Rapor Pendidikan Platform

Introduction:

Introduce the Rapor Pendidikan platform and its main features.
Mention that the platform was created from scratch and integrated with the Superset API.
Highlight the focus on performance and the implementation of server-side rendering (SSR) to improve performance and SEO.

Architecture design:

Describe the architecture of the Rapor Pendidikan platform, including the main components and their interactions.
Explain how the platform was integrated with the Superset API and how this integration supports the platform's features and functionality.
Discuss the design choices and trade-offs made during the development of the platform.

CI/CD configuration:

Explain what CI/CD is and why it is important for deployment of the Rapor Pendidikan platform.
Describe the configuration of the CI/CD pipeline, including the tools and processes used.
Discuss the benefits of using CI/CD for the deployment of the platform, such as improved reliability and speed.

Performance improvements:

Discuss the performance challenges faced by the Rapor Pendidikan platform and how they were addressed.
Explain how server-side rendering was implemented and how it improved performance and SEO.
Discuss any additional performance optimization techniques that were used and their impact.

Conclusion:

Summarize the key points of the article and the main achievements of the Rapor Pendidikan platform.
Discuss the potential future developments for the platform and how they may improve the user experience.

Introduction:

Introduce the web app and its features.
Mention that the app was originally built with Superset and that it is being migrated to a custom server using Next.js.
Explain why the migration is being done, such as to improve performance, flexibility, or scalability.

Overview of Superset and Next.js:

Provide a brief overview of Superset and its main features.
Discuss the benefits and drawbacks of using Superset for web app development.
Introduce Next.js and its main features, including server-side rendering and built-in support for React.
Explain why Next.js is a good choice for migrating the web app from Superset.

Migrating the web app to Next.js:

Describe the process of migrating the web app from Superset to Next.js, including any challenges and solutions.
Discuss the changes made to the app's architecture and codebase during the migration.
Explain how the app's features and functionality were preserved or improved during the migration.

Performance and scalability improvements:

Discuss the performance and scalability challenges faced by the original Superset-based app and how they were addressed by the migration to Next.js.
Explain how server-side rendering and other features of Next.js improved the app's performance and scalability.
Discuss any additional optimization techniques that were used and their impact.

Conclusion:

Summarize the key points of the article and the main achievements of the migration from Superset to Next.js.
Discuss the potential future developments for the web app and how they may further improve performance and scalability.