Powering real-time, data-intensive workloads in government
Many of today’s federal IT infrastructures struggle to effectively manage today’s and tomorrow’s digital resources. Often, they are fractured by disparate technologies and architectures, proprietary systems and solutions, organizational silos, and geographical locations. Aerospike understands that federal agencies require a real-time data platform with predictable performance up to petabyte scale and within a minimal hardware footprint.
Benefits of Aerospike for your federal agency
With Aerospike, federal agencies have a reliable, secure, high-performing data platform that can accelerate IT modernization goals and bring enterprise data strategies to reality. This unique ability to pair extreme-scale data applications with consistently high performance and availability, robust security, and reduced server footprint enables us to support the most demanding, data-intensive government workloads.
AI and Machine Learning
Simplify the routing, processing and analysis of key data, enabling automatic delivery of insights from large volumes of rapidly changing data points and empowering more incisive decision making.
Personalized citizen services
Improve life of citizens with open data, government transparency and better policymaking.
Edge computing at scale
Overcome latency and bandwidth problems to deliver a better customer experience, even at petabyte scale.
Operational and financial compliance
Ensure fraud does not occur during customer interaction with real-time digital ID validation.
High performance computing
Deliver millions of IOPS with millisecond latency, and scale from terabytes to petabytes with five nines of reliability.
5G architecture
Sync edge datacenters via XDR, with models and decisioning onboard or at the edge.
Why federal agencies choose Aerospike
We believe it is not sufficient simply to run extreme-scale workloads — it must be done securely, on the smallest possible server footprint, and deliver predictable performance and unrivaled availability. We have invested heavily in our multi-patented, next-generation technologies that make this possible.
Extreme scale (petabytes of data, millions of transactions per second)
Sub-millisecond latency
99.999% availability
Robust enterprise security (data encryption in-motion/at rest, authentication, access control, more)
Easy portability for any type of deployment
Ubiquitous data layer across applications (for cross-enterprise, joint service, or interagency collaboration)
Customers typically reduce server footprint by 80% even as business and data grows
Open-source integrations
Discover how Aerospike addresses government technology needs and supports agency missions
Aerospike offers federal agencies an advanced, distributed, real-time data platform — built upon our patented Hybrid Memory Architecture™ — to connect data instantly across an agency, regardless of where the data resides. Today, our products are trusted by some of the biggest names in banking and financial services, telecommunications, retail, advertising, and — more recently — the federal government to power their most data-intensive, real-time operations.
Additional resources
For a deeper understanding and more insights, explore these additional resources.
- Solution brief
Gaining a real-time decision advantage at the tactical edge
Discover how Aerospike addresses bandwidth and connectivity limitations in tactical edge environments, ensuring real-time decision-making and data resiliency in resource-constrained scenarios.
- White paper
Managing Real-time Data Demands for Federal Agencies
To effectively work with data in real time, agencies need a platform built to handle current and future data demands.
- Case study
Achieving Higher Levels of Autonomy for Advanced Battle Management
Despite the tremendous technological advances made in the last decade, achieving high levels of autonomy in uncertain, unstructured, and dynamic environments remains challenging and somewhat controversial.
Get started with Aerospike
For high-performance, scalable data management and ultra-low latency, ideal for handling massive datasets and real-time applications.
