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This article explores iQIYI’s comprehensive testing ecosystem, detailing industry trends, the platform’s multi‑terminal challenges, fragmented legacy solutions, and the unified, cloud‑native “Qijing” environment that streamlines test access, zero‑trust security, and real‑world validation for rapid product delivery.
This article explains how Microsoft Dynamics 365 leverages Azure’s multi‑layer security architecture—including zero‑trust, encryption, role‑based access control, identity management, continuous monitoring, and compliance features—to safeguard data against threats and ensure privacy for enterprises adopting cloud ERP solutions.
XiaoHongShu’s award‑winning Zero‑Trust SASE Office Security Solution integrates all‑in‑one DLP, anti‑virus, identity‑bound access and distributed POPs to replace fragmented agents, delivering real‑time risk control, data‑non‑landing protection, multi‑level disaster recovery, and achieving 100% device coverage, an 80% reduction in data leakage and a 70% internal NPS after one year.
This article explains how to achieve zero‑trust security in Kubernetes by using a service mesh such as Linkerd, covering workload identity, mTLS, certificate management, policy definition with CRDs, and the practical limitations of mesh‑based protection.
This whitepaper outlines JD.com's practical zero‑trust security approach, detailing a five‑element framework that includes asset digitization, asset identity, diversified security checkpoints, a strategy center, and a zero‑trust cockpit, to help digital enterprises strengthen security, reduce costs, and meet regulatory requirements.
The 2023 DevSecOps forecast highlights five major trends—including prioritizing software supply‑chain security, embedding security education in DevOps, pervasive AI/ML across the SDLC, deeper value‑stream analysis, and left‑shifting observability—while emphasizing zero‑trust, SBOM adoption, and the growing role of security in cloud‑native environments.
Istio's ambient mesh introduces a shared‑node ztunnel and optional waypoint proxies to provide zero‑trust security and optional L7 features without sidecar injection, reducing invasiveness, resource waste, and operational complexity while maintaining full mesh functionality.
This article examines the evolution from traditional perimeter‑based security to zero‑trust models, compares their advantages, presents industry case studies, and details Ant Financial’s integrated zero‑trust architecture—including SDP, IAM, and micro‑segmentation—along with implementation practices and future outlook.
This article presents a detailed overview of data security governance in China, covering policy milestones, major security incidents, current challenges, a three‑layer governance model, practical workflow steps, classification methods, emerging zero‑trust concepts, and real‑world case studies, offering actionable insights for organizations seeking robust data protection.
The article presents a comprehensive case study of the Magic Butler system—a zero‑trust security management solution developed by 58 Group’s TEG department—detailing its business drivers, design principles, architecture, key technical features, deployment scale, and future outlook for enterprise network security.
This article provides a comprehensive overview of zero‑trust security, explaining its core principles, architectural models such as SDP, various implementation approaches (application‑layer proxy, traffic‑layer proxy, hybrid), deployment patterns for office and multi‑branch environments, practical rollout experience, and how zero‑trust integrates with existing security products.
This article provides a comprehensive overview of zero‑trust security, explaining its core principles, SDP‑based architecture, three main implementation models (application‑layer proxy, traffic‑layer proxy, and hybrid), various deployment scenarios, and practical guidance for enterprise adoption.
This whitepaper explains Google’s BeyondProd security framework, detailing how cloud‑native microservice architectures replace traditional perimeter models with zero‑trust principles, mutual authentication, service mesh, and automated tooling such as ALTS, Binary Authorization, and gVisor to protect workloads across shared infrastructure.
This article provides a comprehensive overview of Data Processing Units (DPUs), tracing their evolution from smart NICs, explaining their architecture, advantages such as workload offloading, zero‑trust security, and compute‑storage separation, and discussing future trends and NVIDIA's roadmap for integrated CPU‑GPU‑DPU solutions in data‑center and edge environments.
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.
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 details the design and implementation of a zero‑trust network architecture, covering policy modeling (SARE), management realms, decision center components, L4/L7 gateways, security clients, risk assessment, and integration with SIEM for continuous trust evaluation.
This article outlines the limitations of traditional perimeter‑based IT security, introduces the Zero Trust philosophy and its six core principles, and presents a practical, layered architecture with components and prioritized steps for building a Zero Trust network in modern enterprises.
This whitepaper provides a detailed, end‑to‑end framework for organizations and technical leaders to understand, implement, and continuously improve security across the cloud‑native lifecycle—covering development, release, deployment, runtime, supply‑chain protection, zero‑trust architecture, and compliance—while emphasizing automation, observability, and cross‑functional collaboration.
During the stay‑at‑home period, this article suggests nine concise programming books covering Python neural networks, web crawling, deep learning with PyTorch, machine learning fundamentals, zero‑trust network security, classic programming pearls, Python mathematics, AI algorithms, and Vim text processing, each with brief descriptions and images.