
Explore the potential and challenges of using WebAssembly for microservices, discussing its current limitations, future prospects, and implications for cloud-native development.

Hands-on exploration of various API technologies for cloud-native applications, comparing gRPC, GraphQL, REST, and more to understand their strengths and ideal use cases.

Learn to build reliable, fault-tolerant applications using Dapr Workflows. Explore how this open-source technology simplifies microservice development, enhances resiliency, and streamlines business process orchestration.

Explore WebAssembly's potential with Wizard, a new engine designed for instrumentation and VM experimentation. Learn about its innovative in-place interpreter and advanced capabilities.

Explore ByteDance's adoption of WebAssembly in FaaS, its benefits for customers, and ongoing R&D efforts shaping the future of serverless computing technology.

Explore WASI-Cloud-Core's capabilities for portable, secure microservices. Learn implementation in Spin framework, state management, event streaming, and seamless cloud-to-edge deployment without code changes.

Explore how the Component Model addresses application complexities, reducing overhead in managing dependencies across clouds and edges for improved reliability and performance.

Explore the development of a Wasm-optimized Linux distribution, leveraging Flatcar Container Linux and systemd innovations for enhanced performance, security, and manageability in Wasm deployments.

Explore WASI-nn for ML inference in WebAssembly, enabling AI applications across servers, browsers, and IoT devices. Learn concepts and see demos using various runtimes and applications.

Explore advanced techniques for securing Wasm applications using hypervisor-based sandboxing. Learn to address security challenges in multi-tenant environments and leverage hardware virtualization for robust application isolation.

Explore building internal developer platforms using Kubernetes and Crossplane. Learn to compose cloud infrastructure, prioritize security, and integrate key components for efficient developer self-service.

Explore how Dapr enables Wasm microservices to integrate with modern infrastructure, enhancing their capabilities and expanding use cases. Learn about WasmEdge Dapr SDK implementation and real-world applications.

Explore Kotlin/Wasm's recent developments, practical applications, and future prospects. Learn how this technology enables efficient, portable code execution in Wasm-enabled environments for web and serverless applications.

Explore Wasm's software-based isolation, its impact on edge computing, and how hardware advancements can enhance its security, scalability, and performance for future processors.

Explore how WebAssembly enables cloud-native backends to be distributed and run like CDNs, improving performance and reliability. Discover wasmCloud's role in creating a robust backend CDN.

Explore Wasm's potential through a live demo mirroring SQLite between browser tabs and edge, enabling offline-first collaborative workloads and showcasing Wasm's flexibility in various environments.

Strategies for building Wasm-first architectures at enterprise scale, comparing runtime technologies, and leveraging the component model for flexible, evolving applications.

Explore deploying AI workloads to edge devices using WebAssembly and ONNX, addressing challenges of heterogeneous environments, security, and resource constraints in a multiplatform development approach.

Explore the synergy between containers and WebAssembly, learning to combine them for enhanced portability, security, and efficiency in application development and deployment.

Explore Istio Ambient Mesh's revolutionary data-plane architecture, reducing operational complexity and enabling incremental mesh adoption without sidecars. Learn about ztunnel and waypoint components, and see a demo of new capabilities.

Explore high-level abstractions, type systems, and visualization techniques that simplify cloud-native development. Learn how modern programming languages are shaping the future of distributed applications.