Autobuffy
Autobuffy is a leading e-commerce platform for auto parts in the United States bringing together various vendors in one easy-to-navigate marketplace. Our primary goal was to refine their e-commerce platform, ensuring a seamless integration of diverse auto parts from various vendors, while significantly improving the user experience.
Industry:
E-Commerce (Auto Parts)Platform:
Web
Client Requirement
Autobuffy, a leading e-commerce store for auto parts, reached out to us to enhance their website functionality and user experience.
Challenges & It’s Solutions
Searching for an auto part based on make, year, and model was challenging due to the excessively large database tables containing detailed information.
To address the issue of slow database searches, we initially implemented caching, which did not yield the desired results. Subsequently, we integrated ElasticSearch into our project, which successfully improved performance. Additionally, we refined the database structure and implemented indexing to further accelerate search speeds.
Unlike most e-commerce platforms in the United States that offer "buy now, pay later" options, there was no such a payment method into our system.
We implemented the Klarna "Buy now, pay later" option, integrating it with Stripe for seamless transactions. This solution underwent thorough testing to ensure reliability and user satisfaction from every angle.
The website faced significant SEO challenges due to the absence of technical SEO optimization, which severely impacted its search engine performance. Additionally, the front-end technology, specifically the Angular framework, was outdated, further compounding the site's technical issues.
We enhanced our website by incorporating Server Side Rendering (SSR), which also necessitated updating Angular from version 8 to 13—a challenging task we accomplished in 20 days. This integration not only boosted our SEO performance but also significantly increased our sales.
The website had difficulty handling a large amount of traffic due to an inadequate server structure. The server structure was not designed to handle a high volume of API calls and IO operations, leading to slowed down website s performance. The website needs to improve its server infrastructure to accommodate a higher volume of traffic and enhance the user experience
For better user experience and high availability, we introduced AWS load balancers, AWS scaling was introduced to increase the scalability and availability of application.Moreover, we established separate AWS servers for the user interface and the admin side to ensure that user experience remains unaffected even when the admin server is under heavy load, such as during large file uploads
Previously all the large files were uploaded to our server then to the s3 which was very time consuming.
We implemented direct S3 in the frontend to upload files to S3 bucket directly. Which decreased the server cost and the server utilization for those file uploads.
The system for updating inventory was manual and involved using FTP, CSV files and Excel files. However, the need for real-time inventory updates without any manual intervention was crucial for smooth operations. For this purpose, an automated system was required to replace the manual process.
We developed a new microservice to automate the inventory management system, encompassing all autoparts and their vendors with real-time inventory updates. Additionally, we created and utilized APIs within our project to ensure seamless inventory synchronisation.
Searching for an auto part based on make, year, and model was challenging due to the excessively large database tables containing detailed information.
Unlike most e-commerce platforms in the United States that offer "buy now, pay later" options, there was no such a payment method into our system.
The website faced significant SEO challenges due to the absence of technical SEO optimization, which severely impacted its search engine performance. Additionally, the front-end technology, specifically the Angular framework, was outdated, further compounding the site's technical issues.
The website had difficulty handling a large amount of traffic due to an inadequate server structure. The server structure was not designed to handle a high volume of API calls and IO operations, leading to slowed down website s performance. The website needs to improve its server infrastructure to accommodate a higher volume of traffic and enhance the user experience
Previously all the large files were uploaded to our server then to the s3 which was very time consuming.
The system for updating inventory was manual and involved using FTP, CSV files and Excel files. However, the need for real-time inventory updates without any manual intervention was crucial for smooth operations. For this purpose, an automated system was required to replace the manual process.
To address the issue of slow database searches, we initially implemented caching, which did not yield the desired results. Subsequently, we integrated ElasticSearch into our project, which successfully improved performance. Additionally, we refined the database structure and implemented indexing to further accelerate search speeds.
We implemented the Klarna "Buy now, pay later" option, integrating it with Stripe for seamless transactions. This solution underwent thorough testing to ensure reliability and user satisfaction from every angle.
We enhanced our website by incorporating Server Side Rendering (SSR), which also necessitated updating Angular from version 8 to 13—a challenging task we accomplished in 20 days. This integration not only boosted our SEO performance but also significantly increased our sales.
For better user experience and high availability, we introduced AWS load balancers, AWS scaling was introduced to increase the scalability and availability of application.Moreover, we established separate AWS servers for the user interface and the admin side to ensure that user experience remains unaffected even when the admin server is under heavy load, such as during large file uploads
We implemented direct S3 in the frontend to upload files to S3 bucket directly. Which decreased the server cost and the server utilization for those file uploads.
We developed a new microservice to automate the inventory management system, encompassing all autoparts and their vendors with real-time inventory updates. Additionally, we created and utilized APIs within our project to ensure seamless inventory synchronisation.
Key Features
Successfully streamlined search functionality, drastically reducing search times and elevating user satisfaction.
Introduced flexible payment solutions, broadening our customer base and boosting sales.
Advanced SEO strategies led to higher visibility, significantly increasing clicks and user engagement.
Achieved unparalleled system reliability, ensuring a seamless user experience even during peak loads.
Revolutionized inventory management, achieving real-time accuracy and operational efficiency.
Expanded promotional capabilities, effectively driving sales through targeted campaigns.
Results
We streamlined our search functionality, which has drastically reduced search times and increased user satisfaction
We introduced flexible payment solutions, which has broadened our customer base and boosted sales.
Our advanced SEO strategies led to higher visibility, significantly increasing clicks and user engagement.
We achieved unparalleled system reliability, ensuring a seamless user experience even during peak loads.
We revolutionized inventory management, achieving real-time accuracy and operational efficiency.
Expanded promotional capabilities, effectively driving sales through targeted campaigns.
Technology Stacks
Frontend
Backend
Database
Integrations
Testing
Project Management
Server
