Leverage the massive volumes of data in telecommunications to digitize core applications, analyze network data, and develop new data-powered products and services.
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Leverage the massive volumes of data in telecommunications to digitize core applications, analyze network data, and develop new data-powered products and services.Leverage the massive volumes of data in telecommunications to digitize core applications, analyze network data, and develop new data-powered products and services.Leverage the massive volumes of data in telecommunications to digitize core applications, analyze network data, and develop new data-powered products and services.
Telcos sit at the epicenter of vast amounts of streaming and spatial data. Kinetica makes it quicker and easier to ingest, fuse, and visualize that data for faster analysis, more timely decision making, and improved service.
Kinetica is capable of analyzing billions of objects as they move in real-time. Over 130 geospatial functions, geo-joins,
Kinetica is capable of analyzing billions of objects as they move in real-time. Over 130 geospatial functions, geo-joins,
Kinetica is capable of analyzing billions of objects as they move in real-time. Over 130 geospatial functions, geo-joins,
Telcos sit at the epicenter of vast amounts of streaming and spatial data. Kinetica makes it quicker and easier to ingest, fuse, and visualize that data for faster analysis, more timely decision making, and improved service.
Collect and analyze streaming and location data from connected devices in real-time, compare it to historical data, and apply machine learning to understand trends and do PostGIS analysis.
Blend network data with third-party datasets at scale to understand how network performance impacts existing and target users. Dynamically visualize and analyze network performance .
Collect and analyze streaming and location data from connected devices in real-time, compare it to historical data, and apply machine learning to understand trends and do PostGIS analysis.
Telcos sit at the epicenter of vast amounts of streaming and spatial data. Kinetica makes it quicker and easier to
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
Use vectorization on NVIDIA PUs and SIMD enabled CPUs to perform complex computations in real time
As sensor data grows more complex, legacy data infrastructure struggles to keep pace. A new set of design patterns to unlock maximum value. Get this complimentary report from MIT Technology Review
The best way to appreciate the possibilities that Kinetica brings to high-performance real-time analytics is to see it in action.
Contact us, and we’ll give you a tour of Kinetica. We can also help you get started using it with your own data, your own schemas and your own queries.