Frontiers in Network Acceleration Technology: ERP Disconnecting Issues Abroad??? Solution//Global IP

Frontiers in Network Acceleration Technology: ERP Disconnecting Issues Abroad??? Solution//Global IPLC service provider of Shigeng Communication

一、Frontiers of Network Acceleration Technology: ERP Outage Issues in Foreign Countries???? Solution//Shigeng Communication Global IPLC Service Provider

1、 In the globalized business environment, multinational corporations commonly face issues such as high latency and frequent disconnections when accessing headquarters ERP systems from overseas branches. This not only affects daily operational efficiency, but may even lead to business interruption and significant losses. This article will systematically analyze the root causes of ERP disconnection problems abroad and introduce the latest solutions based on cutting-edge network acceleration technology.

1. Root of the problem: Why is it so difficult to access ERP across borders?

The bottleneck of cross-border ERP access mainly comes from physical limitations and architectural defects of network infrastructure:

The physical limitations of cross-border transmission: data needs to pass through multiple international operator networks, with long transmission distances. For example, access requests between Europe and China typically go through 15-20 network nodes, resulting in delays often exceeding 300ms, far exceeding the ideal requirement of 100ms for ERP systems

The protocol is not suitable for long-distance transmission: Traditional TCP protocol is inefficient in long-distance transmission, and slight packet loss can lead to a sharp decrease in transmission rate. Actual test data shows that when the packet loss rate of cross-border links reaches 3%, TCP throughput will decrease by more than 80%.

Unfair competition in network resources: In an unoptimized network environment, key business data of ERP has to compete for bandwidth with ordinary traffic such as video streaming and web browsing, especially during peak periods.

Balancing security and performance is difficult: Traditional VPNs often introduce performance overhead while providing encryption protection, further exacerbating latency issues.

2. Solution: New Generation Intelligent Network Acceleration Architecture

In response to the above pain points, modern network acceleration technology has evolved from simply increasing bandwidth to comprehensive solutions such as intelligent routing, protocol optimization and edge computing.

1. Intelligent Network Channel: Advanced Application of SD-WAN

SD-WAN (Software Defined Wide Area Network) has become the core technology for solving cross-border ERP access problems, and its value goes far beyond traditional link aggregation:

Intelligent path selection: The new generation SD-WAN platform can monitor the health status of global links in real-time (latency, packet loss, jitter), dynamically selecting the optimal path for ERP traffic. For example, after deploying SD-WAN, a European enterprise reduced the disconnection rate of accessing the Chinese SAP system from an average of 10+times per day to 1-2 times per month.

Multi link hybrid networking: By simultaneously integrating MPLS leased lines, local Internet access and 4G/5G wireless networks, SD-WAN not only ensures the stability of key services, but also significantly reduces network costs. Practice has shown that hybrid networking solutions can reduce network costs by 30% -40%, while increasing bandwidth utilization to over 95%.

Application level traffic identification and priority division: Modern SD-WAN can identify different types of application traffic and allocate the highest priority to ERP systems, ensuring stable bandwidth protection even during network congestion.

2. Transmission protocol optimization: improving data exchange efficiency

In addition to network layer optimization, fine tuning of the transport layer and application layer is also crucial:

Protocol optimization and acceleration: In response to the shortcomings of the TCP protocol, specialized optimization techniques can be used, such as adjusting the TCP window size, enabling fast retransmission mechanisms, etc. A manufacturing group has significantly improved system stability by optimizing the TCP parameters of SAP servers, such as increasing session timeout from 300 seconds to 1800 seconds.

Data compression and deduplication: Compressing and deduplicating ERP data before transmission can effectively reduce transmission volume. Professional WAN acceleration devices on the market can generally achieve a data reduction rate of 50% -70%, which indirectly doubles the available bandwidth.

Edge computing and caching: deploy edge nodes in overseas regions where users are concentrated, cache static resources of ERP system (such as pictures, templates, front-end code), and realize nearby access. A cross-border e-commerce company has reduced the page loading time for US employees accessing domestic ERP from 12 seconds to 3 seconds through this solution.

3. Unity of Security and Performance: Application of Zero Trust Architecture

Modern network acceleration solutions have achieved a deep integration of security and performance:

Full link encryption and security acceleration: By using the national encryption SM4 algorithm or AES-256 encryption, combined with lightweight security protocols such as DTLS, data security is ensured while minimizing performance loss.

SASE (Secure Access Service Edge) architecture: This emerging architecture deeply integrates the network functionality of SD-WAN with network security services such as firewalls and zero trust network access, delivered through cloud services. Employees can securely access the enterprise intranet and ERP system through the nearest node, regardless of their location, balancing experience and security.

Identity centric access strategy: dynamically adjust access permissions and network resource allocation based on user identity, device security, and real-time context, ensuring that "the right people, at the right time, access the right resources through the right methods".

3. Practical case: The transformative experience brought by technology

The following case demonstrates the application effect of the new generation network acceleration technology in practical scenarios:

European manufacturing giant: The company has 20 branches worldwide and originally had direct access to SAP systems located in China, with daily disconnections exceeding 10 times. By deploying SD-WAN combined with TCP protocol optimization, the disconnection rate has been reduced to 1-2 times per month, the latency has been optimized from 280ms to 162ms, and the monthly operating cost has been reduced by 55% compared to traditional MPLS solutions.

New tea beverage chain brand: This brand has thousands of stores worldwide, and overseas branches frequently visit the headquarters system to "spin circles". By adopting the CPE parallel access solution, the store plug and play access has been achieved without changing the original network architecture, making the access experience smooth and stable. The headquarters IT can also monitor the network status of each store in real time.

Cross border e-commerce enterprise: US employees have a login wait time of up to 40 seconds when accessing domestic ERP systems. By deploying SD-WAN intelligent routing, establishing edge node caching in Los Angeles and New York, and combining dedicated line and public network hybrid transmission strategies, the ERP login time has been successfully reduced from 40 seconds to 8 seconds, and the upload time for 1000 order data has been compressed from 30 minutes to 4 minutes.

Conclusion

The solution to the offline problem of foreign ERP has evolved from a simple network acceleration to a comprehensive technological innovation combining intelligent routing, protocol optimization, edge computing and security architecture. For multinational corporations, investing in modern network acceleration solutions is no longer an unnecessary choice, but a key infrastructure to ensure the smooth operation of core businesses and maintain global competitiveness.

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: