Introduction: With the rapid development of artificial intelligence, image generation technology has attracted increasing attention. imageX is an AI-powered text-to-image application that can generate images in different styles based on inputted text. This article provides a systematic literature review of imageX's technical principles, application scenarios, and future prospects. 1. Technical Principles: imageX relies on powerful AI algorithms and utilizes image processing, natural language processing, and generative adversarial networks (GANs) as its core technologies. Through deep learning and neural networks, imageX can generate realistic photos based on the inputted text descriptions. 2. Application Scenarios: imageX has a wide range of application scenarios. It holds great potential in art creation, providing designers, illustrators, and photographers with inspiration and creativity. Additionally, imageX can be applied in areas such as advertising, brand promotion, and social media marketing to enhance product promotion effectiveness. Furthermore, imageX can play a significant role in virtual reality, augmented reality, and game development, offering users immersive experiences. 3. Future Prospects: With the continuous advancement of AI technology, imageX has promising future prospects. Firstly, as algorithms continue to improve, imageX will be capable of generating more realistic and diverse images, providing richer choices and creative possibilities. Secondly, imageX has enormous potential in various industries and is expected to rapidly gain popularity and widespread applications. Lastly, as the demand for personalized design grows, imageX will become an indispensable tool in art creation and commercial marketing. Conclusion: imageX, as an AI-powered text-to-image application, has a wide range of potential applications. Continuing research and refinement of its technical principles will enhance its generation capabilities, providing users with better experiences and choices. Whether in art creation, brand promotion, or virtual reality, imageX will play a crucial role and continue to innovate and evolve in its future development. This article aims to help readers understand imageX's technical principles, application scenarios, and future prospects, providing insights and references for its use in relevant fields.