AYESHA KALEEM
Mbition
As a dedicated Software Engineer at Mbition GmbH, I bring a wealth of experience and expertise in Open Source software development to the table. Over the last few years, I have honed my skills as a Backend Engineer with a strong DevOps mindset, specializing in cloud and container technologies. This journey has not only been intellectually stimulating but also immensely rewarding as I've had the privilege of working with cutting-edge technologies that have shaped the future of software development.One area that truly captivates me is system-related work, and Kubernetes has become a central passion in my professional life. Its ability to orchestrate containerized applications at scale has been a fascinating challenge and a source of continuous learning. I take pride in my ability to architect and optimize systems on Kubernetes, streamlining deployment and management processes to achieve peak performance and maintain reliability.In the course of my career, I've developed a deep fondness for the Go programming language. Its simplicity, efficiency, and concurrency capabilities have made it an integral part of my toolkit. I actively leverage Go in multiple projects, delivering efficient and robust solutions to complex problems.In addition to my technical skills, I am an advocate for the principles of Site Reliability Engineering, embracing the importance of error budgets, service level objectives (SLOs), and blameless post-mortems to drive a culture of learning and improvement.My passion for system-related challenges, combined with my expertise in Kubernetes and cloud, and proficiency in Go, empowers me to create impactful solutions that push the boundaries of modern software development.
In this engaging presentation, I would delve into the fascinating world of eBPF (extended Berkeley Packet Filter) and its potential impact on Kubernetes sidecars. As containerized applications become increasingly complex, the need for efficient and versatile networking and security solutions arises. eBPF has emerged as a powerful technology that allows us to dynamically analyze and modify network traffic within the kernel, all while maintaining high performance.
During this talk, I will unravel the mysteries behind eBPF and explore its capabilities, use cases, and benefits. We will discuss how eBPF provides a flexible framework for implementing custom networking functionality and how it enables seamless integration with Kubernetes sidecars. We'll examine whether eBPF has the potential to replace traditional Kubernetes sidecar architectures or complement them in unique ways.
More During this talk, I will unravel the mysteries behind eBPF and explore its capabilities, use cases, and benefits. We will discuss how eBPF provides a flexible framework for implementing custom networking functionality and how it enables seamless integration with Kubernetes sidecars. We'll examine whether eBPF has the potential to replace traditional Kubernetes sidecar architectures or complement them in unique ways.