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Aerospike

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description Aerospike Overview

Aerospike is a NoSQL database designed for high-performance, real-time applications. It uses a unique hybrid memory architecture (Flash/NVMe and RAM) to provide the speed of an in-memory database with the capacity of a disk-based system. This makes it exceptionally well-suited for workloads requiring consistent sub-millisecond latency at massive scale, such as ad-tech, fraud detection, and real-time bidding.

help Aerospike FAQ

What makes Aerospike's hybrid memory architecture unique?

Aerospike uses a hybrid memory architecture that stores indexes purely in RAM while keeping the actual data on NVMe or SSD storage. This allows the database to deliver in-memory speeds for reading and writing while maintaining the massive capacity and lower costs of disk-based storage.

What are common use cases for the Aerospike NoSQL database?

Aerospike is primarily used for high-performance, real-time applications that require low-latency access at a massive scale. Common use cases include session stores, recommendation engines, fraud detection systems, and real-time bidding platforms.

How does Aerospike compare to Redis for caching?

While Redis is an in-memory data structure store often used for caching, Aerospike is a distributed key-value store designed for persistent high throughput. Aerospike typically requires significantly less RAM than Redis because it offloads data to solid-state drives while maintaining similar speed.

What query language or API does Aerospike support?

Aerospike provides client libraries for languages like Java, Python, Go, and C to interact with its distributed database. It also offers Aerospike Query Language (AQL) for developers to perform basic queries and manage data, though it does not use SQL natively.

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