Aerospike Database


Aerospike Database offers the lowest latency with predictable performance at any scale, industry-leading uptime, and requires up to 80% less infrastructure. Its hybrid memory architecture and strong consistency model make it ideal for mission-critical, real-time applications. Designed for high-throughput, low-latency workloads, Aerospike enables organizations to process billions of transactions while maintaining consistent performance and high availability.

Asteriosoft has over 8 years of experience working with Aerospike Database in production environments. Our team has hands-on experience with multiple use cases involving the use of Aerospike for streaming data analytics, real-time reporting, big data processing, high-load solutions, API application integration, and data migration.

From architecture design and cluster deployment to performance tuning and seamless integration, we help organizations unlock the full potential of the Aerospike platform. We design tailored Aerospike-based architectures that meet your business goals and technical needs. Whether you're building scalable AdTech platforms or accelerating data pipelines, our integration expertise ensures speed, reliability, and efficiency.
20+
years of developing Big Data solutions
1.5 M
queries per seconds processing
up to 50%
server costs optimisation

Aerospike DB Projects

  • DSP with 1.5M QPS
    Implementing a robust data management solution using Aerospike DB for a Demand-Side Platform in the AdTech industry. The DSP handles a high volume of real-time data, processing 1,5 million requests per second. The primary focus is on efficiently handling billion user profiles that require frequent read and update operations.

    The solution delivered predictable sub-millisecond response times, high availability, and seamless horizontal scalability while maintaining stable performance under heavy production workloads.
  • Advanced User Management System
    Designing a user interface for effectively managing user profiles stored in Aerospike. At the customer's request, as part of a larger project, we incorporated a connector from Aerospike to Elasticsearch for complex searches across a database containing billions of user profiles.

    This solution enabled fast profile retrieval, advanced filtering capabilities, and seamless management of large-scale datasets without impacting the performance of the operational database.
  • Integration of GLUU with Aerospike
    Integrating the existing GLUU-based infrastructure of a complex FinTech project with Aerospike by developing custom Java components for seamless integration between the two platforms. The solution enabled GLUU to store and manage user profiles, credentials, and session data in Aerospike, improving the performance of authentication and identity management processes.

    The platform achieved faster user authentication, lower response times, and improved scalability to support growing user volumes.

Advantages of Aerospike Database

The key benefits that make Aerospike the database of choice for high-load systems.
Aerospike DB
Aerospike DB
  • Ultra-Low Latency

    Delivers predictable sub-millisecond response times for real-time applications.
  • Massive Scalability

    Easily scales to billions of records and millions of transactions per second without compromising performance.
  • Lower Infrastructure Costs

    Hybrid memory architecture reduces hardware requirements by up to 80% while maintaining high performance.
  • High Availability & Reliability

    Built-in replication, automatic failover, and self-healing clusters ensure continuous operation with minimal downtime.
  • Optimized for Mission-Critical Workloads

    Ideal for high-load applications such as AdTech, financial services, fraud detection, real-time analytics, and IoT thanks to its consistent performance and strong consistency model.

Aerospike vs Redis

A technical comparison of 2 popular NoSQL databases.

  • Aerospike

    • Aerospike delivers predictable sub-millisecond latency even at massive scale.
    • Aerospike uses a hybrid memory architecture that combines RAM and SSDs for high performance and cost efficiency.
    • Aerospike is built to scale horizontally to billions of records and millions of transactions per second.
    • Aerospike reduces infrastructure costs by minimizing RAM requirements through efficient SSD usage.
    • Aerospike is ideal for real-time analytics, AdTech, fintech, fraud detection, and other mission-critical applications.
  • Redis

    • Redis provides extremely fast in-memory performance but is optimized for datasets that fit in RAM.
    • Redis primarily stores data in memory, with optional persistence to disk.
    • Redis supports clustering but is generally better suited for smaller active datasets.
    • Redis typically requires more memory, making large deployments more expensive.
    • Redis is best suited for caching, session management, queues, leaderboards, and pub/sub messaging.
How We Develop Aerospike Solutions
Discovery & Architecture
We analyze your business requirements, workloads, and infrastructure to design an optimal Aerospike architecture.
Deployment & Configuration
We deploy and configure Aerospike clusters in cloud, on-premises, or hybrid environments with high availability and scalability.
Integration & Development
We integrate Aerospike with your applications, APIs, data pipelines, and third-party systems while implementing custom business logic.
Migration & Performance Optimization

We migrate data from existing databases, optimize cluster performance, and validate the solution through comprehensive testing.
Production Support
We monitor, maintain, and continuously optimize your Aerospike environment to ensure reliability, security, and long-term performance.
Оur clients
Q&A About Aerospike Database
  • What is Aerospike Database?

    - Aerospike is a distributed NoSQL database designed for real-time applications that require ultra-low latency, high throughput, and horizontal scalability. Its hybrid memory architecture combines RAM and SSD storage to deliver predictable performance while reducing infrastructure costs. Aerospike is widely used for mission-critical workloads such as real-time analytics, AdTech, fraud detection, financial services, and customer data platforms.
  • Does Aerospike support SSD storage?

    - Yes. Aerospike is designed to use SSDs as part of its hybrid memory architecture, combining RAM and high-performance flash storage to deliver predictable low-latency performance. This approach enables efficient handling of large datasets while reducing memory requirements and infrastructure costs.
  • Can Aerospike be integrated with my application?

    - Yes. Aerospike provides client SDKs for popular programming languages and supports integration through APIs, connectors, and streaming platforms such as Kafka. It can be seamlessly integrated with existing applications, microservices, analytics platforms, and cloud environments with minimal disruption to business operations.
  • How does Aerospike reduce infrastructure costs?

    - Aerospike reduces infrastructure costs through its hybrid memory architecture, which stores indexes in RAM while keeping data on high-performance SSDs. This minimizes memory requirements, enables efficient use of commodity hardware, and reduces the number of servers needed to support large-scale workloads.
  • Do you provide Aerospike architecture consulting?

    - Yes. We provide Aerospike architecture consulting to help organizations design scalable, high-performance database solutions tailored to their business and technical requirements. Our services include architecture design, cluster sizing, performance optimization, deployment planning, migration strategy, and integration with existing applications and data platforms.
  • Can you migrate data from Redis or MongoDB to Aerospike?

    - Yes. We have experience migrating data from databases such as Redis and MongoDB to Aerospike with minimal downtime and data integrity preserved. Our team handles migration planning, data transformation, application integration, testing, and performance optimization to ensure a smooth transition.
See also