
Explore the future of reproducible research using Kubeflow, an open-source platform that streamlines data science workflows and enhances scientific collaboration through easily shareable and replicable pipelines.

Explore challenges and solutions in implementing DevOps for data science projects, focusing on balancing ML engineers' needs with data scientists' desire for simplicity using Kubeflow and other tools.

Explore how to leverage environment modules in Kubernetes for data science, enabling dynamic access to thousands of libraries and packages while solving container management challenges.

Explore Fluent Bit's expanded capabilities for unified observability, integrating logs, metrics, and traces using OpenMetrics and OpenTelemetry protocols. Learn optimization techniques for efficient data collection and aggregation at scale.

Learn best practices for creating inclusive, accessible, high-quality documentation in pull requests. Discover how to structure content, write clearly, and avoid common pitfalls for quick approval.

Discover how Bloomberg and Pipekit leverage Argo Workflows and Kubernetes to create scalable data science platforms, enabling data teams to automate pipelines and self-serve their data engineering needs across multiple clusters.

Learn how LinkedIn built observability pipelines using OpenTelemetry and Fluent-bit, exploring their decision-making process, enhancements, and benefits for efficient data collection and monitoring.

Explore software analytics visualization in Backstage, enhancing developer experience with insights from code repositories, issue trackers, and CI/CD pipelines using open-source tools and Vega.js.

Explore scalable machine learning architecture using Kubeflow on AWS, featuring hands-on demos of distributed storage and Kubernetes-based ML toolkit implementation.

Explore essential soft skills for software developers in today's distributed work environment, including collaboration, adaptability, and accountability, to enhance professional relationships and career success.

Learn to convert Jupyter notebooks into scalable Kubeflow pipelines using Kale, enabling seamless deployment of ML workflows on Kubernetes for improved reproducibility and efficiency.

Exploring community management in open source through storytelling, comparing KubeCon practices with other communities, and highlighting inclusivity, kindness, and accessibility in ecosystem evolution.

Explore Fluent Bit v1.5's new features for Kubernetes logging, including performance enhancements and integrations with major cloud services. Learn from industry experts about this CNCF sub-project's latest advancements.

Explore Kubernetes cost allocation strategies, including visibility across workloads, showback/chargeback programs, and empowering users with actionable cost information.

Explore how observability enhances web performance, user happiness, and product design. Learn practical techniques for instrumenting web apps and leveraging data to optimize user experiences.

Explore the security risks of using pickle for ML model serialization and learn strategies to protect against poisoned pickles in data science pipelines.

Explore strategies for managing high-demand AI services, including design for seamless changes, real-time monitoring, and auto-recovery using Kubernetes and Istio service mesh.

Comprehensive MLOps project implementation covering data ingestion, validation, transformation, model training, and deployment on AWS EC2 using MLflow and GitHub Actions.

Explore a modern ML infrastructure stack using Metaflow and Kubernetes to boost data science productivity. Learn from Netflix's experience in building end-to-end machine learning workflows.

Explore Fluent Bit v2.0's unified approach to observability, integrating logs, metrics, and traces. Learn techniques, best practices, and production deployment tips for modern observability tools.

Explore GitLab's Tamland tool for capacity planning, leveraging long-term monitoring data and predictive forecasting to anticipate and address potential issues in large-scale service operations.