Openet today announced that its Openet Data Fabric (ODF) has processed over a trillion events per day on the Microsoft Azure cloud, demonstrating increased efficiency, security, and readiness for real-time data growth for telecoms networks.
An event includes anything from calls, texts to data and social use on smartphones, to any interaction between connected devices.
Openet says the significant threshold for “cloud based” event processing demonstrates that the cloud is fit for telecom network grade volumes of activity. Although deployed in containerised architecture in order to assess as near as possible the likely architecture for operator systems moving to cloud environments in the short term, the processing speeds were 11.5m events per second with a 20 node cluster in order to scale elegantly above the 1 Trillion Events per Day (TED) goal of the trial. Openet also expects that trials with ODF in cloud native architecture would in fact be even more efficient. This tremendous technology milestone is made possible by the Openet Data Fabric’s modular design which is built with a micro-services approach, leveraging Openet's extensive telco grade data processing pedigree and Open Source technologies to ensure open data innovation.
Comparing to related performance tests from over a year ago on a private virtualised cloud environment, Openet demonstrated processing the trillion events per day goal, but also we were able to so with almost a third less hardware by tuning and running the solution on the Microsoft Azure cloud.
The demonstration was focused on proving that Openet are ready for the real-time data growth that communications networks will require to efficiently manage 5G and IoT so that they meet the increased demand for security, privacy, assurance, AI integration, and automation. It also demonstrates that the cloud compute and store environment has matured to a point where telco-grade network traffic and applications can efficiently and safely rely on this environment.