Overseas OA Access Performance Leap: Application of Cloud Acceleration and Intelligent Routing Tech

 Overseas OA Access Performance Leap: Application of Cloud Acceleration and Intelligent Routing Technology??? Solution//Global IPLC service provider of Shigeng Communication

一、For multinational enterprises, efficient access to the OA (Office Automation) system located at headquarters by employees distributed globally is the lifeline for smooth business operations. However, the network latency caused by physical distance, packet loss due to international link congestion, and the "walled garden" of cross operator mutual visits often lead to the "slow speed" dilemma when accessing OA from overseas: a simple approval process takes several minutes, critical document uploads are frequently interrupted, and video conferencing lags have become the norm.

Core Technology Engine: A Dual Wheel Driving Performance Leap

Cloud Acceleration Technology: Building a Global High Speed Access Network

TCP optimization: Based on the characteristics of long-distance and high latency links, optimize TCP protocol parameters (such as window size and congestion control algorithm), significantly reduce the waiting time for confirmation during transmission, and significantly improve single connection throughput.

Efficient compression: intelligently compress the transmitted HTTP/HTTPS content, reduce data volume, and decrease transmission time.

Intelligent caching: for static resources in OA systems

Global distributed nodes: Service providers deploy a large number of high-speed access points (POP) in major regions around the world. When overseas users access OA, the traffic is first intelligently directed to the nearest POP node.

Link optimization and protocol enhancement:

Balancing security and performance: Complete SSL/TLS offloading or adopt more efficient private encryption protocols at POP nodes to reduce the encryption and decryption burden on the source server, while ensuring data transmission security.

Intelligent routing technology: dynamically selecting the optimal network path

Real time network detection: Continuously and actively detect the network link status between different operators and regions around the world, collecting key indicators such as latency, packet loss rate, jitter, and bandwidth utilization.

Multi path fusion and dynamic scheduling: no longer relying on a single international operator link. The intelligent routing system integrates the backbone network resources of many high-quality operators, and even uses SD-WAN technology to establish hybrid links (such as MPLS+international dedicated lines+high-quality Internet).

Millisecond level intelligent routing: Based on real-time detection data and big data prediction models, the system can dynamically select the current optimal transmission path for each user session or even each data packet at the millisecond level. Avoid congested nodes and faulty links to ensure that OA access traffic always travels on the "smoothest highway".

Application awareness: It can identify different types of OA traffic (such as email, file transfer, video conferencing, database access) and apply different routing policy priorities based on their sensitivity (latency sensitive, bandwidth sensitive).

Deployment and Implementation: The Path to High Performance

Requirement assessment: Clarify the main user distribution areas, existing access pain points, performance goals (such as latency requirements, bandwidth requirements), and security compliance requirements.

Service provider selection:

Node coverage: Evaluate whether the service provider's POP nodes cover the critical business areas of the enterprise.

Network resources: examine the quality and diversity of the operator resources they cooperate with.

Intelligent routing capability: focus on its detection accuracy, scheduling algorithm maturity, and visualization ability.

Security: authentication standards, encryption capabilities, DDoS protection, etc.

Management and Support: Console usability, report functionality, technical support response.

Deployment mode:

Client mode: Install lightweight client software on the employee terminal to automatically connect to the nearest POP.

Gateway mode: Deploy hardware or virtual gateway devices in enterprise branch offices, aggregate local traffic, and access headquarters OA through accelerated network.

Mixed mode: Combining client and gateway modes to adapt to different scenarios.

Configuration and optimization: Configure acceleration policies, caching rules, and security policies for OA applications. Utilize detailed performance reports and analysis tools provided by service providers to continuously monitor and optimize access performance.

Effective display: Transformation from pain to smoothness

A multinational manufacturing group: Asia Pacific and European factories visit the OA system located in North America:

Access latency: reduced from an average of 500ms+to within 100ms.

Key operational speed: Reduce process submission and large attachment upload time by 80%.

Stability: Access interruptions caused by the network are basically eliminated.

Employee experience: Overseas employees have provided feedback that it is as smooth as accessing locally, and collaboration efficiency has significantly improved.

A large financial institution: Global branches access core business OA:

The access speed during peak hours has increased by more than 5 times.

Reduce the time consumption of key business operations (such as approval and report generation) by 70%.

Effectively ensuring the timeliness and continuity of global business.

Future outlook: Continuous evolution and integration

SASE architecture integration: Cloud acceleration and intelligent routing, as core network capabilities, will be deeply integrated into the secure access service edge architecture, providing an integrated, high-performance, and highly secure global access solution.

AI/ML deep empowerment: Utilizing artificial intelligence and machine learning to more accurately predict network fluctuations, automatically optimize routing strategies, intelligently identify and alleviate application performance bottlenecks.

Edge computing integration: deploy some lightweight OA application logic or cache at edge nodes close to users to further reduce back to source delay and improve real-time interaction experience.

conclusion

The collaborative application of cloud acceleration and intelligent routing technology provides a powerful and mature solution for multinational enterprises to overcome the performance bottleneck of overseas OA access. It minimizes the network challenges caused by physical distance by building a high-speed network access layer that covers the world and using intelligent algorithms to achieve dynamic optimal routing. The result is not only an order of magnitude increase in access speed, but also a qualitative change in global team collaboration efficiency, optimization of operating costs, and strong support for enterprise globalization strategy. Faced with increasingly fierce international competition, deploying cloud acceleration and intelligent routing has become an inevitable choice for enterprises to build efficient, agile, and borderless digital office spaces. It's time to say goodbye to lag and delay, and let global collaboration truly run smoothly.

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: