IoT Analytics: How Kx can Supercharge your Legacy Systems

23 May 2017 | , , , ,
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By Hugh Hyndman


If your company is not already drowning in data now, it will be soon. Gartner Inc. forecasts that 14.2 billion connected things will be in use worldwide in 2019, up 27 percent from 2018, and will reach 25 billion by 2021. Other estimates suggest that in 2008, almost 8 million new things were connected every day Each one of them will transmit a stream of data, adding up to sensor data volumes that will dwarf today’s volumes. How your business uses this streaming data to compete in the market may determine its long-term success within the world of Industrial IoT.

These volumes impose significant challenges and pressures on solutions based on traditional relational database management systems (RDBMS) to ingest, process, and store this data. These systems were not built to handle such enormous volumes of data and this is resulting in significant and unsustainable increases in license fees, infrastructure, and operating costs for industrial businesses.

To tackle these challenges, organizations are turning to a high-performance database technology from Kx Systems which has been used by leading organizations to achieve low-latency and high-volume event processing. Kx’s combination of in-memory and on-disk database, its efficient columnar design, and highly-integrated query language adds up to the fastest analytics engine on the market.

In this paper, we discuss approaches and techniques for preserving your investment in your software and RDBMS technology while addressing the performance, scale, and cost challenges when working with high volumes of data. We describe three architecture patterns (upstream, midstream, and downstream) for implementing Kx alongside existing systems and processes, discuss their advantages and disadvantages, and provide case studies of these patterns in action.

Kx offers a suite of enterprise-level products centered around kdb+; the world’s fastest time series database. Kdb+ is optimized for ingesting, analyzing, and storing massive amounts of structured data. The combination of the columnar design of kdb+ and its in-memory capabilities means it offers greater speed and efficiency than typical relational databases. Its native support for time-series operations vastly improves both the speed and performance of queries, aggregation, and analysis of structured data.

One feature that really sets Kx apart is its ability to combine streaming, in-memory and historical data in one simple and unified platform; there is no requirement to acquire disparate components to build a hybrid solution.

To read the rest of the paper click here.

Hugh Hyndman is the Director of IoT Solutions at Kx Systems, based out of Toronto. Hugh has been involved with high-performance big data computing for most of his career. His current focus is to help companies supercharge their software systems and products by injecting Kx technologies into their stack. If you are interested in OEM or partnership opportunities, please contact Hugh through .