​Enterprise Token Overseas Network Dedicated Line?? Solution//Global IPLC service provider of Shigen

Enterprise Token Overseas Network Dedicated Line?? Solution//Global IPLC service provider of Shigeng Communication

一、The globalization of the AI industry has entered a new stage of large-scale implementation, and computing power scheduling, model inference, and intelligent service delivery with tokens as the core carrier have become the mainstream form of China's AI technology going global. Relying on abundant domestic computing resources, rapidly iterating large-scale model technology, and mature industrial scenarios, domestic AI enterprises have strong production capacity and cost advantages. However, the four major challenges of unstable cross-border networks, insufficient transmission compliance, poor calling experience, and high operation and maintenance costs have always constrained the global scale output of AI Token services. The enterprise token overseas network dedicated line is tailor-made for cross-border transmission scenarios of AI computing power, breaking down public network transmission barriers, filling compliance gaps, simplifying the overseas process, and becoming the core infrastructure for Chinese AI enterprises to go global in a lightweight, compliant, and stable manner.

1. AI Token's overseas dilemma: the public network cannot support the delivery of commercial grade computing power

Token, as the smallest quantization unit of large model interaction, has high frequency, high concurrency, low latency, and strong continuity transmission characteristics, which have strict requirements for the stability, real-time performance, and reliability of cross-border networks far beyond ordinary office business. However, the transmission mode of the traditional public Internet is completely unable to adapt to AI commercial sea going standards, and many pain points have become common bottlenecks in the industry.

The chaotic routing of public network links, frequent node jumps, and normalized cross-border congestion can easily lead to high packet loss, high latency, strong jitter, and other problems, directly causing overseas users to call domestic AI services with slow first token response, batch inference lag, frequent interruption of long sessions, and interface timeout errors, which cannot support commercial grade service experience. At the same time, public network transmission has no isolation, traceability, or control, and raw computing power data is mixed with interactive data, making it difficult to adapt to cross-border data security and digital trade compliance requirements. Most enterprises are afraid to open up overseas computing power ports on a large scale due to compliance concerns, and high-quality computing power capacity is idle for a long time.

In addition, the traditional AI going global model has extremely high barriers to entry. Whether it is deploying overseas nodes, cross-border network debugging, or optimizing link operations and maintenance, it requires the support of professional technical teams. The heavy investment, long-term, high-risk model has caused a large number of small and medium-sized AI enterprises to miss the global market window period. The extensive public network transmission mode ultimately leads to a supply-demand mismatch of "domestic computing power surplus and overseas demand shortage", seriously hindering the global circulation of China's AI new quality productivity.

2. Enterprise Token Overseas Dedicated Line: Refactoring the New Standard for Cross border Transmission of AI Computing Power

Different from ordinary cross-border broadband and general office dedicated lines, the enterprise token overseas network dedicated line is a specialized computing network solution that focuses on AI token transmission, adapts to computing power overseas scenarios, and balances stability and compliance. Relying on the layout of global backbone submarine cable resources and distributed nodes, build a physically isolated private cross-border transmission tunnel, completely break away from the congested public Internet, reconstruct the AI computing cross-border transmission system from the bottom, and perfectly adapt to the core scenario of large model high-frequency call, batch reasoning, and long-term interaction.

In terms of transmission performance, dedicated lines streamline cross-border routing nodes, optimize optimal fixed transmission paths, and use specialized AI transmission optimization technologies such as intelligent link scheduling, forward error correction, and packet loss retransmission to effectively avoid cross regional transmission losses and stabilize latency, packet loss, and jitter within the commercial quality range. Thoroughly solve the problems of token call lag, session interruption, and inference timeout caused by the public network, allowing overseas users to have a localized AI interaction experience and meet the needs of commercial grade and large-scale computing power delivery.

In terms of compliance and security, the dedicated line has established a closed-loop model of "domestic computing power inference and result compliant overseas", strictly following cross-border data supervision rules. The original data and core computing power data of the model are not exported, and only standardized token service results are transmitted and delivered across borders. Full chain data encryption, full process operation tracking, traceable links, and auditable risks, avoiding cross-border data risks from the root, laying a solid compliance bottom line for enterprise AI going global, and supporting the legal operation of business scale.

3. Core Differentiation Value: Empowering Enterprises to Achieve Lightweight and Efficient Going Global

1. Zero threshold and fast landing, seize the market window period

The dedicated line adopts a one-stop delivery and full custody operation and maintenance mode, without the need for enterprises to purchase hardware, build overseas nodes, or professional network operation and maintenance teams. It can be used immediately after opening. The minimalist access process significantly shortens the AI deployment cycle, helping enterprises break free from the constraints of heavy asset deployment, quickly launch overseas token calling services, and seize the incremental opportunities in the global AI computing power market.

2. Exclusive bandwidth isolation to prevent resource contention and interference

Compared to the drawbacks of public network shared bandwidth and disorderly resource grabbing by miscellaneous streams, dedicated lines provide independent and exclusive bandwidth resources, physically isolated from ordinary network traffic throughout the entire process, without congestion, crowding, or fluctuations. For AI high concurrency scenarios, it can be flexibly expanded, dynamically matching the peak demand for token calls, ensuring stable output of computing power services 24/7, and eliminating sudden lag and disconnection problems.

3. Full link visualization, refined control and operation

Equipped with a Token full lifecycle monitoring system, it can real-time calculate core data such as cross-border transmission volume, regional call volume, Token consumption rate, abnormal requests, etc. The link status is fully visible and the fault problems are accurately traced. Assist enterprises in accurately calculating computing power costs, optimizing scheduling strategies, standardizing billing and settlement, and achieving precision and digital operation of AI overseas business.

4. Significant cost reduction and efficiency improvement, building a commercial closed loop

Compared to the deployment and networking model of domestic computing power overseas, relying on the overseas model of domestic computing power and cross-border dedicated lines, the cost advantage is prominent, significantly reducing hardware deployment, human operation and maintenance, and computing power procurement costs. At the same time, it effectively reduces the consumption of invalid tokens caused by public network packet loss and retransmission, improves the utilization of computing power resources, and connects the complete commercial loop of "computing power production token conversion cross-border transmission global monetization", allowing AI to go global from technology output to sustainable and profitable standardized digital trade business.

Summary

The core competitiveness of AI Token going global begins with computing power capacity, network infrastructure, and stable compliance system. The enterprise token overseas network dedicated line, with its core advantages of high stable transmission, fully compliant closed-loop, lightweight implementation, refined operation, and low-cost efficiency improvement, completely solves various stubborn problems of traditional AI going global and provides one-stop global computing power delivery solutions for enterprises. In the future, with the continuous upgrading of computing network infrastructure, dedicated lines will continue to empower more Chinese AI companies to set sail overseas, allowing Chinese AI innovation productivity to benefit the world and lead the high-quality development of digital computing power trade.

二、Shigeng Communication Global Office Network Products:

The global office network product of Shigeng Communication is a high-quality product developed by the company for Chinese and foreign enterprise customers to access the application data transmission internet of overseas enterprises by making full use of its own network coverage and network management advantages.

Features of Global Application Network Products for Multinational Enterprises:

1. Quickly access global Internet cloud platform resources

2. Stable and low latency global cloud based video conferencing

3. Convenient and fast use of Internet resource sharing cloud platform (OA/ERP/cloud storage and other applications

Product tariff: