An in‑depth analysis explains how Go’s historical ties to Google, lightweight binaries, memory safety, cross‑compilation ease, and balanced performance‑vs‑devex make it the default language for CNCF projects, sidelining Java, C++, and Rust despite their technical merits.
Fluid introduces a cloud‑native elastic data abstraction that lets AI workloads efficiently access, manage, and accelerate heterogeneous data sources across serverful and serverless environments, offering unified Dataset, Runtime, and DataOperation concepts, and has been recognized by CNCF’s 2024 Technology Radar.
Hyperlight Wasm, an open‑source lightweight virtual machine manager built with Rust, combines a micro‑VM and a WebAssembly runtime to launch secure, isolated applications in 1‑2 ms on Windows and Linux, offering fast startup, strong sandboxing, and upcoming CNCF support, while noting current platform limits.
Argo Workflows is an open‑source, container‑native engine that runs on Kubernetes via Custom Resource Definitions, letting users declaratively define complex, step‑or DAG‑based pipelines—including CI/CD, data processing, and machine‑learning jobs—through reusable templates, with a server UI, controller, and pod architecture monitored by Prometheus.
Alibaba Cloud, together with Zhejiang University, Alipay and Xieyun Technology, received the Zhejiang Province Science and Technology Progress First Prize for their cloud‑native large‑scale cloud‑edge collaborative platform, which addresses edge resource constraints, real‑time computing, and massive node management, and has been widely applied across multiple industries.
The Cloud Native Computing Foundation (CNCF) has officially welcomed Huawei Cloud’s open‑source high‑performance time‑series database project openGemini, highlighting its role in advancing cloud‑native database technology, supporting massive observability data storage and analysis, and fostering community growth and industry adoption.
The article examines recent Google layoffs affecting Python and Flutter teams, speculates on whether Google might drop support for Go, outlines the resources Google provides to the language, evaluates possible scenarios and probabilities, and concludes with a hopeful outlook inspired by Rust’s transition.
This article explains why enterprises need a private Docker registry, introduces the open‑source Harbor project, outlines its architecture and hardware/software requirements, and provides detailed installation, configuration, and usage instructions—including Docker, Docker‑Compose, and Harbor setup commands—to get a secure, CNCF‑certified container image repository up and running.
CNCF has added a Cloud Native Artificial Intelligence (CNAI) category to its landscape, highlighting the deep integration of AI and cloud‑native technologies and outlining its significance for standards, tooling, and industry collaboration.
The article analyzes recent rumors of Google laying off many Go core developers, outlines what resources and support could be lost, explores possible scenarios for the language’s future, and compares the situation to Rust’s evolution, highlighting risks for the Go ecosystem.
vivo has officially joined the CNCF to accelerate its internal cloud‑native adoption—leveraging Kubernetes, Helm, Harbor and other open‑source tools to build a robust container platform, enhance business delivery, share knowledge with the global community, contribute to CNCF projects, and continue advancing micro‑services and containerization.
Kubeflow is an open‑source, CNCF‑incubated project that provides a Kubernetes‑native MLOps platform integrating notebooks, training operators, AutoML (Katib), pipelines, and model serving (KServe) to streamline the development, deployment, and scaling of machine learning models across diverse frameworks.
Discover the five emerging CNCF projects—Teller, OpenCost, OpenFunction, External‑Secrets, and Clusterpedia—highlighting their recent addition, key features, community adoption, and how they empower DevOps engineers to manage secrets, cost allocation, serverless functions, and multi‑cluster visibility in cloud‑native environments.
Google donated Istio to the CNCF, which was accepted as an incubating project, introducing the experimental Ambient Mesh mode while retaining sidecar support, and the article outlines Istio's architecture, history, community contributions, and industry perspectives on this cloud‑native milestone.
Serverless Devs, an open‑source, CNCF‑sandbox serverless development platform, offers a plug‑in architecture supporting multiple cloud providers, lifecycle management, and extensible components, with six key advantages, a clear design philosophy, a growing history, and future plans to expand cloud vendor support and tooling.
This article recounts a graduate student's step‑by‑step experience joining the CNCF Sealer project, detailing why the sandbox project attracted them, the challenges of early contributions, practical tips for navigating documentation, issues, pull requests, and community meetings, and how they eventually helped refactor the runtime module.
Knative is a CNCF‑incubated, cloud‑native serverless framework on Kubernetes that combines Build, Eventing, and Serving components—featuring a Knative Pod Autoscaler that can scale pods to zero—offering improved resource utilization, rapid traffic response, and developer productivity despite modest performance overhead.
This article introduces Aeraki Mesh, a CNCF sandbox project that extends Istio by providing a non‑intrusive, scalable framework to manage traffic for any layer‑7 protocol—including Dubbo, Thrift, Redis, and Kafka—through its MetaProtocol architecture and dynamic routing capabilities.
This article explains the concept of cloud native, its origins in CNCF, the evolution of containers, Docker and Kubernetes, the role of micro‑services, service mesh, immutable infrastructure and declarative APIs, and highlights the key benefits such as rapid iteration, automated deployment and independent scalability.
This article introduces cloud native concepts, explains the evolution from Docker containers to Kubernetes orchestration and serverless services, and surveys major industry offerings, helping readers grasp the fundamentals and practical implications of modern cloud-native architectures.
This article details the challenges, strategies, and step‑by‑step procedures for upgrading a 1,000‑node Kubernetes cluster from version 1.10 to 1.17 without service interruption, covering compatibility checks, in‑place versus replacement upgrades, container‑restart avoidance, pod eviction handling, and TCP connection issues.
Fidelity Investments describes its multi‑cloud transformation using Kubernetes and a suite of CNCF projects to create a consistent, secure, and portable cloud‑native platform that accelerates product delivery, meets strict financial regulations, and enables workload mobility across providers.
This article provides a comprehensive overview of the Cloud Native Computing Foundation (CNCF), its origins, definition of cloud‑native, the full technology stack, member organizations, key historical milestones, 2019 survey statistics, and a technical comparison between the SpringCloud + CloudFoundry and container + Kubernetes ecosystems.
This article explains the origins, definitions from Pivotal and CNCF, core cloud‑native technologies such as containers, microservices, service mesh, immutable infrastructure and declarative APIs, the significance of cloud native, the current ecosystem, and a step‑by‑step implementation path for enterprises.
This comprehensive guide walks you through the CNCF cloud‑native panorama, breaking down its four layers—Provisioning, Runtime, Orchestration & Management, and Application Definition—while also covering platform solutions and observability tools, helping engineers choose the right technologies for modern cloud‑native applications.
This comprehensive guide breaks down the CNCF cloud native landscape into its four core layers—Provisioning, Runtime, Orchestration & Management, and Application Definition—explaining the problems each layer solves, the key technologies involved, and how they interoperate to enable modern, scalable applications.
CNCF’s Application Delivery SIG, now co‑chaired by Alibaba Cloud’s Deng Hongchao and VMware’s Jennifer Strejevitch, aims to advance cloud‑native app management by uniting best‑practice guidance, open‑source project stewardship, and emerging trends such as sidecars, universal control planes, GitOps, and standardized application models.
The CNCF 2020 China Cloud Native Survey of 439 participants reveals rapid growth in serverless adoption, a surge in container and Kubernetes usage, expanding service mesh deployment, and increasing reliance on open‑source automation tools, highlighting China’s emerging role as a major CNCF contributor.
ChaosBlade, Alibaba’s open‑source chaos engineering project now advancing through CNCF Sandbox, offers a comprehensive suite—including the chaosblade experiment tool and chaosblade‑box platform—to simulate over 200 scenarios across hosts, Kubernetes, and multi‑language applications, with automated deployment, extensible architecture, and enterprise adoption examples.
The CNCF 2020‑2021 Cloud Native Survey in China reveals rapid growth in container usage, widespread adoption of Kubernetes, increased reliance on public cloud, expanding CI/CD and serverless practices, and a surge in the use of CNCF projects, highlighting the maturing cloud‑native ecosystem across Chinese enterprises.
In this interview, CNCF Technical Oversight Committee member Zhang Lei discusses the evolution of cloud native technologies, recent industry shifts, future directions, and practical advice for developers to stay competitive amid the rapid growth of the cloud native ecosystem.
OpenTelemetry, a CNCF observability project, standardizes telemetry data models, collection, processing, and export, offering vendor‑agnostic APIs, SDKs, and a configurable collector; the article explains its problem domain, solution components, history, future outlook, and provides a practical Go demo with code and configuration examples.
This article explores Alibaba’s massive cloud‑native investments since 2017, Zhang Lei’s historic election to the CNCF Technical Oversight Committee, his pivotal contributions to Kubernetes and open‑source projects, and his vision for the evolving cloud‑native ecosystem in China and beyond.
Kube‑OVN, the enterprise‑grade Kubernetes container networking solution developed by Lingque Cloud, has been accepted into the CNCF Sandbox, marking the first CNCF‑hosted open‑source CNI project and highlighting its SDN‑based features, security enhancements, and growing adoption by major enterprises.
KEDA 2.0, now a CNCF sandbox project, adds many new event‑driven triggers, introduces a dedicated ScaledJob resource, supports both Deployments and Jobs, and provides fresh scalers such as Azure Log Analytics, IBM MQ, a CPU scaler, and a Metrics API extender, making Kubernetes autoscaling far more responsive to external workloads.
This article traces the evolution of container technology from early OS virtualization concepts in the 1970s through the rise of Docker, Kubernetes, and CNCF standards, outlining four distinct development phases, resource‑isolation techniques, commercial service models, and future trends shaping the cloud‑native ecosystem.
Rancher’s k3s, a lightweight Kubernetes for Edge, IoT, CI and ARM, has entered the CNCF Sandbox, marking the first Kubernetes‑compatible distribution to join; the announcement details its streamlined features, rapid adoption statistics, and the debate confirming its independent status.
On June 24, 2020 the CNCF Technical Oversight Committee approved eleven projects into the Sandbox, including Crossplane’s OAM Kubernetes implementation, signaling the transfer of ownership to the CNCF community and highlighting upcoming features that will standardize application component dependencies, data injection, and versioning for hybrid‑cloud environments.
Dragonfly, an open‑source P2P image distribution system, was promoted to CNCF incubation after demonstrating scalable download, CDN‑assisted long‑distance transfer, bandwidth‑saving compression, and secure transmission, while the CNCF TOC outlined its promotion process and the project's growing industry adoption.
Prometheus, a CNCF‑graduated, cloud‑native monitoring system, combines pull‑based target discovery, a label‑rich time‑series data model, and four core metric types—gauge, counter, histogram, and summary—to provide near‑real‑time visibility, short‑term retention, alerting via AlertManager, and integration with Grafana and remote storage for scalable observability.
This roundup covers the CNCF TOC 2020 election results, key highlights from the 2019 CNCF report, Tekton's 2020 roadmap, several upstream Kubernetes scheduler improvements, recommended open‑source tools, curated reading list, and an invitation to a cloud‑native webinar.
This article explains the cloud‑native concept, traces its evolution from early container experiments at Google through Docker and Kubernetes to the rapid growth of CNCF, and outlines the key technologies, immutable‑infrastructure theory, and why 2019 marked a pivotal year for cloud‑native adoption.
The CNCF has launched its first Application Delivery SIG, outlining its mission to standardize cloud‑native application management, define a layered delivery model, and foster collaboration among Kubernetes, serverless, and service‑mesh communities, with Alibaba sharing its practical experiences and future plans.
This week’s cloud‑native roundup covers Mesosphere’s rebranding to D2iQ, two critical Kubernetes CVEs with remediation steps, upcoming CNCF Kubernetes summits, the Knative 0.8 release, curated open‑source project recommendations, and a selection of in‑depth reading on multi‑cluster, serverless, and API‑gateway technologies.
Chinese cloud‑native pioneer Li Xiang, the first Chinese member of the CNCF Technical Oversight Committee, discusses his open‑source contributions, Alibaba’s large‑scale cluster management, the evolution of cloud‑native technologies, and offers advice for young engineers on mastering code, design, and emerging trends.
This article introduces the origins of Kubernetes within Google’s Borg project, explains the role of the Cloud Native Computing Foundation (CNCF) and its member projects, describes the core cloud‑native characteristics of containerization, dynamic orchestration, and micro‑service architecture, and reviews the Twelve‑Factor methodology for building robust cloud‑native applications.
The 2018 developer‑tool roundup highlights Elasticsearch for log processing, gRPC for high‑performance RPC, the CNCF ecosystem (Kubernetes, Prometheus, etc.), Python’s AI dominance, cross‑platform Mini‑Programs, VSCode’s plugin‑rich IDE, Vue.js front‑end simplicity, GraphQL’s flexible APIs, and notes a shift toward mobile, cloud‑native infrastructure and commercial open‑source licensing.
The article outlines etcd's evolution from its 2013 inception to becoming a CNCF‑graduated project, highlights its core raft implementation and widespread adoption in Kubernetes and major distributed databases, and details Alibaba's extensive use and future development plans for the system.
Tencent Cloud Container Service has joined the inaugural CNCF Certified Kubernetes Conformance Program, confirming its Kubernetes platform meets the foundation’s consistency, portability and reliability standards, and giving enterprises such as Wall Street Snippets and Xiaohongshu confidence that workloads will run seamlessly across any certified Kubernetes environment.
