The article reviews 2022 front‑end breakthroughs—React 18, Astro, SvelteKit, Qwik, SolidStart, TypeScript‑driven tooling, server‑side rendering, hydration challenges, fine‑grained reactivity, edge computing, and predicts how these trends will influence web development in 2023.
OpenYurt v1.2.0 streamlines edge‑native Kubernetes deployment by removing any modifications to native clusters, cutting the installation process from ten to five steps, and enabling seamless Prometheus monitoring through the new Raven VPN component while outlining future Helm‑based simplifications.
This article explains how OpenYurt, an unobtrusive cloud‑native edge platform, integrates with the CNStack technology hub to deliver high‑availability, offline‑autonomous, and programmable edge services for Longyuan Power’s massive multi‑province server fleet.
At the 2022 Zhishun Summit, Baidu Intelligent Cloud unveiled its distributed cloud architecture that unifies edge and core resources through a unified stack, detailing four evolving trends, four key pathways—including multi‑chip clouds, homogeneous stacks, hyper‑convergence, and cloud‑native design—and real‑world implementations such as low‑latency cloud gaming and vehicular data pipelines.
The article introduces Walle, Alibaba's four‑year‑old edge‑cloud collaborative machine‑learning platform that unifies compute containers, data pipelines, and a deployment platform to enable low‑latency, privacy‑preserving, and high‑throughput AI services across billions of mobile devices, and presents its architecture, design challenges, and evaluation results.
The article surveys the latest web development trends—rising meta‑frameworks like Next.js, the shift toward server‑side rendering and edge‑computing, the resurgence of databases with serverless, the evolution of JavaScript runtimes, monorepos, utility‑first CSS, end‑to‑end type safety, modern build tools, and AI‑driven coding—highlighting why 2023 feels like a renaissance for front‑end engineers.
This article reflects on the delayed 2023 release, outlines four evolving micro‑frontend patterns, examines modern toolchains like Rust, Go and Zig, discusses low‑code platform challenges, low‑latency WebAssembly front‑ends, browser AI, internal dev experience, server‑driven UI, Islands architecture, and edge JavaScript.
The 2022 Kubernetes landscape saw mainstream adoption with widespread managed services, increased edge usage, a thriving open‑source ecosystem, growing interest in stateful workloads, and persistent operational and security challenges, highlighting both the platform's maturity and the work still needed for broader enterprise confidence.
NetEase and China Construction 8th Bureau teamed up to create high‑altitude excavation robots that rely on NetEase Cloud Sign's ultra‑low‑latency global transmission, edge deployment, intelligent scheduling, WE‑CAN routing, multiplexed signaling, and advanced QoS techniques to achieve sub‑150 ms control and reliable video streaming in challenging network environments.
The article outlines three technology waves—from PC internet to mobile internet and now the Internet of Everything—explains JD's IoT team's practical experiences with device and scene digital twins, edge computing, and data-driven intelligence, and offers a forward‑looking view on how these technologies will reshape industries.
This article reviews Ant Group's "thousand‑by‑thousand" model strategy for mobile AI, detailing the challenges of device compute and user heterogeneity, the engineering upgrades for offline development and online release, and the measurable business improvements achieved.
This guide explains how to extend Kubernetes to edge nodes using OpenYurt and KubeVela, covering node‑pool creation, Helm‑based Nginx Ingress deployment, custom traits for differential configuration, patch strategies, and verification commands, all illustrated with code snippets and images.
Virtual machines are software‑emulated computers that isolate operating systems and applications from physical hardware, enabling server consolidation, resource sharing, and the foundation for modern cloud, edge, and 5G technologies, while offering benefits like cost savings, testing environments, and security isolation despite some performance trade‑offs.
This article analyzes the technical challenges of rendering immersive 3D virtual worlds, virtual live streaming, and digital twins, compares client‑side and cloud‑rendering approaches, and details the capabilities and advantages of a cloud‑based real‑time rendering PaaS platform.
OpenYurt v1.1.0 introduces two DaemonSet upgrade strategies—Auto, which skips NotReady nodes, and OTA, which lets edge users control upgrade timing—both implemented via custom controllers and annotations, with example YAML configurations and a simple API for manual pod upgrades.
FastDeploy is an open‑source toolkit that standardizes AI model APIs and enables developers to deploy vision, NLP, and speech models on diverse hardware—including GPUs, CPUs, Jetson, ARM, and various NPUs—using just three lines of code or a single command, while delivering end‑to‑end performance optimizations.
This article explores how edge computing, combined with cloud-native technologies, 5G, and GPU acceleration, enables real‑time data processing, intelligent inspection, digital twins, and autonomous driving in the automotive industry, outlining practical architectures, hardware choices, and deployment patterns.
This article explores the rapid growth of the Internet of Things, outlines the key drivers behind its expansion, highlights major challenges such as chip shortages and bandwidth limits, and presents ten emerging trends—including AI integration, 5G, edge computing, and security—that will shape multiple sectors in the coming years.
This article explains the fundamentals, principles, functions, service models, and global load‑balancing techniques of Content Delivery Networks, detailing how edge caching, intelligent routing, and various GSLB strategies improve latency, bandwidth efficiency, and overall user experience.
This article provides a detailed overview of MEC technology, covering operator development plans, industry ecosystem status, three major technical routes (ETSI‑based MEC, public‑cloud‑driven, and hybrid‑cloud), architectural layers, key capabilities, and typical application scenarios, while highlighting the role of 5G and future market trends.
This article details a lightweight intelligent monitoring platform built on the open‑source WVP framework, describing its modular architecture, edge‑computing workflow with KubeEdge, SIP registration process, real‑time streaming setup, core features, and technical innovations such as MongoDB adoption and flexible pod scheduling.
The article introduces a lightweight intelligent monitoring platform built on the open‑source WVP framework, detailing its components, SIP‑based video streaming architecture, edge‑computing integration, AI services, and performance optimizations such as MongoDB adoption.
OpenYurt v1.0, released on September 9, introduces API governance improvements, expanded test coverage with CodeCov, performance testing for Yurthub, streamlined installation, and outlines future enhancements across ControlPlane, DataPlane, and IoT SIGs, with detailed GitHub project links for each.
This article examines the rise of edge computing, detailing its business and technical drivers, various definitions from standards bodies and academia, industry adoption patterns, the convergence with serverless and cloud-native technologies, and forecasts for its evolving architecture and market impact.
This article examines how the strong‑consistency design of etcd limits Kubernetes scalability and latency in edge environments, presents experimental results on etcd performance, and proposes an eventual‑consistency storage layer to improve performance, availability, and scalability for edge deployments.
The 2022 China Cloud Computing Ecosystem report defines cloud services, presents market growth figures, maps the ecosystem across infrastructure, platform, SaaS, and verticals, and outlines nine major industry trends—from edge‑distributed cloud to zero‑trust security—offering insight into opportunities and investment hotspots.
The article explains how the deep integration of cloud‑native technologies and edge computing, driven by digital transformation, improves resource utilization, unifies infrastructure management, reduces AI workload costs, simplifies device access, accelerates deployment, and enhances autonomy and ROI for enterprises.
Red Hat appointed Matt Hicks as its new president and CEO, highlighting his 25‑year Linux R&D background and pivotal role in expanding OpenShift‑based hybrid cloud, edge computing, AI, and multi‑cloud strategies that underpin the company’s recent IBM acquisition and industry partnerships.
MNN 2.0 transforms Alibaba’s lightweight deep‑learning engine into a unified edge‑cloud framework, delivering ultra‑small binaries, broad model‑format support, and aggressive CPU/GPU/DSP/NPU optimizations—including SIMD, Winograd, quantization, and sparse computation—while providing Python‑style APIs for preprocessing, inference, and on‑device training.
To prevent massive user loss from slow loads, iQIYI International overhauled its mobile app’s network stack—switching to HTTPDNS, enabling TCP Fast Open, upgrading to HTTP/2 and TLS 1.3, compressing payloads with Brotli and WebP, using protobuf, caching, and fallback protocols—cut latency, reduced failures, and boosted video playback across Southeast Asian markets.
This article analyses the rapid evolution of cloud‑native networking, identifies key challenges across traditional, data‑center, edge, multi‑cluster, financial, and telecom scenarios, and presents open‑source and commercial solutions such as Kube‑OVN, Underlay networks, flexible IPAM, and hardware‑software acceleration.
The article analyzes how the slowdown of Moore's Law drives a shift from general‑purpose CPUs to specialized XPU, FPGA, DSA and ASIC designs, highlights heterogeneous chiplet integration, edge‑server growth, and the emerging importance of software, algorithms and architecture in boosting performance and efficiency.
Deno Inc, the creator of the TypeScript‑first Deno runtime, has launched Deno Deploy—a globally distributed serverless platform integrated with GitHub, and the Fresh framework built on Deno and Preact, offering a build‑free, edge‑focused development experience while still in early beta.
Ubuntu Core 22 adds a PREEMPT_RT‑based real‑time kernel, containerized snap architecture, and decade‑long security updates, enabling ultra‑low‑latency, predictable workloads for industrial IoT, robotics, automotive and edge computing scenarios.
The article examines WebAssembly's strengths and limitations as a potential Docker alternative, highlighting its portability, security, and edge‑computing advantages while acknowledging Docker's continued relevance for legacy services and complex workloads.
To enable real‑time bullet‑comment passthrough on Youku’s mobile app, the team built a million‑scale portrait dataset and designed the AirSegNet series—CPU, GPU, and server variants—using VGG‑style nets, edge‑aware losses, and hybrid CPU‑GPU inference, achieving 0.98 IoU and sub‑15 ms latency on most devices.
This article analyzes the rapid evolution of cloud‑native networking, identifies key trends such as the limits of a single CNI, the rise of auxiliary components, emerging technologies and hardware‑software integration, and examines six major application scenarios—from traditional workloads to edge, multi‑cluster, financial‑grade security, and telecom—offering open‑source and commercial solutions for each.
OpenYurt v0.7.0 introduces the Raven solution, a non‑intrusive, encrypted‑tunnel based approach that seamlessly connects pods across public‑cloud, edge‑to‑edge, and edge‑to‑cloud environments without modifying existing CNI plugins, while also adding EdgeX Foundry LTS support, Kubernetes 1.22 compatibility, and IPv6 networking.
This report analyzes the metaverse’s technical foundation—covering edge computing, 5G/6G, machine learning, AIoT, holographic imaging, sensor tech, and decentralized cloud—while examining data growth in China, brain‑computer interaction policies, and the future of virtual avatars.
This article provides a comprehensive overview of the Internet of Things, covering its definition, historical milestones, four-layer architecture, edge computing concepts, and common network topologies such as star, ring, bus, and mesh, while highlighting key industry events and technical considerations.
The Fourth Techo TVP Developer Conference highlighted current cloud‑native adoption, FinOps cost‑optimization, distributed‑cloud strategies, and maturity models on Day 1, then showcased practical best‑practice case studies—from automotive edge computing to service‑mesh migration, hybrid‑cloud PaaS evolution, observability standards, and high‑performance API‑gateway deployments—on Day 2.
This article explains the background, evaluation metrics, and technical framework of computer‑assisted language learning, detailing how modern AI‑driven speech assessment systems use HMM‑DNN models, GOP scoring, conformer architectures, streaming solutions, and edge‑cloud deployment to deliver accurate, low‑latency pronunciation feedback for learners.
The Baidu Smart IoT technical salon showcased the latest AIoT platform, edge‑computing workflows, visual intelligence tools, VR core technologies, and voice‑semantic integration, providing data‑driven market insights and hands‑on demos that illustrate how intelligent devices are being connected, dialogued, and made smarter across industries.
This article introduces the Internet of Things (IoT) concept, its historical milestones, the four‑layer IoT architecture, explains edge computing and its layered model, and describes common network topologies such as star, ring, bus, and mesh, illustrating each with diagrams.
This article explains the fundamentals of the Internet of Things, its four‑layer architecture, the role of edge computing in reducing latency and enhancing privacy, and the characteristics of common network topologies such as star, ring, bus, and mesh, while also noting key industry milestones.
The 2021 TencentOS Tiny AIoT Innovation Competition showcased over 50 original projects, including award‑winning multi‑functional pedestrian detection devices, AI‑enhanced smart wheelchairs, and endangered‑animal recognition systems, each demonstrating low‑power embedded AI, edge computing, and cloud integration for diverse real‑world applications.
This article presents a technical overview of the Youdao Dictionary Pen, describing its hardware design, real‑time scanning and point‑query image processing, on‑device offline translation with model compression techniques, and the high‑performance Edge ML Library (EMLL) that enables efficient AI inference on constrained edge hardware.
Yurthub, a non‑intrusive edge‑computing component of OpenYurt, acts as a kube‑apiserver proxy with caching to enable offline stability and reduce API load, employing four data‑filtering rules—ServiceTopologyFilter, EndpointsFilter, MasterServiceFilter, and DiscardCloudService—each detailed with implementation code and operational considerations.
The article provides a comprehensive overview of AI chips, explaining their broad and narrow definitions, core architectures such as GPU, FPGA, and ASIC, deployment scenarios from cloud to edge, training versus inference roles, current market dynamics, major vendors, and emerging application domains like autonomous driving and smart security.
This article details how the Kube-OVN community extended the CNI for edge cloud scenarios by adding security‑group based access control, high‑availability virtual IP support, live‑migration‑friendly networking, and smart‑NIC hardware offload, including implementation steps, CRD designs, and relevant pull‑request references.
The article summarizes Amazon Web Services CTO Werner Vogels' vision from re:Invent 2021, highlighting three emerging trends—robotics as a still‑young field, sustainability becoming a core cloud pillar, and computing expanding beyond Earth to edge, satellite and space platforms—while outlining AWS initiatives supporting each direction.
The report analyses ten major trends—including the digital‑wormhole concept, cloud‑service democratization, SaaS value‑assessment evolution, edge‑computing growth, cloud‑driven big‑data intelligence, low‑code proliferation, cloud‑native infrastructure, flattened IT architecture, customer‑experience focus, and the evolving terminal landscape—highlighting how demand‑driven innovation is reshaping China’s tech and IT sector.
The report analyzes how the rapid growth of cloud computing previously drove server demand, and how the emergence of 5G‑enabled edge computing is now reshaping server architectures, hardware needs, deployment models, and operational challenges, forecasting a significant increase in server volume for edge scenarios.
This article explains the fundamentals of time‑series data, outlines the architecture and core technical advantages of Baidu Cloud's TSDB, and demonstrates how the database powers IoT, smart‑city, industrial, power‑grid, and autonomous‑driving use cases through multi‑level storage, distributed query optimization, and edge‑cloud integration.
Alibaba DAMO Academy’s 2022 report identifies ten emerging technology trends—from AI‑driven scientific research and large‑model co‑evolution to silicon photonic chips, green‑energy AI, flexible perception robots, high‑precision medical navigation, universal privacy computing, star‑ground computing, cloud‑network‑edge fusion, and XR internet—detailing their impact and expected development over the next few years.
This article details the design and implementation of a low‑latency, high‑definition multi‑angle live streaming solution using WebRTC, covering protocol selection, system architecture, edge commands, client integration, performance optimizations, and lessons learned from deploying the feature in a large‑scale live event.
This article explores emerging cloud‑native technologies such as MicroVMs, high‑performance WebAssembly, lightweight Kubernetes distributions, edge‑computing platforms, multi‑cluster management, and cloud‑native backup solutions, highlighting their advantages and the role they will play after Kubernetes.
This article examines how edge computing, combined with IoT and cloud‑native technologies, addresses latency, bandwidth, connectivity and security challenges of the emerging AIoT era, detailing Tencent Cloud’s IECP platform, its components, and real‑world smart‑water and smart‑factory deployments.
This article examines industrial intelligence from the perspectives of flow and fusion, detailing its current state, talent needs, pain points, AI development processes, edge‑cloud architecture, and key characteristics such as timeliness, reliability, explainability, and applicability in manufacturing.
OpenELB, the CNCF‑sandboxed load‑balancer plugin from KubeSphere, offers BGP and Layer‑2 based traffic distribution, CRD‑driven IP pool management, and seamless integration with Kubernetes, K3s and edge environments, positioning itself as a lightweight, community‑driven alternative to MetalLB for on‑premise deployments.
This article examines the state of industrial AI, discussing data and model challenges, the multidisciplinary talent needed, the DIKW framework, typical AI workflows, edge‑cloud architecture, real‑time processing tools, time‑series storage, service design patterns, and practical recommendations for deploying AI in manufacturing.
TencentOS AIoT comprises the ultra‑lightweight Tiny RTOS for resource‑constrained devices and the Linux‑based Edge platform for gateways, offering modular kernels, low‑power management, OTA updates, robust security, unified AT communication, ELF loading, containerized AI workloads via TinyKube, extensive protocol bridges, and a thriving open‑source developer ecosystem.
At the 2021 Tencent Cloud IoT Developer Summit, experts highlighted the shift from the “Internet of Everything” to an “Intelligent Connected Everything” era, showcasing Tencent’s Cloud‑Edge‑Pipe‑End platform, 5G‑enabled AIoT, edge computing, unified wireless standards, open‑source TencentOS, and emerging applications such as wildlife protection, while projecting a $900 billion global IoT market by 2025.
The whitepaper analyzes the current state of edge computing and 5G MEC, introduces the Edge Native concept as a cloud‑native‑like paradigm, and details its technical capabilities, infrastructure requirements, security measures, and development workflow to support industry digital transformation.
OpenYurt v0.5.0 introduces a Kubernetes‑native, non‑intrusive standard for managing edge devices, leveraging CRDs to integrate platforms like EdgeX Foundry, and provides components such as yurt‑edgex‑manager and yurt‑device‑controller that enable seamless, declarative edge device lifecycle management within Kubernetes clusters.
This article analyzes the background, challenges, architectural designs, deployment practices, and comparative evaluation of four open‑source edge‑computing solutions—KubeEdge, SuperEdge, OpenYurt, and K3s—to guide the selection of the most suitable platform for cloud‑native edge scenarios.
The 2021 Trusted Cloud Conference in Beijing unveiled ten key cloud computing trends—including cloud native, high‑performance computing, chaos engineering, hybrid cloud, edge computing, zero‑trust, optimized governance, digital government, low‑carbon cloud, and enterprise digital transformation—highlighting the strategic direction of China's cloud industry.
Tencent Cloud's VP Li Cong explains how advanced traffic scheduling, resource orchestration, dynamic routing, and personalized "thousand‑faces" strategies enable CDN systems to locate the fastest nodes worldwide, boosting performance by up to 10% while enhancing security and preparing for next‑generation edge computing.
The article shares a programmer's interview experience at Baidu, discussing how to adapt AI algorithms for edge deployment, balance model performance and efficiency, apply model compression techniques, and continuously iterate models, while also promoting an upcoming AI deployment online course.
In a September 9 live session, Michael Yuan explained how WebAssembly serves as a high‑performance execution environment for Dapr, demonstrated building Go and Rust sidecars with WasmEdge, and answered audience questions about Docker replacement, real‑world adoption, memory management, isolation, and serverless use cases.
This article explains the rise of edge computing, its distinction from cloud computing, the technical and business drivers behind it, industry implementations, deployment models, key use cases across sectors, and future development stages, providing a comprehensive overview for practitioners and researchers.
This step‑by‑step tutorial shows how to set up a two‑node Kubernetes cluster, install OpenYurt, deploy the eKuiper edge stream‑processing engine and its manager UI on the cloud node, and configure a Yurt tunnel so the cloud dashboard can securely manage eKuiper instances running on the edge node.
The article reviews the most important cloud computing trends of 2021—including hybrid cloud, edge computing, serverless architectures, AI/ML integration, cloud gaming, and cloud‑based application development—highlighting their benefits, market growth, and impact on modern enterprises.
This talk explains the evolution and practical implementation of large‑scale real‑time audio‑video communication, covering common architectures such as direct P2P, MCU, and SFU, network topologies, scalability, high‑availability techniques, edge computing, and emerging technologies like WebRTC, SDN, and AI‑driven enhancements.
The article provides a systematic analysis of why modern data centers must evolve, detailing the rise of DPU and IPU technologies, their technical stages, advantages over traditional NICs, current challenges such as power and cost, and their pivotal role in edge and cloud computing futures.
This article explains how to use GraphQL as a BFF gateway, migrate Apollo Server to Alibaba Cloud EdgeRoutine's serverless environment, implement CDN edge caching for query requests, and build a complete weather‑query demo with TypeScript, GraphQL SDL, resolvers, and Playground debugging.
The integrated vehicle‑road cloud control system is a next‑generation information‑physical architecture that unifies vehicles, roads, and cloud services through edge, regional, and central clouds, providing real‑time perception, decision‑making, and control to improve traffic safety, efficiency, and sustainability.
The article examines edge computing hardware architecture, discussing diverse use cases, evolving server and processor trends—including ARM, Intel, Nvidia, AMD, FPGA, and DPU—open hardware standards, reliability, virtual networking, and storage innovations, highlighting how these developments shape the future of cloud and edge infrastructures.
2021’s cloud landscape is shaped by hybrid cloud’s flexibility, edge computing’s low‑latency processing, serverless architectures that offload infrastructure, AI/ML integration, rising cloud gaming demand, and cloud‑native application development, all driving businesses toward more agile, secure, and cost‑effective solutions.
At the 2021 Trusted Cloud Conference, the China Academy of Information and Communications Technology released the top ten cloud computing keywords—cloud native, high performance, chaos engineering, hybrid cloud, edge computing, zero trust, optimized governance, digital government, low‑carbon cloud, and enterprise digital transformation—highlighting their significance and future development directions.
This article examines how cloud computing is reshaping business operations and highlights the most important 2021 trends—including hybrid cloud, edge computing, serverless architectures, AI/ML integration, cloud gaming, and cloud‑native app development—while explaining their benefits and market outlook.
Edge computing, the latest computing paradigm beyond distributed, grid, and cloud models, integrates cloud, network, and intelligent edge devices to provide globally coordinated, low‑latency, intelligent services, and its various reference architectures—ETSI MEC, Intel MEC, ECC, and OpenFog—illustrate its resource‑centric, collaborative, and heterogeneous design.
Michael Yuan’s ServerlessDays China 2021 talk shows how combining Rust with WebAssembly on Tencent Cloud Serverless lets developers deploy TensorFlow AI models in just a few lines, achieving 10‑20 fps inference, 100× faster cold starts than Python, and offering lightweight, secure, portable runtimes that could eventually supplant containers for edge and AI workloads.
The article explains edge computing as a decentralized computing model that addresses high‑reliability, low‑latency demands, data‑center energy consumption, big‑data processing pressure, low resource utilization, intelligent front‑ends, and security‑privacy concerns, and it outlines key research areas and related paradigms such as fog, mobile edge, sea, and intelligent edge computing.
Intelligent edge computing extends traditional edge architectures by embedding AI-driven data analysis and machine learning directly at the network edge, enabling faster, low‑latency decisions for use cases like smart cameras and autonomous vehicles, and is rapidly becoming a core strategy for modern enterprises.
The article provides a comprehensive overview of the rapidly growing IoT ecosystem, covering market size forecasts, the impact of 5G, edge intelligence, AIoT, the four-layer IoT architecture, and a detailed competitive landscape of more than 300 sensor, chipset and platform companies.
Zhou Jing shares his journey from backend architecture to leading Alibaba Cloud's edge cloud native container platform, discussing recent projects, technical challenges, design principles, emerging trends like ServiceMesh and WebAssembly, and his role in the GIAC 5G edge computing conference.
The 9th Global Cloud Computing Conference China showcased ZTO Express Cloud Platform's containerization journey, revealing multi‑cluster strategies, custom K8s extensions, edge‑computing plans, and award‑winning cloud innovations that drive logistics digital transformation.
The 2021 Cloud Network Industry Development Whitepaper analyzes the rapid growth of cloud networking, outlines its three evolutionary stages, details the end‑to‑end architecture and key components, compares domestic and international vendors, and explores emerging trends such as distributed cloud, edge networking, multi‑cloud interconnect, and cloud‑native impacts.
This article provides a comprehensive analysis of server architecture components and explains how emerging technologies such as 5G, edge computing, and cloud computing drive transformative changes in server design, requirements, and vendor landscape.
The talk from SACC2021 outlines Alibaba Cloud's edge cloud‑native journey, detailing the evolution of cloud‑native concepts, the specific challenges of extending them to edge environments, and the architectural solutions and use cases that enable low‑latency, high‑bandwidth services in the 5G‑driven digital transformation.
The article analyzes distributed cloud as a breakthrough cloud model that defines service location, bridges gaps in hybrid cloud, evolves through four phases, and underpins emerging use cases such as edge, blockchain, and AI security, offering enterprise architects strategic guidance for 2024 and beyond.
This guide explains how OpenYurt's UnitedDeployment abstracts multiple Deployments for edge nodes, reduces operational complexity, and adds per‑pool patch capabilities to handle image upgrades, private registries, and resource variations, with step‑by‑step examples and full YAML manifests.
OpenYurt adds edge‑computing capabilities to a vanilla Kubernetes cluster by providing a non‑intrusive, one‑click conversion that enables autonomous edge nodes, with YurtHub and dual‑read‑closer mechanisms handling cached, filtered, and streamed data efficiently.
The article analyzes how compute has evolved from performance‑driven Moore’s‑law scaling to a comprehensive innovation era driven by cloud democratization, heterogeneous accelerators, edge and memory‑centric architectures, outlining IDC’s ten future‑compute characteristics such as flexible deployment, AI‑enabled operations, multi‑cloud, security and next‑gen interconnects.
This article examines the limitations of traditional CDN infrastructures, explains how edge CDN and virtual CDN (vCDN) address scalability and flexibility challenges, compares their technical and business advantages, and explores emerging edge business models that could reshape the future of content delivery.
This article examines how computing power has become a key production factor, detailing the shift from traditional CPUs and GPUs to specialized processors like DPUs, and explores emerging paradigms such as in‑memory, near‑memory, and edge computing that reshape data‑center architectures.
The article explores the emergence of edge computing driven by digital transformation, outlines its evolution through three stages, examines industry demands across manufacturing, smart cities, and telecom operators, and discusses technical directions, edge‑cloud collaboration models, and typical deployment scenarios.
In just 27 days, Douyin and Volcano Engine's cloud‑native team built a Kubernetes‑based, elastically scalable infrastructure that supported 703 billion red‑packet interactions and over a trillion live‑stream views during the 2021 Spring Festival Gala, ensuring zero downtime and seamless user experience.
This article provides a comprehensive overview of modern server architecture, examining how 5G, edge computing, and AI are reshaping server designs, the requirements for edge, AI, and cloud servers, and highlighting key vendors and future technology trends.
