Consistent, available, and cost-efficient at any scale
Consistent, available, and cost-efficient at any scale
Query, troubleshoot, and visualize your data — and connect Claude, Cursor, and other coding agents directly to your cluster. Free preview for Mac, Windows, and Linux.
Query, troubleshoot, and visualize your data — and connect Claude, Cursor, and other coding agents directly to your cluster. Free preview for Mac, Windows, and Linux.
The Aerospike difference
The Aerospike difference
Aerospike’s patented Hybrid Memory Architecture delivers memory-like latency, with the durability and low cost of SSDs.
Learn More — In-memory speeds at disk prices
LexisNexis leverages 1.3 petabytes of data to build the world’s largest identity network, with full access across the entire set.
A deterministic architecture keeps response times tightly bounded, delivering predictable performance even under heavy load and through prolonged operational stress.
Learn More — Industry-leading tail latency that endures for years
Criteo consolidated 3,200 servers to 800, achieving 250M transactions per second with a 50ms end-to-end SLA.
Multiple consistency modes: high availability with no replica divergence, or strong consistency with ACID-compliant transactions – even at RF2.
Learn More — Relational-grade consistency and correctness
Wayfair achieves 1M TPS for predictive AI recommendations with sub-millisecond P99.9 latency, using just seven nodes.
LexisNexis leverages 1.3 petabytes of data to build the world’s largest identity network, with full access across the entire set.
The Aerospike difference
The Aerospike difference
Aerospike’s patented Hybrid Memory Architecture is designed to give your applications access to more data, faster, without blowing up your cloud bill.
Learn More — Real-time data on a cost-optimized architecture
LexisNexis saved $3.3M over three years, running the world’s largest identity network for AI-powered fraud prevention.
The speed of user experience is defined by the slowest lookup in the data path. Aerospike’s exceptional tail latency ensures every user interaction can leverage more data without stalling.
Learn More — Predictable customer experiences at scale
Criteo delivers a trillion ads every day. Aerospike replaced a two-tier setup (database + cache), reducing servers by 75%.
Configurable consistency levels provide relational-like accuracy, without relational slowdowns or scale limitations.
Learn More — Built-in safeguards for your most critical data
Wayfair provides real-time delivery updates to millions of customers, based on live end-to-end supply-chain data.
LexisNexis saved $3.3M over three years, running the world’s largest identity network for AI-powered fraud prevention.
Aerospike for AI
Leveraging hundreds of data points per inference improves accuracy, but brings P99 latency into play on every run. Bounded tail latency keeps models accurate at scale.
Learn More — Predictive AI
Improve engagement quality by handling live context data for millions of users in parallel: preferences, activities, and vectors.
Learn More — Generative AI
Store intermediate results as micro-datasets; enable agents to chain reasoning, resume workflows, and avoid re-fetching.
Learn More — Agentic AI
Aerospike for AI
Improve AI accuracy by using more signals per decision, without slowing down users.
Learn More — Predictive AI
Deliver more relevant engagements by grounding generative AI in real-time user context across millions of users.
Learn More — Generative AI
Build your agentic apps the right way: keep agents aligned by storing step-by-step outputs as they plan, reason, and act.
Learn More — Agentic AI
Aerospike Cloud
A fully-managed, self-service platform for operating Aerospike Database in hyperscale clouds, securely peered to your VPC.
Learn More — Aerospike Cloud
Specialist Aerospike SREs operate and maintain Aerospike Database in your preferred hyperscale cloud, within your VPC.
Learn More — Managed Service
Deploy and manage Aerospike Database with total control. Use official container images, Kubernetes, VMs, or bare metal.
Learn More — Self Managed
Aerospike Cloud
A fully managed database-as-a-service platform, securely connected to your cloud and built to support business agility.
Learn More — Aerospike Cloud
Specialist Aerospike SREs run the database in your cloud of choice, so your data stay resident without the operational pain.
Learn More — Managed Service
Deploy anywhere with full control – Kubernetes, bare metal, or VMs – with no hyperscale lock-in now or in the future.
Learn More — Self Managed
Easily connect to Spark, Kafka, and more, with streaming ingestion and CDC connector options.
Recognizing developers building data infrastructure that stays fast, stays up, and stays cost-efficient at scale.
Start simple, then layer in powerful abstractions like collection data types and server-side functions that execute close to your data.
# Connect to Aerospike
client = aerospike.client(
{'hosts': AS_CLUSTER_IPS}
).connect()
# Save a Record
client.put(('user_data', 'user_profiles', MY_UUID), {
'username': 'jvonneumann',
'email': 'jvonneumann@ias.edu'
})
# Retrieve and print the Record
my_user = client.get(('user_data', 'user_profiles', MY_UUID))
print("Retrieved user:", my_user)
# TODO: write business plan... 🤔
profit()Get hands-on with Aerospike – start coding, deploying, and scaling in minutes with interactive learning.
Aerospike helps global leaders deploy and operate their most critical applications with confidence.
# Connect to Aerospike
client = aerospike.client(
{'hosts': AS_CLUSTER_IPS}
).connect()
# Save a Record
client.put(('user_data', 'user_profiles', MY_UUID), {
'username': 'jvonneumann',
'email': 'jvonneumann@ias.edu'
})
# Retrieve and print the Record
my_user = client.get(('user_data', 'user_profiles', MY_UUID))
print("Retrieved user:", my_user)
# TODO: write business plan... 🤔
profit()
Press Release
Media coverage
Industries and use cases
Industries
Real time decisions help deliver stronger bidding, sharper targeting, and more relevant ads across every impression.
Specialist Use Cases
Real time responsiveness supports sharper personalization, safer transactions, and a smoother path from browse to buy.
Specialist Use Cases
Underlying the systems that move money, detect risk, and keep economies running.
Specialist Use Cases
Trusted by gaming platforms to drive session integrity, competitive fairness, and real-money play.
Specialist Use Cases
Reliable real time access to user and content data helps deliver sharper personalization and faster digital experiences serving millions
Specialist Use Cases
Built for big ideas that move fast. Adapt pricing, payments, and deliveries on the fly.
Specialist Use Cases
Powering carrier-grade OSS and BSS platforms supporting billions of subscribers globally.
Specialist Use Cases
Industries and use cases
Industries
Real time decisions help deliver stronger bidding, sharper targeting, and more relevant ads across every impression.
Specialist Use Cases
Real time responsiveness supports sharper personalization, safer transactions, and a smoother path from browse to buy.
Specialist Use Cases
Underlying the systems that move money, detect risk, and keep economies running.
Specialist Use Cases
Trusted by gaming platforms to drive session integrity, competitive fairness, and real-money play.
Specialist Use Cases
Reliable real time access to user and content data helps deliver sharper personalization and faster digital experiences serving millions
Specialist Use Cases
Built for big ideas that move fast. Adapt pricing, payments, and deliveries on the fly.
Specialist Use Cases
Powering carrier-grade OSS and BSS platforms supporting billions of subscribers globally.
Specialist Use Cases
Compare Aerospike to other popular databases across diverse workloads.
Cost efficiency
Up to 9.5× lower cost per transaction with infrastructure savings near 80%.
Latency
20 - 40% lower P99 latency with 2× higher throughput across workloads.
Cost efficiency
Up to 5.4× better cost efficiency.
Latency
Up to 9× higher throughput with 12 - 50× lower latency.
Cost efficiency
Up to 5× better cost efficiency and 70%+ reduction in required nodes.
Latency
Up to 3.5× higher throughput with up to 9× lower read latency.
Cost efficiency
70% lower cost at scale for high-data, high-throughput workloads.
Latency
75% lower P99 latency across 70/30 and read-only workloads up to 10 TB.
Compare Aerospike to other popular databases across diverse workloads.
Cost efficiency
Up to 9.5× lower cost per transaction with infrastructure savings near 80%.
Latency
20 - 40% lower P99 latency with 2× higher throughput across workloads.
Cost efficiency
Up to 5.4× better cost efficiency.
Latency
Up to 9× higher throughput with 12 - 50× lower latency.
Cost efficiency
Up to 5× better cost efficiency and 70%+ reduction in required nodes.
Latency
Up to 3.5× higher throughput with up to 9× lower read latency.
Cost efficiency
70% lower cost at scale for high-data, high-throughput workloads.
Latency
75% lower P99 latency across 70/30 and read-only workloads up to 10 TB.
With Aerospike, the majority of data can be kept in storage that costs one-tenth [of the cost of Redis]. We were able to cut our infrastructure costs by almost 85%, and we also needed to maintain it a lot less.
Before Aerospike, we were spending more and more of our time on the care and feeding of Cassandra, and less and less time building new product offerings. With Aerospike, we’ve cleared our roadmap to focus on new functionality for our customers.
As we evaluated and tested Aerospike, we realized it could replace both MongoDB and Memcached. What blew my mind was the performance. It was sub-millisecond from the start.
Total infrastructure cost dropped significantly when moving from Amazon DynamoDB. Internal modeling showed more than $10M in projected savings at similar scale and traffic.
Moving our real-time session use case to Aerospike [from ElasticSearch and Couchbase] gained us predictable and persistent performance with linear scalability and 10x better latency, while reducing hardware costs by 40%.
Our Aerospike-powered key-value storage system peaks at about 290 million queries per second.
With Aerospike, the majority of data can be kept in storage that costs one-tenth [of the cost of Redis]. We were able to cut our infrastructure costs by almost 85%, and we also needed to maintain it a lot less.
Before Aerospike, we were spending more and more of our time on the care and feeding of Cassandra, and less and less time building new product offerings. With Aerospike, we’ve cleared our roadmap to focus on new functionality for our customers.
As we evaluated and tested Aerospike, we realized it could replace both MongoDB and Memcached. What blew my mind was the performance. It was sub-millisecond from the start.
Total infrastructure cost dropped significantly when moving from Amazon DynamoDB. Internal modeling showed more than $10M in projected savings at similar scale and traffic.
Moving our real-time session use case to Aerospike [from ElasticSearch and Couchbase] gained us predictable and persistent performance with linear scalability and 10x better latency, while reducing hardware costs by 40%.
Our Aerospike-powered key-value storage system peaks at about 290 million queries per second.
