
Explore implementing service mesh and serverless chatbots using Linkerd, Kubernetes, and OpenFaas for telco companies. Learn about canary deployments and blue/green strategies for managing chatbots as serverless functions.

Exploring edge application development with Kubernetes, covering IoT solutions, video processing, and industrial IoT. Discusses best practices, operational considerations, and available tools for edge workloads.

Explore the broader vision of serverless computing beyond Functions-as-a-Service, focusing on the Open Application Model for infrastructure-agnostic, cloud-native application development.

Explore patterns for building stateful serverless apps, addressing data access, persistence, and sharing across executions. Learn solutions for integrating serverless with existing applications.

Explore WebAssembly as a runtime for serverless functions, comparing it to Docker and showcasing its portability and speed using OpenFaaS for deployment and management.

Explore design strategies for low-latency serverless applications, including function co-location, process-level isolation, and persistent functions for efficient state management across invocations.

Explore a new serverless architecture combining Kubernetes and WebAssembly, addressing challenges in cost, efficiency, and reliability while leveraging secure sandboxing and fast performance.

Explore serverless container optimization techniques for extreme low overhead and high performance, including offloading, management slimming, and schedule optimization for various industries.

Explore CNCF's Serverless Workflow specification for portable, vendor-neutral service orchestration. Learn implementation, benefits, and deployment on Kubernetes using Red Hat's Kogito toolkit.

Explore DevOps tools and techniques for Java developers in cloud-native environments, covering microservices, serverless, CI/CD, containerization, and security for building modern applications.

Explore the shift from serverless to "servicefull" computing, examining how cloud services integration and Kubernetes extensions are shaping the future of application development.

Learn to build consistent stateful serverless applications using Stateful Functions framework. Explore step-by-step deployment, event tracking, and running stateful ML classifiers on popular FaaS platforms.

Learn to build a cloud-native image recognition solution using Fn Project, AutoML NLP, and Kubernetes. Discover how to create serverless functions, leverage machine learning for document analysis, and store data in NoSQL databases.

Explore serverless computing for diverse scenarios using Lithops framework. Learn to connect existing code effortlessly, enabling transparent execution of Python across cloud resources without starting from scratch.

Optimizing serverless platforms: cold starts, function reuse, autoscaling, resource pooling, and predictive scheduling. Explores trade-offs between cost and performance in FaaS, focusing on Fission platform optimizations.

Explore Botless, a serverless chatbot framework using CloudEvents. Learn to build extensible, cloud-agnostic applications with emerging compute and eventing technologies.

Explore serverless computing for e-commerce on JD's Kubernetes platform. Learn about Fibonacci, an enterprise-level service with enhanced features for large-scale production use and seamless integration.

Explore automated routing and scaling for Kubernetes and serverless functions, balancing resources, and optimizing performance across various platforms and cloud environments.

Explore serverless container technology, its ecosystem, and Alibaba Cloud's implementation. Learn about deploying containers, ingress, and service discovery in a cloud-native way without managing servers.

Explore CNCF's Serverless Workflow Specification for portable serverless applications. Learn about workflow primitives and how they enable cross-platform compatibility for various serverless application logic.

Explore Kubernetes' serverless capabilities and future potential with insights on programming models, infrastructure, and open questions in container orchestration.