuse and a video generation model. The quality of the generated videos, with realistic human features and movements, is impressive, especially considering the small team and limited resources. The technology's potential for social media and creative expression is vast, and it's expected to be more accessible than Sora.
Takeaways
- 🚀 Hicks Field is a new startup that has developed highly realistic AI-generated videos with significantly less computational resources than other models like Sora.
- 💡 Their AI video generator was trained using 100 times fewer GPUs than Sora, making it potentially faster and more cost-effective.
- 🌟 Hicks Field aims to democratize social media creation by providing a foundational model that can be fine-tuned for specific tasks such as video generation, enhancement, or analysis.
- 📱 They are currently working on two products: an app called Diffuse, available on iOS, and a foundational AI video generation model.
- 👀 The AI-generated videos showcase impressive coherence and naturalness, with realistic human features and movements, despite some minor inconsistencies.
- 🎨 The technology has rapidly evolved, with significant improvements in the quality and coherence of the generated videos over a short period.
- 💻 The generative models were developed by a small 16-person team in less than 9 months, demonstrating the efficiency and potential of their approach.
- 🌐 Hicks Field's video generation model is currently available by invitation only, with a waitlist on their website for early access.
- 🎮 The mobile app Diffuse allows users to create short animated dancing videos by uploading a selfie, showcasing the potential for personalized content creation.
- 🎥 Open AI's Sora is producing high-quality videos but requires a substantial amount of computational power, highlighting the potential advantages of Hicks Field's approach.
Q & A
What is the main focus of the startup Higs Field?
-Higs Field is focused on democratizing social media creation for everyone by developing foundational models for generating, enhancing, or analyzing videos.
What is the significance of Higs Field's AI video generator being trained using 100 times less GPUs than Sora?
-The significance is that Higs Field's AI video generator is more cost-effective, faster, and potentially more accessible, allowing for quicker and more affordable video generation compared to Sora.
What are the two products Higs Field is currently working on?
-Higs Field is working on an app called Diffuse, available on iOS, and a foundational AI video generation model.
How does the AI video generation model from Higs Field demonstrate its rapid evolution?
-The model's rapid evolution is shown by the improvement in the quality and coherence of the generated videos over a short period, such as the progression from a blob-like hand to a more realistic one within just a couple of months.
What challenges does AI often face with teeth rendering?
-AI often struggles with rendering teeth, either creating extra rows of teeth or not creating a coherent and believable mouth.
How many people were involved in developing the generative models for Higs Field's platform, and in how much time was it achieved?
-A 16-person team developed the generative models in less than 9 months.
What is the estimated cost of training Sora's AI video generator compared to Higs Field's model?
-Sora's AI video generator is estimated to have used between 4,200 to 10,500 GPUs to train, which would cost around 400 million dollars, significantly more than what Higs Field used.
What is the main difference between the video generation capabilities of Higs Field and the available video generators today?
-Higgs Field produces 7-second clips, which is larger compared to the 4-second clips generated by most available video generators today.
What is the main concern regarding the source of Higs Field's training data?
-The main concern is that the source of the training data might not be copyright-free, even if it's publicly available, which could lead to potential legal issues.
How does the mobile app Diffuse utilize AI video generation?
-Diffuse allows users to create short animated dancing videos by uploading a single selfie, which is then mapped onto a dancing character.
What are Higs Field's goals for their video model in terms of personalization and realism?
-Higs Field aims to provide unparalleled personalization and control over the videos, allowing users to make changes to the content, and focus on generating realistic looking humans and environments.
Outlines
🚀 Introduction to Hicks Field AI Videos
The paragraph introduces Hicks Field, a new startup that has developed highly realistic AI-generated videos. It emphasizes the remarkable efficiency of their AI video generator, which was trained using significantly fewer GPUs compared to other platforms like Sora. The potential for faster, cheaper, and more accessible tools for creating AI videos is highlighted, setting the stage for a discussion on the latest AI video technologies and a preview of what Hicks Field has to offer.
💰 Comparison with Sora and Cost Implications
This paragraph delves into the cost implications of AI video generation, contrasting Hicks Field's approach with that of Sora from Open AI. It points out that Sora requires a substantial amount of computational power, resulting in higher costs, whereas Hicks Field has achieved impressive results with a smaller team and fewer GPUs. The discussion also touches on the high cost of Nvidia GPUs and the financial investments needed for such enterprises, suggesting that Hicks Field's more efficient use of resources could lead to more affordable and faster AI video generation tools.
🎨 Detailed Analysis of Hicks Field's AI Video Quality
The focus of this paragraph is on the quality and coherence of the AI-generated videos by Hicks Field. It provides a detailed analysis of the videos, noting the realistic proportions, natural lighting effects, and lifelike movements. The paragraph also points out minor inconsistencies, such as the渲染 of teeth and certain anatomical details, while appreciating the overall candid and documentary-style quality of the videos. The paragraph also mentions the short video clips produced by the AI and raises concerns about the source of the training data.
📱 Hicks Field's Mobile App: Diffuse
This paragraph introduces Hicks Field's mobile app, Diffuse, which allows users to create short animated dancing videos using AI video generation technology. The app's preview video is discussed, highlighting its ability to transform a user's selfie into a dancing avatar. The paragraph notes the app's strong aesthetic style and smooth, lifelike movements. It also mentions the app's availability in select regions and the company's plans for a global rollout, as well as their focus on creating a variety of products and use cases for AI video generation.
🎶 Sora's AI Music Video Showcase
The final paragraph shifts focus to an AI music video created by Sora, showcasing the artistic potential of AI video generation. The video's dreamlike, psychedelic experience, and the effective use of camera movements and parallax effects are highlighted. The paragraph emphasizes the emergence of AI as a new artistic medium, offering creators unprecedented opportunities for expression and turning ideas into reality. It concludes with a call to action for viewers to subscribe for more insights into AI technologies and possibilities for creatives.
Mindmap
Keywords
💡AI video generator
💡hick field
💡democratize
💡GPUs
💡foundational model
💡realism
💡social media
💡animation
💡rendering
💡Sora
💡personalization
Highlights
Hicks Field is a new startup that has developed highly realistic AI-generated videos, showcasing impressive advancements in the field.
The AI video generator used by Hicks Field was trained using 100 times less GPUs than Sora, making it more cost-effective and faster.
Hicks Field aims to democratize social media creation with their foundational model, providing a base layer of knowledge for various tasks like video generation, enhancement, and analysis.
The company is working on two products: an app called Diffuse, available on iOS, and a foundational AI video generation model.
The AI-generated videos from Hicks Field demonstrate coherence and realistic proportions, making it difficult to distinguish them from real videos.
The rapid evolution of Hicks Field's product is evident, with significant improvements in the quality and coherence of the generated videos within a few months.
Hicks Field's AI models are particularly effective at rendering human faces and movements, although there are still some inconsistencies in details like teeth and shadows.
The development of the generative models was achieved by a small team of 16 people in less than 9 months, using only 32 GPUs.
Sora from OpenAI, which requires a massive amount of compute power, is contrasted with Hicks Field's more accessible and affordable approach.
The high cost of Nvidia GPUs, which can reach $40,000 each, is impacting the startup scene and the development of AI technologies.
Hicks Field's foundational model can generate longer video clips compared to other video generators, which typically produce around 4-second clips.
The startup is focusing on realism and personalization, aiming to create content suitable for social media and other platforms.
The mobile app Diffuse allows users to create short animated dancing videos by uploading a single selfie, showcasing the app's unique features.
Hicks Field's video generation model is currently available by invitation only, with a waitlist on their website for early access.
The company is actively hiring in London and New York, with the former Snap AI Chief leading the startup.
OpenAI's Sora has released an official music video made with its AI technology, demonstrating the potential for artistic expression and storytelling.
AI video technology is opening up new possibilities for creative expression, making it easier to turn ideas into reality and explore new artistic mediums.