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Devoxx Greece 2024 - Lessons learned by closing the gap between Java and cloud-native ecosystems
Learn how to bridge the gap between Java and cloud-native ecosystems, leveraging Kubernetes, APIs, and containerization for scalable, fault-tolerant applications, and gain insights on faster development and better adoption.
- Closing the gap between Java and cloud-native ecosystems requires understanding Kubernetes, APIs, and containerization.
- Creating a container for local development enables easy deployment to clusters like Google Cloud.
- Using Go instead of Java for learning can facilitate faster development and better adoption.
- Distributed application runtime like dapper makes it easier to develop scalable, fault-tolerant applications.
- API interfaces can be exposed for use from any language, enabling language-agnostic development.
- Learning distributed system principles and patterns is essential for creating complex cloud-native applications.
- Collaborations with experts from different communities can lead to cross-pollination of ideas.
- Contributing to open source projects helps learn new skills, while avoiding reinventing the wheel.
- Integrating Java and Go frameworks, such as Spring Boot and Knative, allows for more flexibility in cloud-native development.
- Kubernetes enables easier scalability, deployment, and management of cloud-native applications.
- Using container orchestration tools like Docker, Knative, or dapper simplifies cloud-native application development.
- Understanding API interactions, networking, and messaging is crucial for distributed application development.
- Creating modular services, using APIs and events, is key to building scalable and fault-tolerant cloud-native applications.