
Explore Jaeger's advanced features for distributed tracing, including adaptive sampling, multi-tenancy, and analytics. Learn about integrations and real-world problem-solving through demos.

Practical guide to securing Kubernetes clusters, covering common misconfigurations, scalable security approaches, and best practices for different deployment scenarios and threat models.

Explore implementing multi-tenant, relationship-based authorization using OpenFGA. Learn to model permissions, perform checks, and integrate with identity providers for enhanced security in cloud-native applications.

Explore high-resolution dynamic profiling with Parca, an open-source tool for continuous profiling. Learn to optimize code performance, enhance reliability, and reduce cloud costs across various languages.

Explore multi-tenancy in MLOps: efficient resource sharing, isolation, and security for scaling ML operations. Learn implementation strategies using open-source tools like Flyte for cost-effective and secure multi-tenant environments.

Learn to construct a SaaS control plane using GitOps principles, custom controllers, and tools like Clerk and Flux. Discover how to leverage GitOps for resilient, multi-tenant SaaS architectures.

Learn to construct a SaaS control plane using GitOps principles, custom controllers, and tools like Clerk and Flux. Discover how to leverage GitOps for resilient, multi-tenant SaaS architectures.

Explore innovative approaches to implementing observability in multi-tenant environments, leveraging CNCF and open-source projects for metrics, traces, and logs management.

Explore Kubernetes namespace security, its impact on cluster features, and strategies for effective lockdown. Learn best practices for secure multi-tenancy and policy enforcement.

Explore Snapchat's journey in securing multi-tenant Kubernetes clusters, focusing on automated least privileged access and practical security trade-offs for container escape prevention.

Innovative hardware-assisted solution for RDMA performance isolation in multi-tenant clouds, enhancing resource sharing and preventing interference between tenants.

Insights on scaling a workflow orchestration platform to handle 10K workflows weekly, addressing challenges like spiky submissions, resource management, and diverse user requirements.

Explore security challenges in multi-tenant Kubernetes environments and learn strategies for enhancing control and visibility through DevSecOps practices, including namespace isolation, access controls, and incident response.

Explore Kubernetes limitations for platform building and discover innovative solutions to enhance its architecture for service providers and self-service consumers in cloud-native environments.

Explore challenges and solutions in scaling a workflow orchestration platform to handle 10,000 workflows weekly, including managing spiky submissions, resource requests, and diverse user requirements.

Learn how to secure a managed Jupyter notebook platform using Istio and OPA. Discover techniques for user isolation, traffic segmentation, and access authorization in multi-tenant ML environments.

Explore a unique architecture for deploying isolated Backstage instances per organization in a shared Kubernetes cluster, addressing multi-tenancy challenges and enabling secure, scalable SaaS solutions.

Explore GitOps scaling practices with Flux, including vertical and horizontal scaling methods, multi-tenancy considerations, and performance benchmarking for efficient continuous delivery.

Explore Flux's capabilities for orchestrating multi-tenancy Kubernetes environments, enabling efficient and secure software delivery across diverse tenant workloads in complex application landscapes.

Learn strategies for implementing multi-tenancy in MLOps, covering resource sharing, isolation, security, and efficient scaling using open-source tools like Flyte for improved ML operations.

Explore multi-tenant Kafka on Kubernetes using Istio for seamless authentication and access control. Learn to implement secure data sharing and resource management in a self-service platform.