AI Video Just Got WAY TOO REAL... (VEO 3)

Wes Roth
21 May 202521:25

TLDRThe video showcases the impressive capabilities of the new V3 AI video model, which can generate highly realistic and detailed scenes based on user prompts. The creator tests a variety of imaginative prompts, including an inflatable duck chasing a buggy, a T-Rex appearing in a reflection, and an octopus hacking into a computer. The results are often stunning, with excellent sound effects and visuals that enhance the immersion. The model also handles complex scenes, such as a gorilla fighting multiple men and a first-person chase through a forest. While there are minor imperfections, the overall quality is remarkable. Now, users can also experience this cutting-edge technology by integrating the Veo 3 API into their own applications. The creator plans to continue exploring its vast creative potential.

Takeaways

  • ๐Ÿš€ The new V3 model is incredibly impressive, with added features like music, voices, and sound effects that enhance video creation.
  • ๐Ÿ‘€ The model can generate various versions of a scene, each with unique details and qualities, such as the different versions of the inflatable duck chasing a buggy.
  • ๐ŸŽจ The V3 model excels at creating realistic reflections, as demonstrated by the T-Rex reflection scene.
  • ๐Ÿ™ The model handles complex prompts well, like the octopus hacking a computer and the person's reaction to a wet keyboard.
  • ๐Ÿ’ช The model can generate chaotic and dynamic scenes, such as a gorilla fighting 10 men, with varying degrees of success.
  • ๐ŸŒฒ It can create first-person views of fast-paced scenes, like an animal running through a forest, though results may vary.
  • ๐Ÿฆ… The model can generate humorous and imaginative scenes, such as an eagle playing the accordion.
  • ๐Ÿ‘ป It can create eerie and visually striking scenes, like an undead playing a guitar solo on a mountain of skulls.
  • ๐Ÿงถ The model can handle whimsical prompts, like yarn sumos preparing to fight and trash-talking.
  • ๐Ÿบ It can capture the intensity of a chase scene, like a wolf chasing a rabbit, with varying levels of fidelity.
  • ๐ŸŒŒ The model struggles with more complex and abstract prompts, such as rendering a ring world, but still produces interesting results.

Q & A

  • What are the key features of the new V3 model mentioned in the transcript?

    -The new V3 model is described as being very impressive. It has added capabilities such as music, voices, and sound effects. The user can simply type in what they want to say, and the model generates the corresponding audio and visuals.

  • How did the speaker test the V3 model?

    -The speaker used all of their AI credits to generate a variety of different prompts to see how well the model would perform. They tested it with various scenarios, including a buggy being chased by a blowup duck, a T-Rex reflection, an octopus hacking a computer, and other imaginative scenes.

  • Which prompt did the V3 model perform best on, according to the speaker?

    -The speaker felt that the V3 model performed exceptionally well on the prompt where a gorilla was fighting 10 men. They described it as 'very, very good' and noted that one of the versions was particularly impressive.

  • What challenges did the speaker encounter while testing the V3 model?

    -One challenge mentioned was that some of the generated scenes did not perfectly match the intended prompt. For example, the 'ring world' prompt was difficult to render accurately, and some scenes lacked certain details or had minor issues like missing parts (e.g., a headless octopus).

  • How did the V3 model handle the prompt about an octopus hacking a computer?

    -The V3 model generated several versions of this prompt. While none of them were perfect, the speaker noted that there were many good elements. For example, one version captured the octopus's expression well, and another showed the octopus climbing back into the tank when someone entered the room.

  • What did the speaker think about the sound and music generation capabilities of the V3 model?

    -The speaker was very impressed with the sound and music generation. They noted that the model was able to create fitting audio on the fly, such as the sound of ice skates on ice, the crunching of snow, and appropriate background music for different scenes.

  • Which prompt did the V3 model struggle with the most?

    -The prompt that the V3 model struggled with the most was the one involving a spaceship approaching a massive ring world. The speaker noted that this is a very difficult prompt for any model and that while the V3 model did not render it perfectly, it produced some of the best attempts the speaker had seen.

  • What did the speaker like about the V3 model's performance on the 'snow tiger' prompt?

    -The speaker was particularly impressed with the sound effects in the 'snow tiger' prompt, describing the crunching of snow as 'phenomenal' and giving it an 'A+'. They also noted that the visuals of the tiger made out of snow looked very realistic.

  • How did the speaker feel about the V3 model overall?

    -The speaker was very impressed with the V3 model, especially its sound and music generation capabilities. They felt it was a significant improvement over previous versions and mentioned that they quickly ran out of credits due to their eagerness to test more prompts. They plan to get more credits and continue experimenting in the future. With the ability to integrate the Veo 3 API into their own applications, the speaker is also excited about exploring even more creative possibilities using this powerful tool.

  • What feedback did the speaker request from the audience?

    -The speaker asked the audience for their opinions on the sound, music, graphics, and overall performance of the V3 model. They wanted to know if the audience felt this was the next generation of AI video models or if they were still unimpressed.

Outlines

00:00

๐Ÿ˜€ Testing the V3 Model's Capabilities

The speaker is excited about the new V3 model, which has impressive features like added music, voices, and sound effects. They used their AI credits to generate various prompts to test the model's performance. The speaker shares several examples, such as a chase scene involving a buggy and a menacing inflatable duck, reflections of a T-Rex, and an octopus hacking a computer. They evaluate different versions of each prompt, noting the strengths and weaknesses of each. The speaker is particularly impressed with the model's ability to generate realistic and dynamic scenes, despite some imperfections.

05:02

๐Ÿ˜Ž Exploring More Creative Prompts

The speaker continues to test the V3 model with more complex and imaginative prompts. They explore scenes like a gorilla fighting 10 men, an animal running through a night forest with superhuman speed, an eagle playing the accordion, and an undead playing a guitar solo on a mountain of skulls. The speaker evaluates the generated videos, highlighting the model's ability to capture the essence of each prompt, even if some details are not perfect. They also note the model's impressive ability to generate fitting music and sound effects on the fly.

10:03

๐Ÿค— Evaluating Character and Scene Prompts

The speaker tests the V3 model with prompts involving characters and specific scenes. They describe a first-person view of a wolf chasing a rabbit, a brick house with mechanical legs walking down the street, and an obnoxiously fat cat sitting on a golden throne. The speaker evaluates different versions of each prompt, noting which ones best capture the intended atmosphere and actions. They also mention a challenging prompt involving a spaceship approaching a ring world, which the model struggles to render perfectly but still produces some interesting results.

15:04

๐Ÿ˜Ž Testing Action and Environment Prompts

The speaker tests the V3 model with prompts involving dynamic action and environmental settings. They describe a continuous first-person shot of chasing a woman ice skating on a frozen lake, a helmet-mounted POV of following a woman on a dirt bike across desert dunes, and a first-person view of a rising roller coaster. The speaker evaluates the generated videos, praising the model's ability to capture the sounds and visuals of these scenes. They also mention a prompt involving a snow tiger walking in a snowy forest, noting the model's success in creating realistic snowy textures and sounds.

20:12

๐Ÿ˜€ Final Impressions and Future Plans

The speaker concludes their review of the V3 model, expressing their overall satisfaction with its capabilities. They highlight the model's impressive sound, music, and speech features, and note that they ran out of credits quickly as they were just starting to understand how to prompt it effectively. The speaker plans to get more credits and continue testing the model in the future. They ask viewers for their opinions on the sound, music, graphics, and overall performance of the model, and thank them for watching.

Mindmap

Keywords

๐Ÿ’กAI Video

AI Video refers to the use of artificial intelligence to generate video content. In the context of this video, AI Video is the core technology being showcased, allowing the creator to generate various scenes and animations based on textual prompts. For example, the script mentions generating scenes like 'a dirty off-road buggy racing through mud' and 'an octopus trying to hack a computer,' all created using AI.

๐Ÿ’กPrompt

A prompt is a specific instruction or description given to an AI system to generate content. In this video, the creator uses various prompts to test the AI's ability to create different video scenes. For instance, 'two women slowly raise a mirror so you can see your own reflection' and 'a gorilla fighting 10 men' are examples of prompts used to generate corresponding video content.

๐Ÿ’กSound Effects

Sound effects are added audio elements that enhance the realism and immersion of a video. The video script highlights the AI's ability to add sound effects to the generated scenes, such as the sound of ice skates on ice or the crunching of snow. This feature is crucial for creating a more engaging and believable video experience.

๐Ÿ’กReflection

Reflection refers to the way an object or surface reflects light, creating a mirrored image. In the video script, the creator tests the AI's ability to render reflections accurately by generating a scene where two women raise a mirror to reveal a menacing T-Rex. The quality of the reflection is used to evaluate the AI's performance in rendering realistic visuals.

๐Ÿ’กFidelity

Fidelity in the context of AI-generated content refers to how accurately the generated output matches the intended description or prompt. The creator evaluates the fidelity of the AI-generated videos by comparing them to the original prompts, noting which versions best capture the intended scene, such as the 'octopus hacking a computer' or 'a walking brick house with mechanical legs.'

๐Ÿ’กMusic

Music is an integral part of video content, enhancing the mood and atmosphere. The script mentions that the AI model can generate music on the fly to fit the description of the scene. For example, in the scene of an undead playing a guitar solo on a mountain of skulls, the AI-generated music adds to the eerie and dramatic effect of the scene.

๐Ÿ’กFirst-Person View

First-person view refers to a perspective where the camera is positioned as if the viewer is experiencing the scene directly through their own eyes. The script includes several examples of first-person view scenes, such as 'a first-person view of an animal running through a night forest' and 'a first-person view of a wolf chasing a rabbit.' This perspective adds a sense of immersion and urgency to the video.

๐Ÿ’กVersion

In the context of this video, 'version' refers to different iterations of the same prompt generated by the AI. The creator tests multiple versions of each prompt to evaluate which one best captures the intended scene. For example, there are multiple versions of the 'octopus hacking a computer' prompt, each with slight variations in visuals and sound.

๐Ÿ’กRendering

Rendering is the process of generating a final image or video from a model or description. The script mentions that some prompts did not render perfectly the first time, indicating that rendering can sometimes be inconsistent. The quality of rendering is crucial for creating believable and high-quality AI-generated videos.

๐Ÿ’กRing World

A ring world is a hypothetical megastructure in the shape of a ring that rotates around a star, often used in science fiction. The script mentions that generating a ring world is one of the hardest prompts for the AI model. Despite not rendering it perfectly, the AI's attempts show progress in creating complex and imaginative scenes.

Highlights

The new V3 model is incredibly impressive, featuring added music, voices, and sound effects.

The model can generate various prompts without needing specific instructions, just by typing what you want to say.

The AI-generated videos of a menacing duck chasing a buggy through mud are highly detailed and realistic.

Reflections in the AI-generated scenes, such as a T-Rex's reflection in a mirror, are captured very well.

The octopus hacking a computer prompt generated several humorous and creative results, despite some imperfections.

The AI model can handle chaotic battle scenes, like a gorilla fighting 10 men, with impressive results.

The first-person view of an animal running through a night forest with superhuman speed is captured well in one of the versions.

The AI-generated scenes of an eagle playing the accordion are creative and entertaining, despite some inaccuracies.

The model can generate music on the fly to fit the description of the scene, such as an undead playing a guitar solo.

The AI-generated sumos made out of yarn deliver playful trash-talking with lifelike gestures.

The first-person view of a wolf chasing a rabbit is captured well in several versions, with a sense of speed and urgency.

The AI-generated brick house with mechanical legs walking down the street looks realistic and awe-inspiring.

The AI-generated scenes of a fat cat sitting on a golden throne and delivering lines are humorous and well-executed.

The model struggles with rendering a ring world perfectly, but some versions come close with impressive details.

The continuous first-person shot of chasing a woman ice skating across a frozen lake is captured well with realistic sound effects.

The AI-generated scenes of a snow tiger walking in a snowy forest have excellent sound effects and visuals.