From player access and updates to runtime security, plan compute, network and data resources by game type.
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Configuration
Choose the right configuration for maximum performance
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DDoS attack
Keep services secure and stable, and users' networks flowing
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Data Backup
Resolve data pile-ups and eliminate leftover files
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I/O throughput
Better system performance with less network consumption
依据实际业务需求，组合资源与运维策略。
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- Connecting players worldwide
- Plan regions and network access around player distribution and real business needs.
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- High-performance cloud products
- Size cloud servers to game compute loads and watch peak-period usage.
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- Enjoy your dedicated cluster
- Assess a suitable deployment based on isolation, network type and resource scale.
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- Cloud data storage and delivery
- Plan storage for game logs and update files, and consider distribution based on how players access them.
Match the deployment approach to how mobile, browser and PC games are accessed.
Pain points:
1. Mobile games have a large, high-retention user base with frequent version and resource updates.
2. Peak and off-peak periods are distinct and regular while the business grows rapidly.
3. Heavy compute needs ample bandwidth and high packet throughput.
4. Cross-region deployment needs
Solution:
1. Assess the mix of cloud servers, load balancing and bandwidth by game type.
2. Plan compute resources for peak and off-peak hours based on player activity patterns.
3. Plan deployment locations and data storage around player distribution and regional access experience.
Pain points:
1. Browser-based PC games typically face heavy data read/write caused by large volumes of offline interaction.
2. Because players download while playing, content download acceleration is critical.
3. Cheat tools often break game balance, and attacks are common.
Solution:
1. The gaming cloud combines CLB, private networks and elastic services to scale servers automatically, letting users adjust resources on demand at any time.
2. A CDN optimizes image downloads, provides on-the-fly image processing and nearby delivery, improving game stability and player experience.
3. Multi-layer protection against ARP/IP spoofing, APT, DDoS and web attacks effectively reduces attack risk.
Pain points:
1. These are usually large real-time competitive games with rich gameplay that generate massive communication packets.
2. Real-time competition demands low-latency data exchange, plus fair play and good experience for players in different regions.
3. Concurrent player counts fluctuate, making resource sizing hard to predict.
Solution:
1. High-performance infrastructure with an optimized and upgraded network layer meets very high network throughput.
2. Deploy services in the same region with high-speed interconnects, and plan network access around player geography to protect cross-region experience.
3. Elastic auto-scaling supports horizontal and vertical adjustment to fit each business stage.
Combine products from compute and load balancing to databases and security, based on real needs.
