Costly Self-hosted System
Traditional IT system construction features huge initial investment, low resource utilization, and long construction period from planning to implementation, which cannot meet fast service rollout requirements.
High O&M Costs
A self-hosted IT system requires a professional O&M team to maintain IT facilities and resolve problems in a timely manner. The cost is high and enterprises cannot focus on core services.
Insufficient Capacity and Poor Reliability
Generally, audio and video data during financial transactions must be stored for at least 10 years, which poses great challenges to enterprises in storage capacity and reliability in both production and disaster recovery scenarios.
Network Security Risks
To cope with various network attacks such as SQL injections, XSS attacks, DDoS attacks, and Trojan horses, professional security teams and effective security products are required to protect service data.
Deploys a dual-recording system based on HUAWEI CLOUD to record and store audios and videos during financial transactions,for review and random check, meeting the requirement that the sales of financial products must be traceable and manageable.
- Instant on-demand provisioning
- Load balance and high-concurrency access
- Reliable large-capacity storage
- Single-click backup and restoration
- Comprehensive security protection
- Dynamic BGP and automatic failover
Object Storage ServiceBased on a multi-level reliability architecture, the data durability reaches 99.999999999 (eleven nines), which ensures reliable data recording and storage of the dual-recording system.
Elastic Load BalanceClusters provide high-concurrency connections to meet the high-concurrency access requirements of the dual recording system. In addition, clusters can be deployed across AZs to meet high availability requirements.
Cloud Server Backup ServiceCloud Server Backup Service (CSBS) creates consistent online backup for all EVS disks under a cloud server without shutting down the server. This ensures data security and reliability of the service system.