More than a decade after the issuance of Decree No. 52/2013/ND-CP (as amended by Decree No. 85/2021/ND-CP; collectively, “Decree 52”), Vietnam’s legal framework for e-commerce is under growing pressure to keep pace with the evolving digital economy. While Decree 52 has provided a foundational framework, it has shown certain limitations in keeping up with issues such as counterfeit goods, intellectual property enforcement, unqualified products, and emerging models like livestream selling and affiliate marketing. To address these regulatory gaps, the Ministry of Industry and Trade (MOIT) has released the 2025 Draft E-Commerce Law (“Draft Law”) for public consultation. The Draft Law is intended to supersede the current framework under Decree 52 and establish a more detailed and comprehensive legal foundation for the regulations of e-commerce activities in Vietnam. It is currently expected to be submitted to the National Assembly for review and potential adoption during its 10th session in October 2025. In this article, we discuss the Draft Law’s most significant updates and legal developments in comparison to existing regulations, and assess the practical challenges that businesses may face in preparing for implementation in the near future. Platform Classification: Toward a More Nuanced Framework Unlike Decree 52’s simpler structure, which broadly categorized platforms into either (i) websites selling goods and services or (ii) websites providing e-commerce services, the Draft Law introduces a more detailed framework that aims to classify platforms based on their technical functions and business models. Specifically, the Draft Law introduces a four-tier classification system for e-commerce platforms, consisting of: (i) Direct Business Platforms, (ii) Intermediary Platforms, (iii) Social Networks with E-Commerce Functions, and (iv) Multi-Service Integrated Platforms. This approach reflects an effort to more accurately capture the complexity of today’s e-commerce landscape, including hybrid platforms such as TikTok Shop. While this approach reflects the growing complexity of