Cyber woman in freezer compartment

Prompt

Create a cinematic vertical sci-fi scene of {argument name="character name" default="LATVIA-01"}, a female humanoid bio-synthesis android suspended in a transparent cylindrical cryogenic tank filled with glowing aqua liquid. She is curled in a fetal-like floating pose with legs bent, one hand raised against the glass and the other arm crossing her chest, long pale blond hair drifting weightlessly in the fluid. Her body is mostly human but partially biomechanical: visible synthetic muscles, exposed cybernetic shoulder joint, metallic chest structure, cables, and translucent skin details, with elegant anatomy and no explicit nudity. The tank is covered with condensation, bubbles, scratches, and refracted light, capped by heavy black metal rings at top and bottom, with hoses and connectors attached. Bright cyan energy ribbons spiral upward around her body inside the chamber, casting teal highlights. Surround the tank with a dark futuristic laboratory: robotic arms on both sides, hanging cables, control consoles, glowing monitors, and one left-side holographic status screen reading “{argument name="status label" default="LATVIA-01 // BIO SYNTHESIS // STATUS: ACTIVE"}”. Use a moody high-contrast cyberpunk color palette of black, steel gray, turquoise, and cyan; hyper-detailed photorealistic digital art, dramatic rim lighting, volumetric glow, water caustics, cinematic depth, sharp focus on the glass pod, vertical 9:16 composition. The subject’s face should be hidden or obscured by a neutral rectangular censor-like blur, preserving the rest of the image in high detail. Avoid gore, avoid extra characters, avoid logos or watermarks.

Example output

How to use this prompt

1. 1. Copy the full prompt text above.
2. 2. Paste it into your image model — Midjourney, DALL·E, Stable Diffusion, or GPT Image.
3. 3. Replace the subject, style or lighting words with your own to adapt it.
4. 4. Adjust aspect ratio and steps in your tool; the prompt itself is tool-neutral.
5. 5. Iterate on one variable at a time so you can tell which change mattered.