AsyncAPI

CLI tools and code generators for building event-driven microservices from AsyncAPI definitions.

Mentors: Student: Anushka Sharan

AsyncAPI currently lacks comprehensive end-to-end (E2E) testing, making it difficult to ensure that critical user flows remain functional across updates. Without automated testing, regressions can go unnoticed, potentially affecting critical user flows. This project aims to implement robust E2E testing suite. We will identify critical user workflows, develop automated , and integrate them with GitHub Actions to enable continuous testing with every pull request. By ensuring that core functionalities are thoroughly tested, we can improve reliability, reduce manual QA efforts, and enhance the overall developer experience.

Mentors: Student: Tenzin Delek

AsyncAPI Conference Website is an essential part of the AsyncAPI Community, it serves as the gateway for the Conference Speakers, Participant and the community member to view the upcoming conferences and participate within it . As the conference website grows, there is a need to enhance the conference website repository in terms of reusability and maintainability for future growth. The goal of this project is to develop a comprehensive UI Kit that can enhance the existing design, and streamline the development process to simplify the creation and management of cohesive elements in the website. This UI Kit will help in preventing the process of rebuilding similar components.

Mentors: Student: Adi Boghawala

The is a project to take maintenership of the "asyncapi/generator" repository. The focus is on developing maintainer skills by handling issue triaging, bug fixes, PR reviews, writing tests, improving documentation, helping newcomers to contribute and guiding the project's long-term growth. The mentorship provides a deep understanding of open-source maintenance, making it a valuable opportunity for career growth and industry experience.

Mentors: Student: Shriya Chauhan

The website lacks visual consistency, accessibility features, and a dark mode—critical elements for enhancing the experience of developers and engaging contributing organizations. To address this, I will follow a two-phase approach: first, planning and designing UI components and layouts.; second, implementing these designs using React.js, Next.js, TypeScript, and Tailwind CSS v4.0. Deliverables include a responsive, accessible interface, reusable component system, robust dark mode support, and performance-optimized code.