Telecommunications
In-memory computing drives high-performance, low-latency, resilient, secure, manageable, and massively scalable telecom applications

5G, Wi-Fi 6, and other mobile and fixed wireless services are dramatically increasing connection density and hundreds of billions of interconnected devices are generating data volumes never before seen.
Telecom companies have the opportunity to unlock the value of the data generated by these devices and customers using artificial intelligence and machine learning to create new services and greater efficiencies. But first, the data in myriad applications and repositories must be accessed, processed, and applied to transactions or turned into actionable insights―instantly and at scale.
The GridGain In-memory Computing Platform can be inserted between existing application and data layers with only incremental changes to dramatically speed up and scale-out applications. It's a powerful, distributed computing solution that provides massive scalability and up to a 1000% increase in application performance.
For telecommunications companies, the ability to connect disparate data stores for on-demand, real-time analytics using open APIs and standards-based communication protocols has many benefits, from more expansive views of customer behavior and preferences for new revenue generation to achieving greater operational efficiencies.
Telecom feeds OSS and BSS applications at in-memory speed for better user experience and more efficient operations
Mobile provider promotes benefits of 3 ms latency for cloud-native services with high throughput from core to edge
Leading over-the-top provider delivers a consistent 2 ms user experience at lower cost than database-centric alternative
GridGain Telecommunications Use Cases
Customer Success

Hewlett Packard Enterprise (HPE) uses Apache Ignite and the GridGain In-memory Computing Platform to deploy cloud-native, private 5G core networks for mobile operators. According to Alain Guigui, 5G Chief Architect, Hewlett Packard Enterprise, Communications & Technology Group, "We tie a logical network on top of a physical network and apply it to a specific vertical with specific QoS qualities, charging, and networking properties to guarantee the latency and the reliability." To achieve ultra low latency, HPE determined that the core network has to become distributed, flexible, and manageable. "Knowing our use cases and workloads, trying to achieve ultra-low latency of 1 ms was very critical to us." HPE chose Ignite on the GridGain platform because it checked all the boxes. The 5G network architecture also uses GridGain as a hybrid storage environment, first in-memory and then on disk.

Motorola used GridGain Enterprise Edition for a global, multi-site deployment architecture for mission-critical communications. Using GridGain, Motorola deployed an active/active server architecture with dynamic scaling, flexible memory caching based on separate storage and caching layers, and on-the-fly SQL schedule upgrades. The multi-site architecture features graceful handling of IP communication failures between data centers, deployment automation, native cloud platform support for technologies like Dockers and Kubernetes, and multi data center active/active replication. "A lot of database layer and data caching problems are addressed by the Apache Ignite, GridGain solution," said Harish Nagalaguli, Senior Principal Architect at Motorola.
AT&T operates guest Wi-Fi services at major businesses and the GridGain In-Memory Computing Platform provides service authentication and geo tracking. “We turned to GridGain Consulting to improve the query performance of our application,” said Jeff Cartright, Associated Technical Director, AT&T Wi-Fi Services. “With their expert guidance, we quickly exceeded our performance targets. And there's more. GridGain recommendations allowed us to slash our monthly cloud server costs by more than 60%.”
Achieve in-memory speed and massive scale for your telecom applications.
Contact GridGain →