Polyhive

Polyhive is an advanced AI texturing tool designed specifically for 3D professionals, such as game developers and digital artists. It utilizes generative AI to create textures for 3D objects based solely on text prompts. This means that you can produce unique textures and generate an infinite number of asset variations. The technology behind Polyhive ensures 360° consistent texturing that maintains the original mesh and UV structure of the assets, providing high-quality results.

The tool offers a mesh-aware texturing process, which is cognizant of the object's 3D structure, allowing for seamless application of the generated textures. It's capable of producing game-ready assets quickly, which can greatly accelerate the 3D modeling process. With Polyhive, the texturing workload is reduced, allowing 3D artists and developers to focus on other aspects of their projects.

Polyhive, with its advanced AI-driven texturing capabilities, caters to a wide range of applications within the 3D content creation industry:

1. Game Development: Game developers can use Polyhive to quickly generate and apply textures to game assets, speeding up the game creation process.

2. Film and Animation: For creators in film and animation, Polyhive offers a tool to rapidly produce detailed textures for characters and environments, enhancing visual storytelling.

3. Virtual Reality (VR) and Augmented Reality (AR): VR and AR developers can leverage Polyhive to create immersive and realistic textures for virtual worlds.

4. 3D Modeling: Digital artists and 3D modelers can utilize Polyhive to experiment with various textures on models for design projects, art installations, or digital sculptures.

5. Product Design: Designers working on product visualization can use Polyhive to apply realistic textures to their 3D models, improving the presentation and appeal of their designs.

Polyhive streamlines the texturing process, allowing for more creativity and productivity in 3D projects.

Polyhive offers various pricing plans with different features tailored to the needs of its users:

Free Plan:

• 200 credits on signup
• Upload models with up to 20K faces
• Generate publicly viewable textures
• Texture one asset at a time
• Normal queue access
• Single mesh support

Plus Plan ($20.00/month):

• All benefits of the Free plan
• 2000 credits per month
• Upload models with up to 40K faces
• Download retextured assets
• Generate private textures
• Texture multiple assets at a time
• Priority access at peak times

Studio Plan:

• Customized for studios; details and pricing are available upon contacting Polyhive
• Custom concurrent texturing job limits
• Dedicated access
• Mesh hierarchy support
• Custom filesize limits
• Custom texture resolution limits
• Priority support

Additionally, Polyhive offers the option to purchase additional credits:

• 900 Credits for $10.00
• 2000 Credits for $20.00 (11% off)
• 6000 Credits for $50.00 (34% off)

These additional credits can be used to access more features or process more assets as needed

The Polyhive team, co-founded by Pranav Parthasarathy, is at the forefront of integrating to the 3D texturing space. The team's expertise likely combines knowledge in machine learning, graphics, and software development to create a tool that streamlines and innovates the 3D texturing process. Under Pranav's co-leadership, Polyhive aims to empower digital artists and game developers by reducing the time and effort required for texturing 3D models, ultimately enhancing creativity and productivity in the 3D content creation industry.



Pranav Parthasarathy

Cofounder of Polyhive

Polyhive has secured substantial funding, amounting to $170 million, demonstrating significant investor confidence in its AI-powered 3D texturing technology. This financial backing is indicative of the tool's potential impact on the 3D content creation market, highlighting its innovative approach to automating and enhancing the texturing process for professionals in gaming, film, virtual reality, and various other digital media industries. The funding will likely be utilized to further develop the tool, expand its capabilities, and possibly increase its accessibility to a broader range of creators and developers.