PromeAI
A comprehensive generative AI suite for different design solutions
PromeAI emerges as a groundbreaking AI-powered design assistant that significantly enhances the creativity and productivity of professionals across various industries including architecture, interior design, product design, and game/animation design. Offering an extensive suite of tools for creating AI-generated art, images, graphics, videos, and animations, PromeAI simplifies the design process and fosters innovation.
Key Features and Capabilities
- Versatile Design Solutions: PromeAI supports a wide range of design needs from sketch rendering to full-fledged animation, catering to both amateurs and professionals.
- Sketch Rendering: This tool seamlessly blends hand-drawn sketches with AI processing capabilities to produce realistic and captivating rendered images, revolutionizing traditional design and rendering workflows.
- Erase & Replace and Image Variation: PromeAI offers advanced features like Erase & Replace (Inpainting) for modifying images and Image Variation for generating multiple design versions, enhancing design flexibility and creativity.
- AI Supermodel and Background Diffusion: These features allow for the replacement of human models and backgrounds in images, streamlining the creation of professional visuals for various applications including e-commerce.
- Outpainting and Text Effects: Extend images beyond their original boundaries and transform text into stunning visual elements, broadening the scope of creative possibilities.
- AI Visual Chatbot: Integrates with GPT-4’s LLM for intelligent painting solutions and image editing, offering inspiration and modification suggestions.
Privacy and Security
Privacy and security are paramount for PromeAI, ensuring that user-generated content remains private unless shared explicitly by the user. The platform supports a variety of payment methods and uses high-fidelity, fine-tuned AI models based on Diffusion and ControlNet algorithms for image generation, constantly improving these models for better output.