​Optimization Practice for Overseas Visits: Implementation Path for Improving ERP System Speed??? So

Optimization Practice for Overseas Visits: Implementation Path for Improving ERP System Speed??? Solution//Global IPLC service provider of Shigeng Communication

一、When the Singapore team needs to wait for 8 seconds to check inventory, and when the Brazilian factory faces multiple timeouts when submitting a production order, the global response speed of the ERP system has become a key bottleneck restricting the development of the company's international business.

1. Problem diagnosis: Performance bottleneck analysis of overseas ERP access

1. Network link quality assessment

The performance issues faced by overseas users accessing domestic ERP systems mainly stem from complex network environments

Serious cross-border routing detours: Data transmission from Europe to China often requires passing through multiple international exchange nodes, and the actual path far exceeds the theoretical shortest path. Actual test data shows that the ideal delay for the link from Frankfurt to Shanghai should be 150ms, but in reality, it often exceeds 300ms.

International bandwidth fluctuates dramatically: there are significant differences in network quality across different time periods and regions. The packet loss rate during weekday peak hours in Southeast Asia may reach 5% -8%, while the delay from South America to China is generally above 350ms.

Low protocol transmission efficiency: Traditional TCP protocol performs poorly in high latency environments, with frequent retransmission mechanisms and conservative congestion control strategies resulting in bandwidth utilization of less than 40%.

2. Application architecture adaptability analysis

The ERP system was originally designed for a local area network environment, which exposed architectural deficiencies in cross-border access scenarios

Centralized architecture pressure: All computing and data processing are centralized in domestic data centers, and every operation of overseas users needs to complete a complete cross-border round trip.

Slow loading of static resources: Static resources such as images, style files, JavaScript, etc. in the page also need to be loaded from domestic servers, accounting for more than 60% of the overall response time.

Insufficient database query optimization: Frequent database query requests are amplified in cross-border high latency environments, and simple query operations may take several seconds to complete.

2. Solution: Build a layered acceleration system

1. Network layer optimization: intelligent routing and link optimization

Network layer optimization is the foundation for enhancing overseas access experience, and it is necessary to build an intelligent global network to accelerate global network construction

Deploy access points in key regions such as Asia Pacific (Singapore, Tokyo), Europe and America (Frankfurt, Silicon Valley) to enable users to access nearby

Transmitting data through a private backbone network to avoid congested international public network exits

Implement dynamic path selection and intelligently schedule traffic based on real-time network quality monitoring

Transmission protocol optimization:

Enable TCP optimization parameters, adjust window size and retransmission mechanism

Adopting QUIC protocol in supported environments to reduce connection establishment latency

Implement data compression and forward error correction to improve transmission reliability under harsh network conditions

2. Application layer optimization: cache and architecture adjustments

Application layer optimization is aimed at improving the ERP system itself and reducing unnecessary cross-border data transmission:

Establishment of Multi level Cache System:

Deploy cache clusters at the regional level to store hotspot data and static resources

Implement cache strategy optimization to ensure data timeliness and consistency

Establish regional replicas for read-only and master data to reduce database query pressure

Front end performance optimization:

Compress and merge static resources (images, CSS, JS)

Implement resource preloading and lazy loading strategies

Enable browser caching and CDN acceleration to reduce duplicate transmissions

3. Architecture layer optimization: distributed and edge computing

For enterprises with conditions, deeper level architecture optimization can be considered:

Read write separation architecture:

Establish a read-only replica database specifically for overseas query services

Implement data synchronization mechanism to ensure real-time and consistency of data

Route distribution for different types of query operations

Microservice transformation:

Deploy suitable service modules to edge nodes

Localized processing of critical business calculations

Establish a unified service governance system to ensure global consistency

3. Implementation Path: Gradual Optimization Process

1. Preparation stage: Comprehensive evaluation and scheme design

Current situation research: Collect access performance data from various regions through network monitoring tools and identify bottleneck points

Requirement analysis: Communicate with business departments to clarify performance optimization goals and priorities

Technical selection: Choose appropriate optimization solutions and technical routes based on the actual situation of the enterprise

2. Pilot phase: small-scale validation and optimization

Regional selection: Select 1-2 regions with the most prominent issues and the most important business as pilot areas

Implementation plan: Deploy network acceleration and application optimization measures

Effect evaluation: Compare and optimize the effect through A/B testing, collect user feedback

3. Promotion stage: step-by-step implementation and continuous optimization

Regional promotion: Based on the successful pilot, optimize the promotion plan by priority in different regions

Performance monitoring: Establish a continuous performance monitoring system to real-time monitor the access quality of each region

Iterative optimization: Continuously adjust and optimize solutions based on monitoring data and user feedback

summary

Systematic planning: comprehensive optimization from network, application to architecture, rather than local patching

Data driven decision-making: Developing optimization strategies based on real performance data and business requirements

Progressive implementation: reduce risks through pilot verification and step-by-step promotion to ensure success rate

Continuous optimization mechanism: Establish a long-term monitoring and optimization mechanism to adapt to changes in business development

The optimization of overseas ERP access is a continuous process that requires constant adjustment of optimization strategies based on technological development and business needs. Through systematic methods and correct technological choices, enterprises can achieve a qualitative leap in overseas user access experience, providing a solid digital foundation for the development of global business.

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: