Thermal Surveillance Effect Prompt | Realistic FLIR Infrared Imaging

Transform the image into an ultra realistic thermal infrared surveillance scan. Preserve original composition and subject structure while converting the scene into authentic false-color thermal imaging. Use realistic FLIR infrared color mapping where cold areas become deep navy, cobalt blue and cyan, while heat signatures become bright yellow, orange and red. Maintain believable thermal gradients and heat distribution rather than random rainbow coloring. Add soft thermal bloom and heat diffusion around warm regions with realistic infrared glow bleed. Include subtle sensor noise, scan grain and digital interference to simulate real thermal camera capture. Overlay minimal surveillance HUD elements including scanner corners, targeting reticle, detection boxes, telemetry text and temperature-style indicators. Contrast should feel machine-generated and high-tech rather than artistic color grading. Preserve silhouettes and geometry while removing natural photographic color. The final image should resemble classified thermal surveillance footage captured by an advanced FLIR imaging system. Military FLIR aesthetic, cyber surveillance scan, classified infrared footage, drone thermal vision, experimental tech interface, tactical imaging realism.

Transform the image into an ultra realistic thermal infrared surveillance scan. Preserve original composition and subject structure while converting the scene into authentic false-color thermal imaging. Use realistic FLIR infrared color mapping where cold areas become deep navy, cobalt blue and cyan, while heat signatures become bright yellow, orange and red. Maintain believable thermal gradients and heat distribution rather than random rainbow coloring. Add soft thermal bloom and heat diffusion around warm regions with realistic infrared glow bleed. Include subtle sensor noise, scan grain and digital interference to simulate real thermal camera capture. Overlay minimal surveillance HUD elements including scanner corners, targeting reticle, detection boxes, telemetry text and temperature-style indicators. Contrast should feel machine-generated and high-tech rather than artistic color grading. Preserve silhouettes and geometry while removing natural photographic color. The final image should resemble classified thermal surveillance footage captured by an advanced FLIR imaging system. Military FLIR aesthetic, cyber surveillance scan, classified infrared footage, drone thermal vision, experimental tech interface, tactical imaging realism.

Transform the image into an ultra realistic thermal infrared surveillance scan. Preserve original composition and subject structure while converting the scene into authentic false-color thermal imaging. Use realistic FLIR infrared color mapping where cold areas become deep navy, cobalt blue and cyan, while heat signatures become bright yellow, orange and red. Maintain believable thermal gradients and heat distribution rather than random rainbow coloring. Add soft thermal bloom and heat diffusion around warm regions with realistic infrared glow bleed. Include subtle sensor noise, scan grain and digital interference to simulate real thermal camera capture. Overlay minimal surveillance HUD elements including scanner corners, targeting reticle, detection boxes, telemetry text and temperature-style indicators. Contrast should feel machine-generated and high-tech rather than artistic color grading. Preserve silhouettes and geometry while removing natural photographic color. The final image should resemble classified thermal surveillance footage captured by an advanced FLIR imaging system. Military FLIR aesthetic, cyber surveillance scan, classified infrared footage, drone thermal vision, experimental tech interface, tactical imaging realism.

Transform the image into an ultra realistic thermal infrared surveillance scan. Preserve original composition and subject structure while converting the scene into authentic false-color thermal imaging. Use realistic FLIR infrared color mapping where cold areas become deep navy, cobalt blue and cyan, while heat signatures become bright yellow, orange and red. Maintain believable thermal gradients and heat distribution rather than random rainbow coloring. Add soft thermal bloom and heat diffusion around warm regions with realistic infrared glow bleed. Include subtle sensor noise, scan grain and digital interference to simulate real thermal camera capture. Overlay minimal surveillance HUD elements including scanner corners, targeting reticle, detection boxes, telemetry text and temperature-style indicators. Contrast should feel machine-generated and high-tech rather than artistic color grading. Preserve silhouettes and geometry while removing natural photographic color. The final image should resemble classified thermal surveillance footage captured by an advanced FLIR imaging system. Military FLIR aesthetic, cyber surveillance scan, classified infrared footage, drone thermal vision, experimental tech interface, tactical imaging realism.