AI Powered Car Assistant - Hybrid
AI Powered Car Assistant - Hybrid
App Design
App Design
I
I
Wireframe, Prototyping
Wireframe, Prototyping
I
UX Research, UI Design
UX Research, UI Design
I
I
Logo Design
Logo Design
Hybridis an AI-powered car assistant designed to simplify the car-buying process for users. The app analyzes the user’s budget, driving habits, and personal preferences to deliver personalized car recommendations.
Hybridis an AI-powered car assistant designed to simplify the car-buying process for users. The app analyzes the user’s budget, driving habits, and personal preferences to deliver personalized car recommendations.
By answering 7 open-ended questions, users receive tailored suggestions for both new and used cars available in the Turkish market.
By answering 7 open-ended questions, users receive tailored suggestions for both new and used cars available in the Turkish market.
Hybrid eliminates the complexity of price research and market comparison, providing a secure, easy-to-understand, and fully personalized car discovery experience.
Hybrid eliminates the complexity of price research and market comparison, providing a secure, easy-to-understand, and fully personalized car discovery experience.
Draggable
Project Explain
Objective
Objective
Car buyers often face one major challenge too much information and unclear pricing.
Car buyers often face one major challenge too much information and unclear pricing.
Hybrid simplifies this process through an AI-driven assistant that understands user needs and evaluates vehicles specifically for the Turkish market.
Hybrid simplifies this process through an AI-driven assistant that understands user needs and evaluates vehicles specifically for the Turkish market.
The goal is to identify the most suitable cars for each user by analyzing their expectations and offering insights on price, features, advantages, disadvantages, and resale potential.
The goal is to identify the most suitable cars for each user by analyzing their expectations and offering insights on price, features, advantages, disadvantages, and resale potential.
Process
Process
The user answers 7 open-ended questions about budget, usage type, body style, fuel efficiency, safety preferences, and desired technology features.
The user answers 7 open-ended questions about budget, usage type, body style, fuel efficiency, safety preferences, and desired technology features.
Hybrid’s AI model then analyzes these responses and combines them with real-world pricing data from the Turkish car market.
Hybrid’s AI model then analyzes these responses and combines them with real-world pricing data from the Turkish car market.
Based on this, it recommends 6 car models that best fit the user’s criteria. Each car is evaluated by key factors such as price range, performance, equipment, safety, and overall reliability.
Based on this, it recommends 6 car models that best fit the user’s criteria. Each car is evaluated by key factors such as price range, performance, equipment, safety, and overall reliability.
Finally, Hybrid highlights the top 3 most relevant vehicles, providing a short comparison based on fuel efficiency, performance, price, and features.
Finally, Hybrid highlights the top 3 most relevant vehicles, providing a short comparison based on fuel efficiency, performance, price, and features.
Outcome
Outcome
Hybrid introduces artificial intelligence into the car-buying journey, saving users time,
helping them make informed decisions, and delivering a completely personalized automotive experience.
Hybrid introduces artificial intelligence into the car-buying journey, saving users time,
helping them make informed decisions, and delivering a completely personalized automotive experience.
As a result, users can:
As a result, users can:
Discover suitable vehicles more quickly,
Compare cars based on real, localized data,
Make confident purchasing decisions backed by AI insights.
Discover suitable vehicles more quickly,
Compare cars based on real, localized data,
Make confident purchasing decisions backed by AI insights.
