Futuristic Mechanical Gear with Neon Code and Robotic Assembly in Industrial Design

A meticulously crafted mechanical gear with glowing code veins (if/else, for loops pulsating in neon cyan) dominates the foreground, embedded in a factory scaffold layered with circuit board textures. To the right, a miniature conveyor belt transports code-fragment components manipulated by </> shaped robotic arms, assembling into a v2.0 stamped gear. Deep navy blue gradient background with metallic patina and sandpaper texture, overlaid with translucent engineering blueprints containing handwritten annotations like "Algorithm Tolerance ±0.01%". Holographic data streams illuminate gear mechanisms, contrasting matte metal surfaces with translucent coding holograms. Pixel glitch effects subtly emerge at the composition's base, A detailed view of a mechanical gear is featured prominently. Neon cyan coding veins pulse through the gears. A conveyor belt reveals code fragments carried by robotic arms. Background displays engineering blueprints with notes. Lighting creates a striking contrast between metallic surfaces and glowing holograms. Composition includes pixel glitches at the bottom

Depict a detailed scene centered around a highly intricate mechanical gear. The gear exhibits glowing code veins, featuring familiar programming elements like conditional statements and loops, pulsating in a vibrant neon cyan color. Situate this gear within the interior of a factory-like scaffolding adorned with circuit board textures. To the right, include a conveyor belt of miniature proportions, which transports components marked as fragments of code. Showcase robotic arms shaped like </>, actively assembling these components into a gear stamped with 'v2.0'. Use a deep navy blue gradient for the background, accentuated with metallic textures resembling patina and a sandpaper finish. Overlay this background with semi-transparent engineering blueprints annotated by hand, mentioning details like 'Algorithm Tolerance ±0.01%'. The foreground of the scene should include holographic streams of data that illuminate the mechanisms of the gear. Create a contrast between matte metallic surfaces and coding holograms, and add subtle pixel glitch effects near the bottom of the composition to give a contemporary digital aesthetic, A detailed mechanical gear stands out in the foreground. It features glowing code veins with neon cyan colors. The background is deep navy blue with metallic textures. A conveyor belt on the right carries code fragments. Robotic arms shaped like angle brackets manipulate the pieces. Engineering blueprints overlay the scene with handwritten notes. Holographic data streams provide illumination. The base displays subtle pixel glitch effects