Aggregate anonymized data to model and visualize mobile phone locations, mapping at home, at work, at the store, out in public, and en route, in order to help policy makers monitor community spread, implement effective contact tracing, and make fast, data-driven decisions about public safety.
Leverage real-time and predictive analysis to make informed network coverage decisions at high-demand locations such as hospitals and convention centers. Demonstrate and model how network development decisions change and impact connectivity in dynamic, high-traffic areas. Dynamically view and analyze network activity at high-traffic venues over space and time and adjust infrastructure and resources to meet the need.
NETWORK PERFORMANCE ANALYSIS
Dynamically visualize and analyze network performance in real-time to increase network capacity at hospitals and in other areas in need. 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 in real-time instead of running the process in batch, delaying results. Model and visualize factors like home, work, and route coverage to help prioritize network buildout and respond to rapidly evolving need.
We need network capacity now more than ever. Accelerate 5G rollout with interactive network visualization at scale, line-of-sight analysis, and predictive modeling of small cell network coverage to optimize decision-making. Run real-time scenario analyses leveraging RF propagation models to predict the impact of adding or moving 5G cells, consider more deployment configurations, maximize potential, and minimize risk. Apply predictive analytics and machine learning to understand network impacts and weaknesses in a population-dense environment.
ROI-DRIVEN NETWORK PLANNING
Blend large, complex geospatial and network datasets and dynamically visualize it at scale to compare network coverage, existing infrastructure, and plan future investments. Apply predictive analytics models around activation, churn, RF propagation, and network prioritization to improve network planning decisions and scenario analysis for 3G/4G/5G. Project ROI with high accuracy across geographies and gain real-time visibility into the potential impact of infrastructure development on coverage and subscribers. Read our solutions brief to learn more.
Build network economics models using datasets previously too large or difficult to process, in order to drive logistics, real estate, and marketing decisions. Analyze network coverage over time and space for on-the-fly B2B decision-making. Blend massive geospatial insights across multiple metric sets to make more targeted B2B investments and more accurately project ROI for new site investments.
Watch Kinetica analyze 14B mobile signal data points in real-time.
Accelerate and enhance revenue reporting to gain a continuous view of revenue flows and trends and make more accurate, data-driven decisions around campaigns, infrastructure spending, and more. Visualize revenue data with detailed, interactive dashboards that enable granular analysis of marketing campaigns and more accurately determine their ROI.
Watch this demo to see how Kinetica powers real-time revenue reporting for telcos.
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. Apply active analytics to 5G initiatives like smart factories and smart cities to improve operations, increase efficiency, and maximize value.
Watch this smart city demo converging streaming, historical, location, and graph analytics to see how Kinetica can help cities to improve public transportation.