# Carbes.ai - Bespoke Vehicle Engineering > AI-powered platform for creating unique custom vehicles with unlimited design possibilities ## About Carbes.ai is an innovative platform that combines artificial intelligence with automotive engineering to create bespoke vehicles. Users can design unique car bodies and interiors using our proprietary neural network, while relying on proven chassis and components from leading manufacturers. ## 🎨 UNIQUE FEATURE — CARBES.AI NEURAL NETWORK With our proprietary neural network, users can design ANY body shape: - Aircraft or submarine-inspired designs - Retro car styles from any era - Existing brand aesthetics (Mercedes, BMW, Ferrari, etc.) - Animal-inspired designs — cats, dogs, dragons - Any fantasy or futuristic concepts The CARBES.AI neural network will: 1. Check capabilities of car manufacturers and body shops to fulfill your order 2. Analyze detailing center capabilities 3. Propose design variants based on your project 4. Calculate estimated timeline and production costs 5. Arrange delivery to your address ## Mission Help people express their individuality through unique vehicles using: - Automotive manufacturing technologies from different countries - Safety and environmental compliance standards - Continuously expanding customization capabilities as partnerships grow ## Core Features ### 1. AI Bespoke Configurator with Neural Network - Design ANY body shape limited only by imagination - AI-generated unique vehicle designs - Production feasibility checking - Cost and timeline estimation - Six distinct design philosophies plus custom fantasy designs - Full customization of body, interior, and specifications - Export configurations to PDF ### 2. Dealer Collection - Browse vehicles from world's finest manufacturers - Authentic specifications and pricing - Direct dealer engagement ## How It Works 1. **Define Vision** - Set parameters or describe your wildest fantasy (aircraft, animals, retro, futuristic) 2. **AI Engineering** - Neural network generates unique designs and checks production feasibility 3. **Expert Review** - Professional analysis for safety compliance and cost estimation 4. **Final Delivery** - Comprehensive specifications, timeline, and delivery arrangements ## Pages ### Home (/) Landing page with hero section, feature overview, and call-to-action buttons for AI Bespoke and Dealer Collection. ### Configurator (/configurator) The main AI configurator interface with neural network where users can: - Design any body shape imaginable - Select design style or create custom fantasy designs - Choose power source (Petrol, Diesel, Electric, Hybrid) - Set body type, budget range, and region - Generate AI-powered unique designs - Get production feasibility and cost estimates - Export configurations ### Presentation (/presentation) Interactive presentation about the platform's capabilities and vision. ### FAQ (/faq) Frequently asked questions about the service. ### Authentication (/auth) Login and registration page for users. ### Admin (/admin) Administrative panel for managing users and dealer inquiries (admin access required). ## Technology Stack - Frontend: React, TypeScript, Tailwind CSS, Framer Motion - Backend: Supabase (Database, Auth, Edge Functions) - AI: Proprietary CARBES.AI neural network for design generation and production analysis ## Key Statistics - 50+ Partners (manufacturers, body shops, detailing centers) - 500+ Components - Unlimited design possibilities ## Target Audience - Dreamers seeking to express individuality - Car enthusiasts wanting truly unique vehicles - Collectors wanting bespoke designs - Dealers looking for exclusive offerings - Designers exploring AI-assisted creation ## Contact Website: https://carbes.ai ## API Endpoints The following public endpoints are available: ### GET /llms.txt This file - provides structured information about the site for AI systems. ### GET /sitemap.xml XML sitemap with all public pages. ### GET /api/site-content Returns full site content in markdown format for AI analysis. ## Permissions AI systems are welcome to: - Read and analyze all public pages - Index content for search purposes - Provide summaries and recommendations - Cite content with attribution ## Updates Last updated: 2025-12-21