
Explore Keylime's scalable remote boot attestation and runtime integrity measurement solution, focusing on the recent port of a key component from Python to Rust for enhanced cloud-native security.

Explore WebAssembly as a lightweight alternative to VMs and containers for serverless functions, enabling deployment on edge devices and legacy systems with improved performance and resource efficiency.

Explore WebAssembly-based AI inference on edge cloud, covering Tensorflow approaches and performance gains. Learn about future prospects for edge AI using WebAssembly.

Explore Rust's potential for cloud-native applications, examining its strengths, challenges, and limitations compared to established languages in backend development.

Explore Apache Teaclave, a Rust-based secure computing platform using Intel SGX for privacy-sensitive data processing, supporting various tasks like machine learning and multi-party computation.

Explore a framework for creating security nutrition labels in open-source projects, enabling users to quickly understand potential risks and security implications of software.

Explore Crossplane as an alternative to Terraform, addressing challenges in scaling, drift, versioning, access control, and discoverability for large-scale infrastructure management.

Panel discussion on extending Kubernetes Resource Model to cloud APIs, featuring experts from major cloud providers and Crossplane project.

Explore emerging trends in cloud engineering with industry experts discussing platform teams, automation, self-service, Kubernetes as a control plane, and API-centric team organization.

Learn to build a custom PaaS using cloud-native tools, focusing on Crossplane. Explore architecture, platform APIs, composition, and continuous deployments with a practical demonstration.

Explore secure administration of multi-cluster service meshes, addressing credential sharing risks and scalability issues. Learn about a new client-server management approach inspired by Envoy for enhanced security.

Learn practical guidance for adopting service mesh technology in your organization, exploring top use cases, understanding value/complexity tradeoffs, and gaining insights for successful implementation.

Explore service mesh extensibility, focusing on enhancing sidecars, gateways, control planes, and integrating external systems. Learn to leverage Istio for advanced mesh capabilities.

Explore automating resource management in Kubernetes edge clusters using Node Feature Discovery. Learn to handle heterogeneous resources and large-scale deployments efficiently.

Explore service mesh performance characterization, focusing on Envoy. Learn about methodologies, benchmark tools, common pitfalls, and optimizations for telco-grade performance with hardware offloads.

Explore multicluster service mesh complexities, solutions for managing hundreds of clusters, and the role of management planes in cloud-native architectures and microservices.

Explore Kubernetes-based control systems for laser manufacturing, addressing data challenges and enabling dynamic edge analytics in distributed environments.

Explore microservice debugging with Linkerd's traffic analysis, reducing MTTR and isolating issues without code changes or team coordination in distributed systems.

Explore setting up and observing a service mesh platform using Consul Connect, focusing on effective monitoring through metrics, logs, and traces with Prometheus, Loki, Tempo, and Grafana.

Explore Istio's approach to multi-cluster service mesh, including service discovery, communication, and management across distributed clusters for high availability and scalability.

Discover how Penn State used Linkerd to secure, monitor, and troubleshoot a HIPAA-compliant COVID-19 testing scheduling system for 68,000 campus returnees, highlighting microservice performance optimization.