新一代网络技术赋能电商经济高质量发展的路径研究

Research on the Path to High-Quality Development of the E-Commerce Economy Empowered by Next-Generation Network

摘要: 数字经济深化使电子商务成为消费升级与产业转型的重要引擎，但传统电商在网络承载与时延、数据流通效率、终端接入能力以及安全与隐私保障等方面存在结构性瓶颈。本文提出“网络基础设施–平台运行机制–经济绩效”的三级联动分析框架，系统揭示新一代网络技术的赋能机理：5G通过低时延与网络切片缓解高并发拥堵，IPv6以端到端直连与寻址扩展提升跨域与多终端连接效率，物联网(IoT)依托全链路感知与分级防护重构仓储与物流流程，并与边缘计算共同形成“端–边–云”协同。结合阿里巴巴、京东、顺丰等公开数据的案例观察，结果表明技术赋能并非单点性能改进，而是通过体系化部署和机制性重构显著提升平台韧性、协同效率、用户体验与安全合规，进而带动经济绩效整体跃升。据此，本文提出与四类瓶颈一一对应的对策：IPv6全面升级、“5G + 电商”示范工程、IoT数据安全分级标准与产学研融合创新联盟。研究的主要贡献在于构建并验证了技术–平台–绩效联动的系统解释框架，为数字基础设施赋能电商高质量发展提供可操作的政策与实践路径。

Abstract: With the deepening of the digital economy, e-commerce has become a key driver of consumption upgrading and industrial transformation. However, traditional platforms still face structural bottlenecks in network capacity and latency, data circulation efficiency, terminal connectivity, and security and privacy protection. This paper proposes a three-layer analytical framework—network infrastructure, platform mechanisms, and economic performance—to systematically reveal the empowering mechanisms of next-generation network technologies. Specifically, 5G alleviates high-concurrency congestion through low latency and network slicing; IPv6 enhances cross-border and multi-terminal connectivity with end-to-end addressing and scalability; and the Internet of Things (IoT), supported by edge computing, reconstructs warehousing and logistics through full-chain sensing and tiered protection, forming an “end-edge-cloud” collaborative model. Case evidence from Alibaba, JD.com, and SF Express demonstrates that empowerment is not limited to isolated performance improvements but arises from systemic deployment and structural reconfiguration, which significantly enhance platform resilience, coordination efficiency, user experience, and security compliance, thereby driving overall economic performance. Accordingly, the study proposes four targeted measures aligned with the identified bottlenecks: a comprehensive IPv6 upgrade initiative, “5G + E-commerce” pilot projects, an IoT data-security tiering standard, and an industry-academia-research innovation alliance. The main contribution of this paper lies in constructing and validating a systematic technology-platform-performance framework, providing actionable theoretical and policy insights for advancing the high-quality development of e-commerce under the digital economy paradigm.