Interactive Bicycle Customization App Development -- 2
Budget: €3,000 – €5,000 EUR
NB! Freelancer should have experience with photogrammetry, rendering tools (e.g., Blender, Meshroom), Unity for configurators, and handling big data, including sourcing data from the internet.
Step-by-Step Workflow for Bicycle Part Customization
User Engagement:
The user launches the app to begin the customization process.
Visual Data Collection:
The user captures comprehensive photos or a video of the bicycle from multiple angles.
3D Model Generation:
Utilize photogrammetry tools to convert the visual data into an accurate 3D model of the bicycle.
Automatic Specification Identification:
Implement AI-based image recognition to identify the bicycle's make and model.
Retrieve original specifications from online databases based on the identified information.
User Verification and Editing:
Present the auto-generated specifications to the user for review and allow edits to ensure accuracy.
Interactive 3D Customization:
Enable the user to interact with the 3D model by rotating and viewing it from different angles.
Component Selection and Visualization:
Allow the user to select specific components (e.g., the fork) directly on the 3D model.
Activate the selected component in the specifications list and display a curated list of compatible replacement options available online, complete with prices.
Provide real-time visualization of each selected component on the 3D model to aid in decision-making.
Purchase Facilitation:
Once the user selects a desired component, provide a direct link to the seller's webpage to complete the purchase.
______________________________________________
Technical Implementation Considerations
3D Reconstruction:
Implement photogrammetry software to create detailed 3D models from user-provided images or videos.
Component Recognition and Specification Retrieval:
Integrate AI-based image recognition tools to identify bicycle components and retrieve specifications from online databases.
Interactive User Interface:
Design an intuitive UI that allows users to interact with the 3D model, select components, and view replacement options seamlessly.
Real-Time Visualization:
Ensure that the app can render real-time visualizations of selected components on the 3D model to provide users with an accurate representation of their customizations.
E-Commerce Integration:
Facilitate direct links to sellers' websites for selected components to streamline the purchasing process.
______________________________________________
Example platforms & tools:
https://londondynamics.com/bicycles/
https://elementalsweb.com/work.html (both BikeConfig & ScooterHut)
https://arcritic.com/2571/bike-3d-configurator-app/
https://salsita.ai/industry/e-commerce-and-retail?_gl=1*yr6jlv*_up*MQ..*_gs*MQ..&gclid=CjwKCAjwwe2_BhBEEiwAM1I7sV_5PwyvXXQ5QoluBs_sl0foelAaLeWfI6mSWng8mLqP8tASlx6rCRoCisgQAvD_BwE&gbraid=0AAAAAptxBTFPHXK46ix4NtVSFipSJKLpA
https://www.missoun.com/mobility
https://poly.cam/
Step-by-Step Workflow for Bicycle Part Customization
User Engagement:
The user launches the app to begin the customization process.
Visual Data Collection:
The user captures comprehensive photos or a video of the bicycle from multiple angles.
3D Model Generation:
Utilize photogrammetry tools to convert the visual data into an accurate 3D model of the bicycle.
Automatic Specification Identification:
Implement AI-based image recognition to identify the bicycle's make and model.
Retrieve original specifications from online databases based on the identified information.
User Verification and Editing:
Present the auto-generated specifications to the user for review and allow edits to ensure accuracy.
Interactive 3D Customization:
Enable the user to interact with the 3D model by rotating and viewing it from different angles.
Component Selection and Visualization:
Allow the user to select specific components (e.g., the fork) directly on the 3D model.
Activate the selected component in the specifications list and display a curated list of compatible replacement options available online, complete with prices.
Provide real-time visualization of each selected component on the 3D model to aid in decision-making.
Purchase Facilitation:
Once the user selects a desired component, provide a direct link to the seller's webpage to complete the purchase.
______________________________________________
Technical Implementation Considerations
3D Reconstruction:
Implement photogrammetry software to create detailed 3D models from user-provided images or videos.
Component Recognition and Specification Retrieval:
Integrate AI-based image recognition tools to identify bicycle components and retrieve specifications from online databases.
Interactive User Interface:
Design an intuitive UI that allows users to interact with the 3D model, select components, and view replacement options seamlessly.
Real-Time Visualization:
Ensure that the app can render real-time visualizations of selected components on the 3D model to provide users with an accurate representation of their customizations.
E-Commerce Integration:
Facilitate direct links to sellers' websites for selected components to streamline the purchasing process.
______________________________________________
Example platforms & tools:
https://londondynamics.com/bicycles/
https://elementalsweb.com/work.html (both BikeConfig & ScooterHut)
https://arcritic.com/2571/bike-3d-configurator-app/
https://salsita.ai/industry/e-commerce-and-retail?_gl=1*yr6jlv*_up*MQ..*_gs*MQ..&gclid=CjwKCAjwwe2_BhBEEiwAM1I7sV_5PwyvXXQ5QoluBs_sl0foelAaLeWfI6mSWng8mLqP8tASlx6rCRoCisgQAvD_BwE&gbraid=0AAAAAptxBTFPHXK46ix4NtVSFipSJKLpA
https://www.missoun.com/mobility
https://poly.cam/