Core Viewpoint - The article emphasizes the importance of maintaining a clean and isolated network environment for social media account operations to prevent account bans and advertising restrictions, highlighting that shared networks can lead to perceived associations between accounts, resulting in penalties from platforms [1][2][9]. Group 1: Issues with Shared Networks - Many teams use shared Wi-Fi or proxies for social media account management, which can lead to multiple accounts appearing to operate from the same network environment [1][4]. - Social media platforms utilize various technologies, such as IP address tracking and device fingerprinting, to identify potential associations between accounts operating in the same network [2][5]. - High-risk behaviors, such as frequent account switching and simultaneous high-sensitivity actions from the same IP, can trigger platform risk controls [3][7]. Group 2: Consequences of Shared Networks - Advertising campaigns can be severely limited if accounts are flagged as associated, leading to restricted ad placements and payment issues [7]. - Account matrices can be compromised; if one account is flagged, others may also face penalties due to shared network usage [8]. - The performance of accounts can be negatively impacted as platform algorithms may lower account visibility due to abnormal network conditions [9]. Group 3: Understanding the Underlying Issues - Many sellers and operators are unaware of the underlying reasons for account bans, often attributing issues to surface-level problems rather than the shared network environment [9]. - The perception of shared networks as a high-risk behavior is frequently overlooked, leading to repeated account management failures [9]. Group 4: Solutions for Network Isolation - To ensure safe overseas social media account operations, it is crucial to implement account environment isolation and use residential proxy IPs [9][10]. - IPFLY is highlighted as a preferred solution for many cross-border sellers and social media teams, providing independent network environments for each account [9][10]. - Utilizing stable and genuine proxy IPs can help simulate local user internet access, thereby avoiding platform risk controls [10].

Core Viewpoint - The article discusses the importance of user reviews on e-commerce platforms like Lazada, highlighting the risks associated with "fake reviews" and the need for a robust evaluation support system to enhance product visibility and trustworthiness. Group 1: Environment Isolation - Achieving device fingerprint localization is crucial as platforms use various parameters to analyze user behavior, making it essential to isolate operating environments to avoid being flagged for "cluster behavior" [3]. - Solutions include deploying virtual terminals on overseas cloud servers and using virtualization or containerization technologies to provide each buyer account with an independent operating environment [4]. Group 2: IP Strategy - The choice of IP addresses is vital, with residential IPs being preferred over data center IPs due to their higher credibility and lower risk of being flagged [6]. - It is recommended to use dynamic residential IP pools and ensure consistency among geographical location, system time zone, and browser language to avoid triggering frequency risk [7]. Group 3: Payment System Design - The payment process is sensitive, with platforms conducting cross-verification on credit card details, making it essential to avoid common pitfalls such as using shared virtual credit cards or mismatched billing and shipping addresses [8][9]. - Strategies include using compliant virtual card services, ensuring billing and shipping address consistency, and adhering to a "one card, one account" principle to prevent payment associations [10]. Group 4: Account Lifecycle Management - The legitimacy of accounts directly impacts their lifespan, with platforms analyzing registration behaviors to establish initial credit profiles [12]. - Key points include maintaining a clean registration environment, avoiding reused identity information, and simulating natural user behavior to enhance account credibility [13].