Aerospike Graph vs. Amazon Neptune Database: A graph database performance comparison
This benchmark compares Aerospike Graph v3.0.0 and Amazon Neptune v1.2.1.2 on a representative identity graph workload using equivalent hardware and a ten-million scale factor dataset (35 GB of CSVs). The evaluation focused on four key metrics for identity resolution and activation.
Leveraging the Hybrid Memory Architecture in Aerospike Database 8 and a separation of compute and storage, Aerospike Graph provides predictable low latency, high ingest rates, and real-time traversal at scale, establishing it as the superior choice for identity graph workloads.
Key findings
Significantly lower p99 read and write latency
Higher sustained throughput under increasing concurrency
Faster bulk ingestion and reduced time to production
Lower infrastructure cost for the same workload
Aerospike Graph vs. Amazon Neptune Database: A graph database performance comparison
This benchmark compares Aerospike Graph v3.0.0 and Amazon Neptune v1.2.1.2 on a representative identity graph workload using equivalent hardware and a ten-million scale factor dataset (35 GB of CSVs). The evaluation focused on four key metrics for identity resolution and activation.
Leveraging the Hybrid Memory Architecture in Aerospike Database 8 and a separation of compute and storage, Aerospike Graph provides predictable low latency, high ingest rates, and real-time traversal at scale, establishing it as the superior choice for identity graph workloads.
Key findings
Significantly lower p99 read and write latency
Higher sustained throughput under increasing concurrency
Faster bulk ingestion and reduced time to production
Lower infrastructure cost for the same workload
