Three Neural Networks Drew Web References in Five Styles: From Fintech to Web 1.0
In a series of experiments, the author tried creating web design assets for five different industries: esports (HUD panel), fintech (dashboard and banking apps), Web 1.0 nostalgia (banners and buttons), ecology (trackers and cards), and AI services (chat and generators). In total, this produced 14 design examples of varying complexity. Three models — Grok Image 2, Flux 2 Pro, and Nano Banana Pro — handled the task with varying degrees of success. The leaders, Grok 2.0 and Nano Banana Pro, showed a good grasp of styles and delivered acceptable results right away. Flux 2.0 proved less reliable: it especially struggled with text labels, repeatedly writing in an unidentified language. • Five themes across 14 examples: esports, fintech, Web 1.0, ecology, AI services • Grok Image 2 and Nano Banana Pro delivered the best results on the first try • Flux 2 Pro frequently botched text, producing an "unidentified language"
AI-processed from Habr AI; edited by Hamidun News
Neural networks are becoming a useful tool for web designers. The author of the StudyAI blog decided to test this in practice: they created web assets for five completely different industries using three modern image generation models. The results turned out to be mixed.
Three models in the test:
Grok Image 2, Flux 2 Pro, Nano Banana Pro
The author chose three popular models: Grok Image 2, Flux 2 Pro, and Nano Banana Pro. Each was asked to perform identical tasks: create web assets with precise requirements for style, color palette, typography, and functionality. This isn't just image generation — it's a test of how well neural networks understand the specific requirements of web designers.
14 examples across five industries
Esports and gaming (4 examples): • HUD panel for an esports shooter (futuristic minimalism, neon cyan accents, transparent PNG) • RPG inventory in dark fantasy style (gold frames, parchment texture, Diablo-inspired) • Mobile buttons for a casual puzzle game (candy-like shapes, glossy gradients) • Web 1.0 animated buttons (beveled 3D borders, GeoCities aesthetic, sprite sheet)
Fintech and banking (3 examples): • Crypto exchange dashboard (dark mode, candlestick charts, glassmorphism, monochrome palette) • Bank transfer card (neumorphic soft UI, 24px rounded, iOS guidelines) • Investment app onboarding (3 screens, isometric style, Stripe-inspired)
Web 1.0 nostalgia (1 example): • GIF banners 468x60 as in the 2000s (Comic Sans, Impact, flashing "Under Construction," Y2K)
Ecology (3 examples): • Carbon footprint dashboard (organic soft UI, sage green, Patagonia aesthetic) • Eco-product cards for a marketplace (recycled kraft paper, botanical illustrations) • Mobile recycling tracker (playful flat design, Duolingo-style gamification)
AI services (3 examples): • AI assistant chat interface (streaming animation, typing indicator, gradient edge glow) • ML model control panel (loss/accuracy charts, confusion matrix, neural network visualization) • Image generator onboarding (prompt input, style presets, progress ring)
Results: two models excelled, one fell short
Grok 2.0 and Nano Banana Pro demonstrated a good sense of visual style and delivered acceptable results almost immediately. Both models understood stylistic requirements well — from minimalism to nostalgia, from glassmorphism to Y2K aesthetics. The results looked professional and ready to be included in a brief or even serve as a basis for final design.
Flux 2 Pro, despite solid training and good generation logic, made frequent errors. Working with text proved especially problematic: the model repeatedly wrote in an unidentified language. This is odd, since Flux uses a flow-matching approach that should handle sequential logic and text labels well. Nevertheless, the errors it produced were systematic.
Neural networks showed a good ability to generate web interface elements in the required style. With their help, a designer can sketch out a full set of references for any project in an hour or two — from a fintech startup to a nostalgic Web 1.0 website. If you invest time in crafting more detailed prompts and allocate a budget for a series of generations, you can get ready-made components for a production site.
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Key Questions Answered
What are the key details on Three models in the test: Grok Image 2, Flux 2 Pro, Nano Banana Pro?
The author chose three popular models: Grok Image 2, Flux 2 Pro, and Nano Banana Pro. Each was asked to perform identical tasks: create web assets with precise requirements for style, color palette, typography, and functionality. This isn't just image generation — it's a test of how well neural networks understand the specific requirements of web designers.
What are the key details on 14 examples across five industries?
Esports and gaming (4 examples): HUD panel for an esports shooter (futuristic minimalism, neon cyan accents, transparent PNG) RPG inventory in dark fantasy style (gold frames, parchment texture, Diablo-inspired) Mobile buttons for a casual puzzle game (candy-like shapes, glossy gradients) Web 1.0 animated buttons (beveled 3D borders, GeoCities aesthetic, sprite sheet) Fintech and banking (3 examples): Crypto exchange dashboard (dark mode, candlestick charts, glassmorphism, monochrome palette) Bank transfer card (neumorphic soft UI, 24px rounded, iOS guidelines) Investment a
What are the key details on Results: two models excelled, one fell short?
Grok 2.0 and Nano Banana Pro demonstrated a good sense of visual style and delivered acceptable results almost immediately. Both models understood stylistic requirements well — from minimalism to nostalgia, from glassmorphism to Y2K aesthetics. The results looked professional and ready to be included in a brief or even serve as a basis for final design. Flux 2 Pro, despite solid training and good generation logic, made frequent errors. Working with text proved especially problematic: the model repeatedly wrote in an unidentified language. This is odd, since Flux uses a flow
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