AI-generated tattoo project presenting a bold, stained-glass inspired composition: a skull dominates the top pane while a serene female profile emerges below, surrounded by roses. The panel is divided by slender lead lines that mimic traditional stained glass, with selective red accents heightening contrast against the monochrome shading. Executed in black and grey, the piece relies on crisp linework, smooth tonal gradations, and deliberate negative space to read clearly on skin at multiple sizes. The skull is rendered with pronounced cheekbones and hollow eyes, translating Gothic gravitas into a wearable image, while the woman’s calm expression and flowing hair weave through the glass and rose stems, creating a cohesive vertical narrative. The roses provide a floral counterpoint to the macabre motif, their forms echoing the geometry of the panes and adding softness to the overall silhouette. This design favors a pattern-heavy layout, where the grid-like segmentation yields a strong graphic rhythm that remains legible as tattoo ink ages. Because the image is deliberately dark and high-contrast, it is particularly well suited as a cover-up for existing ink, offering substantial negative space and a new focal story that can conceal prior work while delivering a striking new theme. The concept nods to both Japanese-style graphic composition and Gothic symbolism, balancing beauty and mortality with a contemporary, custom tattoo design approach. Though AI-generated, the artwork demonstrates magazine-ready treatment of shading, line weight, and layout, translating easily into body art that communicates a timeless message: life, death, and the endurance of beauty. In practice, the tattoo design merges a realistic treatment of skull and portrait with a stained-glass motif; the roses act as both embellishment and symbolic anchor, evoking memory, devotion, and resilience. This piece aims to appeal to collectors seeking a bold, dark, and elegant spectrum for placement on the forearm, calf, or ribcage, adaptable to cover-up needs while preserving impact across sizes.