Updated on 2025-09-04 GMT+08:00
Resilience
- GeminiDB Redis API uses the DFV pool with three-copy storage, so data can be persistently stored in real time. It offers solutions like multi-AZ deployment, failover in seconds, load balancing, and node scale-in, to guarantee instance reliability and availability.
- GeminiDB Influx API uses the DFV pool with three-copy storage and high write performance. It offers solutions like multi-AZ deployment and autoscaling to guarantee instance reliability and availability.
- GeminiDB Cassandra API uses the DFV pool with three-copy storage and supports 24/7 online writes. It offers solutions like intra-region DR, cross-region dual-active DR, multi-AZ deployment, N-1 fault tolerance, and autoscaling to guarantee instance reliability and availability.
- GeminiDB DynamoDB-Compatible API uses the DFV pool with three-copy storage. Data can be seamlessly migrated without refactoring. GeminiDB DynamoDB-Compatible API also offers solutions like multi-AZ deployment, N-1 fault tolerance, and autoscaling to guarantee instance reliability and availability.
- GeminiDB HBase API uses the DFV pool with three-copy storage. Failover can be completed within seconds. GeminiDB HBase API also offers solutions like multi-AZ deployment, N-1 fault tolerance, and autoscaling to guarantee instance reliability and availability.
- GeminiDB Mongo API uses the DFV pool with three-copy storage and supports 24/7 real-time writes. It offers solutions like multi-AZ deployment, N-1 fault tolerance, and autoscaling to guarantee instance reliability and availability.
Figure 1 Reliability architecture

Parent topic: Security
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