TIME WARP SCAN positions itself in the crowded photo manipulation space by focusing specifically on facial aging simulations. The app uses facial recognition technology to apply age-related changes while preserving individual facial structures. Unlike generic filters, it accounts for bone structure changes and skin texture variations that occur with aging. The core functionality revolves around three scanning modes: age progression (showing decades into the future), age regression (youthful appearances), and real-time aging previews. Users can capture photos or use existing images from their gallery. The processing includes wrinkle simulation, hair color changes, and facial feature adjustments that correspond to different life stages. Additional features include side-by-side comparisons and adjustable aging intensity sliders for customized results. In practical use, the app performs best in well-lit conditions where facial features are clearly visible. The scanning process takes approximately 5-8 seconds per image, during which users must remain still for optimal results. Real-world testing shows the aging effects appear most convincing on high-resolution front-facing photos. The interface includes simple saving and sharing options, making it straightforward to export results to social platforms or messaging apps. Early user feedback indicates satisfaction with the realism of age progression effects, particularly how the app handles subtle details like crow's feet and forehead lines. Some reports mention occasional misalignment with facial landmarks when subjects move during scanning. The lack of in-app purchases for a photography app has been noted positively among initial users. Overall assessment finds TIME WARP SCAN delivers on its core promise of believable facial aging simulations, though performance varies with image quality and lighting conditions. The app provides entertainment value for social sharing and practical applications for visualizing long-term appearance changes. While not intended for professional use, it offers sufficiently detailed results for personal projects and casual experimentation.