Aerospike provides a distributed NoSQL database optimized for real‑time, high‑throughput applications, delivering predictable sub‑millisecond latency at any scale. Its hybrid memory architecture lets users store data in memory, flash, or block storage to reduce infrastructure costs while supporting key‑value, document, and graph models, and Aerospike 8 adds strict serializable ACID transactions with active‑active replication for strong consistency and global availability.
Funding
Funding not disclosed
CIFounders
Product
Problem
Enterprises that require real-time data processing face challenges with existing databases that either incur high infrastructure costs, deliver inconsistent sub-millisecond latency, or lack strong consistency for transactional workloads. Scaling these systems often leads to complex operations, frequent downtime, and limited flexibility in data models.
Solution
Aerospide offers a distributed NoSQL database designed for real-time applications, delivering predictable sub‑millisecond response times at any scale. Its hybrid memory architecture lets users store data in memory, flash, or block storage, optimizing cost while maintaining high throughput. Aerospike 8 adds strict serializable ACID transactions, enabling strong consistency for financial and regulatory use cases without sacrificing performance. Built‑in cross‑datacenter replication provides both asynchronous and synchronous active‑active modes for global availability and disaster resilience. The platform supports key‑value, document, and graph data models through a single engine, allowing developers to choose the appropriate structure for each part of an application.
Target Audience
Primary customers are enterprises building real‑time, high‑throughput applications such as ad‑tech platforms, AI/ML pipelines, fraud detection systems, IoT services, and customer‑360 personalization solutions.
Features
- Sub‑millisecond latency with up to 290 million queries per second, using 80 % less infrastructure than competing databases
- Hybrid memory architecture (in‑memory, memory‑flash, all‑flash, or block storage) for cost‑efficient scaling from gigabytes to petabytes
- Distributed ACID transactions with strict serializability (Aerospike 8) for strong consistency
- Multi‑model support (key‑value, document, graph) powered by a unified core engine
- Self‑healing cluster with fast failover, auto‑sharding, and 99.999 % uptime guarantees
- Active‑active replication options: asynchronous XDR for global data hubs and synchronous replication for always‑on, strongly consistent transactions
- Comprehensive developer tooling: open‑source client libraries, code samples, quickstarts, and integrated framework support