
Explore Azure Functions as a powerful accelerator for event-driven architectures, streamlining development and enhancing scalability in serverless computing environments.

Explore Azure Functions as a powerful accelerator for event-driven architectures, streamlining development and enhancing scalability in serverless computing environments.

Build event-based systems using Azure services and learn how microservices communicate asynchronously with Event Hub. Explore retry and deduplication strategies for robust event-driven architectures.

Explore practical implementation of Domain Driven Design, focusing on tools and approaches for microservices in both monolith breakdowns and greenfield projects.

Explore service mesh benefits, challenges, and implementation strategies for enhanced application connectivity, security, and observability across multiple environments.

Dive into Cilium, Tetragon, and eBPF through hands-on labs. Master cloud-native networking, security, and observability using cutting-edge Linux kernel technology for microservices and Kubernetes environments.

Explore open-source practices, automation, and version control for operational independence in infrastructure management with RackN CEO Rob Hirschfeld.

Explore how DAPR and Azure Container Apps enhance microservices scalability, resiliency, and maintainability while reducing complexity. Hands-on demonstration of building and deploying microservices to elevate your development skills.

Discover how to implement deep observability in messaging queues using OpenTelemetry's semantic conventions, with practical insights on monitoring Kafka, RabbitMQ, and Amazon SQS for enhanced system performance.

Discover how TikTok implemented a unified OIDC framework for seamless authentication across multi-cloud Kubernetes environments, using reverse proxy and Envoy for enhanced security and access management.

Dive into the advanced mechanics of Istio's ambient mode, exploring innovative techniques for efficient service mesh operations and secure packet routing in cloud-native environments.

Explore Knative's 6-year evolution from version 0.1 to 1.16, examining its success in delivering serverless capabilities and component-based architecture through practical demonstrations.

Explore how Gateway API v0.8 unifies Kubernetes network traffic management, focusing on Linkerd's implementation of ingress, mesh, and egress configurations with practical demonstrations.

Dive into Kubernetes networking fundamentals, exploring Pod CIDRs, Services, CNI, and kube-proxy through clear explanations and live demonstrations of how components interact to enable cluster communication.

Discover critical security vulnerabilities in Kubernetes service mesh deployments and learn defensive strategies against unauthorized access, system compromises, and secret exposure.

Discover practical solutions for implementing cell-based architecture, from defining enterprise-wide boundaries to managing greenfield and brownfield implementations, with real-world examples and comprehensive best practices.

Discover essential concepts and tools for enabling cross-cluster Pod communication in Kubernetes, including networking topologies, service discovery, DNS management, and security considerations for multi-cluster setups.

Discover how Google engineered a private cloud platform using Kubernetes, exploring their innovative approach to cloud tenancy, isolation, networking, and integration of CNCF technologies for scalable infrastructure.

Dive into CoreDNS's plugin architecture, exploring cloud vendor integrations, hybrid-cloud implementations, and hands-on plugin development with Golang for enhanced DNS service discovery.

Discover how NATS simplifies cloud-to-edge native app development by eliminating complex tool stacks while enabling powerful distributed systems with minimal code and effort.

Master Kubernetes Horizontal Pod Autoscaler (HPA) configuration using custom metrics beyond CPU and memory. Learn to implement dynamic scaling based on business-specific indicators like queue depth and throughput.