Edge Load Balancing
Edge load balancing, built on the mature Nginx platform, offers comprehensive Layer 4 and 7 services at edge data centers. Deployed via VMs, it supports resource scaling based on actual needs, optimizing performance and cost. Multi-VM architecture ensures high availability and continuity. It also supports full automation for deployment and management, enhancing operational efficiency and accuracy.
Our Advantage
Stable And Reliable
Provide stable and reliable load balancing services to improve the response time and availability of applications.
Automation
Reduce operational burden and lower labor costs through automation and intelligent tools.
Flexible Deployment
Flexible deployment and scaling capabilities to adapt to business environments of various sizes and needs.
High Availability
High availability design to minimize service interruptions and business risks.
Product Architecture Implementation
Product Feature Preview
Load Balancing Based On Nginx
4 layer load balancing: Based on IP addresses and port numbers, it evenly distributes traffic, optimizes the use of network resources, and enhances service stability.
7 layers load balancing: Based on application layer data (such as HTTP headers, URLs, etc.), it performs more granular traffic management and routing, supporting complex routing strategies and intelligent decision-making.
Virtual Machine Deployment And Elastic Scaling
Deployment flexibility: Deployed through virtual machine technology, it supports flexible deployment on various cloud platforms or in private environments.
Dynamic scaling: Based on real-time monitoring of load and preset rules, it automatically adjusts the number of backend resources to ensure handling of peak traffic or cost savings during idle periods.
High Availability Architecture
Multi-VM deployment: Multiple virtual machines are deployed, and through health checks and failover mechanisms, continuous service availability is ensured even in the event of a single point of failure.
Data center redundancy: Supports deployment across data centers, further enhancing the system's fault tolerance and disaster recovery speed.
Automated Deployment And Configuration Management
Automated deployment: Utilizing scripts or configuration management tools such as Ansible to achieve one-click deployment and rapid launch.
Intelligent configuration management: Centralized management of configuration files and policies, supporting batch updates and rollbacks to ensure consistency and accuracy of configurations.
Customer Story
Global Network Speed TestIndonesia's geography causes varying network latency, with over 100ms delay in the eastern regions when using Singaporean cloud services. After research, a customized IP sample was provided. Following testing, an Indonesian bare-metal plus edge network solution was adopted to enhance player experience.
Case Detail
A Large-Scale MMORPG GameThrough five rounds of network speed testing, the coverage quality of the three major cloud services in North America, Western Europe, and Eastern Europe is compared, while also analyzing the performance and cost of each model. Based on this, an optimal deployment plan that balances quality and cost is proposed to meet business requirements.
Case Detail
A large shooting competitive gameA shooting competitive FPS game, which adopts the global hall+battle suit architecture, has high requirements for network quality, and the client to server delay is less than 80ms. However, due to the complex overseas network conditions, there is a lack of effective means to obtain the network delay from different regions and operators to the server.
Case Detail
Game Fabric high quality, low latency networkA well-known game development studio is committed to developing high-quality games and enjoys a good reputation in the game industry. The studio's game works cover many types of games, including action adventure, role playing, shooting, etc. They pay attention to the story of the game, screen performance and play method innovation, and strive to bring unique and unforgettable game experience to players. As the number one project in 2024, the research and development of Moba shooting games is expected to be launched in more than 60 regions worldwide. To ensure that players get the best experience, they need a network with low latency and high stability.
Case Detail
Edge ComputingA large multiplayer online first person shooting game has been released and operated steadily worldwide for several years. The game itself has high requirements for network quality delay. The client server delay is higher than 80ms, which affects the player experience. The optimal situation is 50ms. The original game battle clothes are mainly deployed on the public cloud, with high cost.
Case Detail
Edge Load BalancerA large game deploys a large number of game servers in the bare metal machine room of OIT, and the server will generate a large number of real-time data and game logs. To this end, the business needs to deploy multiple database instances and log server instances to handle a large number of concurrent accesses. The business side hopes that OIT can provide intranet load balancing services.
Case Detail
Edge Network AccelerationA component service team provides in game real-time communication services for multiple large games. This service has high requirements for network quality delay.
Case Detail
