Fatih E. Nar
Senior Principal Architect at Red Hat
Dallas, Texas, United States
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Fatih E. NAR brings extensive experience and influence to Linux, OpenStack, and Kubernetes ecosystems. His contributions drive progressive development and foster a robust TME community. With a background at Google, Verizon Wireless, Canonical Ubuntu, and Ericsson, Fatih's diverse roles have honed his skills and enriched his current work at Red Hat. He remains a driving force in the cloud technology landscape, promising groundbreaking solutions in TME with Red Hat.
Area of Expertise
Topics
Harnessing Observability with AI for Distributed Applications
We will delve into the cutting-edge advancements in AI infused Application Performance Monitoring and Tracing (APM/T) for edge computing applications, focusing on the integration of Extended Berkeley Packet Filter (eBPF) and Large Language Models (LLM).
Enhancing Network Stability with AI: A Novel Approach Using AI driven Forward Erasure Coding
This session delves into the innovative use of Artificial Intelligence (AI) in network stability, particularly emphasizing a novel approach in AI driven Forward Erasure Coding (FEC). Designed for network engineers, data scientists, and IT professionals, the presentation aims to unfold how AI can be integrated with advanced FEC techniques to significantly improve network reliability and data transmission efficiency, especially in high-loss environments.
Next-Gen FEC-based K8s Network Technology with CNI 2.0
This panel introduces a breakthrough Kubernetes network technology, leveraging innovative Forward Error Correction (FEC) and overlay tunnel mesh to enhance latency and bandwidth for containerized workloads significantly. It is compatible with Container Network Interface (CNI) 2.0 and can be deployed as a standalone CNI or macvlan CNI add-on. We'll guide attendees through its intricacies, discussing the benefits and trade-offs of each deployment approach. A key highlight of our talk will be sharing real-world benchmarking results, reflecting rigorous testing, and demonstrating the performance improvements our FEC and overlay tunnel mesh solution offers in diverse containerized workload scenarios.
Harnessing Observability, APM, and Testing for Distributed & Scalable Microservices
Cloud Native applications have revolutionized how businesses function, providing unprecedented agility and scalability. Observability, application performance monitoring, and testing (APM/T) practices have become more crucial in distributed, scalable microservices across multiple clouds. However, harnessing their full potential in Kubernetes and Multi-Cloud Environments can be challenging. We propose a panel discussion highlighting the importance of observability and APM/T for managing and improving microservices in a multi-cloud environment.
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