This service enables the distribution of manga across multiple platforms. It provides features such as robust authentication mechanisms, seamless data synchronization across devices, user behavior tracking, and comprehensive analytics. Additionally, it integrates with third-party OAuth services for enhanced security and user experience.

This project involved developing a system that utilizes a Raspberry Pi to capture images of cards, which are then processed for Optical Character Recognition (OCR). The project also incorporates Bluetooth communication between the Raspberry Pi and iOS devices, allowing users to transfer card images to their iPhones efficiently.

This project involved transforming an existing monolithic server architecture into a microservice-based API utilizing Python and Node.js. We leveraged CircleCI for seamless continuous integration and deployment processes and deployed AWS Lambdas for effective management of background tasks. The API gateway was configured using Kong to ensure efficient traffic management and service communication.

This project aimed to develop a centralized management system capable of simultaneously connecting to multiple databases. It was designed using Django for the administrative interface and Python for backend processes. The system also incorporated third-party API integrations to enhance its capabilities.

The project involved creating a frontend application for managing billing services in a gas and electric system. The development process utilized React for the user interface and included the implementation of OAuth for authentication, search engine optimization (SEO), and Google Analytics (GA). The application integrated with a backend API and supported image uploads to AWS S3 for data storage.

The project aimed to develop a comprehensive billing management service tailored for gas and electric systems. Key aspects of the project included user interface development, seamless API integration, code refactoring for better maintainability, and performance optimization. Additionally, the team created a data cleaning pipeline to enhance data integrity and consistency.

This project involved creating a comprehensive support system tailored for a startup committee. The development entailed crafting REST APIs, integrating AWS Lambda for efficient background processing, and deploying using Docker images. Background job processing was managed using Node.js, and PostgreSQL was utilized for robust database management.

This project entailed the development of a frontend application designed to streamline the management of construction sites. Key areas of focus included implementing user interface features, managing and coordinating with team members, refactoring existing legacy code, and optimizing overall app performance. Additionally, the team developed Docker images to facilitate efficient management of staging environments.

This project was centered around creating an innovative news portal utilizing a headless CMS. Key components of the project included developing a GraphQL API, incorporating AWS Lambda functions, and designing an intuitive user interface based on provided designs. Furthermore, the team restructured legacy code into monorepo packages for better code management and integrated several third-party services such as GSM and Adobe Analytics.