Attending a session on „Serverless Architecture: Enhancing Your Kubernetes Workloads“ will provide an understanding on how to leverage serverless technologies to optimize Kubernetes environments. You’ll learn the fundamentals of serverless architecture, including its core principles, benefits, and challenges. Moreover, you’ll learn about different types of Kubernetes workloads, such as Pods, Deployments, StatefulSets, and DaemonSets, and how Kubernetes manages these workloads to ensure high availability and reliability. After this we will begin our deep dive on how to integrate serverless functions with Kubernetes to enhance workloads, enabling event-driven tasks, automatic scaling, and cost efficiency. Practical use cases will be explored, such as using serverless functions for scheduled tasks, real-time data processing, and CI/CD automation. The session will introduce tools and platforms like Knative, Kubeless, and Fission, and share best practices for implementation. After this session you should be able to design and implement a serverless solution for K8s.
Remon van Harmelen is a Microsoft Cloud Solution Architect at Qualcomm and a passionate technologist and cloud enthusiast specializing in Azure and containerization, particularly Kubernetes. With a strong background in cloud computing, he has dedicated his career to exploring innovative solutions that enhance operational efficiency and drive digital transformation.
As a technical blogger, Remon shares insights and best practices on deploying and managing containerized applications on Azure, with a focus on Kubernetes. He is committed to fostering knowledge sharing within the community, regularly speaking at conferences and local meetups to engage with fellow tech enthusiasts.
When not immersed in the world of technology, Remon enjoys motorcycle riding, which inspires his approach to problem-solving and creativity. He believes in the power of collaboration and strives to empower others to leverage cloud technologies to achieve their goals.
Connect with Remon to explore the latest trends in cloud computing and container orchestration!