Using this image as a reference, сreate a hyper-realistic poster featuring a 3D logo, floating on the air, fully encased in a thick, glistening ice texture, with subtle cracks, frost details and icicles. The logo should remain legible, using its original brand colors. Stylish and realistic light reflections and refractions through ice. Capture it from a slightly angled front view to emphasize depth, with soft, natural lighting casting gentle highlights and refractions through the ice. The background should be a subtle, frosty gradient, emphasizing the icy theme. Use a cool-toned palette—crystalline blues, soft whites, and faint silvers—rendered in ultra-detailed CGI style for a striking, photorealistic finish.

Create a hyper-realistic [X:Y] aspect ratio poster featuring a 3D [brand] logo, floating on the air, fully encased in a thick, glistening ice texture, with subtle cracks, frost details and icicles. The logo should remain legible, using its original brand colors. Stylish and realistic light reflections and refractions through ice. Capture it from a slightly angled front view to emphasize depth, with soft, natural lighting casting gentle highlights and refractions through the ice. The background should be a subtle, frosty gradient, emphasizing the icy theme. Use a cool-toned palette—crystalline blues, soft whites, and faint silvers—rendered in ultra-detailed CGI style for a striking, photorealistic finish.

Hyperrealistic [x:y] poster depicting stylish office elevator doors slightly ajar, revealing an interior completely flooded with an overwhelming amount of [object], each prominently featuring the logo and brand name of [brand]. The scene is captured from a dynamic low-angle perspective, with dramatic studio lighting creating sharp contrasts and deep shadows. The background blends seamlessly into a sleek, modern office environment, while the color palette focuses on the brand's signature hues with metallic accents. Rendered in ultra-detailed, photorealistic style with crisp textures and vibrant colors for maximum visual impact.