We will highlight how we have integrated Splunk UBA as part of our defense-in-depth architecture and the ROI we are starting to see after deploying Splunk UBA.
However, medical device alarm fatigue is a pervasive problem that has been shown to cause patient harm, even as the underlying technology issues have not been fully investigated.In order to enable the acquisition and examination of high-resolution, real-world data streams that will help improve patient-monitor functionality and alarm algorithms, we initiated a multisite program to design, test, and launch a modular open-source toolkit for research purposes.We’ll explore the methods used by some of the top scoring teams, as well as look at the scenarios through the lens of Splunk IT Service Intelligence to help you and your team become more proactive. This presentation will attempt to give a better understanding of how the Splunk platform stores and retrieves data from disk.We’ll also show you how to request a BOTN event for your organization! Concepts such as bloom filters, lexicons and data storage in TSIDX files will be demonstrated by "live coding" a Splunk-like search backend.If a company could ever be a National Treasure, John Lewis, a UK Retailer, might come close. We will also cover parts of the ingestion pipeline, such as input segmenting and index time field extractions.
But in its online store, the checkout funnel is where 150 years of hard-earned reputation could unravel. We will take a trip through the full search pipeline, bringing all the covered topics together and explaining how they impact the amount of data Splunk must read from disk.
Come learn about the development, implementation and results for a fully functional, experimental 24/7/365 patient-monitor data stream acquisition system that uses Splunk's forwarding, indexing, query/analytics, visualization, and dashboard capabilities in a 15-bed ED space.
How well we analyze events in the Splunk platform hinges upon our ability to investigate and iterate over the data.
You'll see tangible ways to implement modern defense-in-depth strategies: where the technologies bond to tighten the gaps, containment protocols are pushed to the lowest level possible, and empowering humans with prescribed responses leveraging Splunk's Adaptive Response.
The objective is to realize the full benefit of your technology investments and reduce your managed risk.
To conclude, we’ll discuss what you can do as a developer to provide logs that reduce the workload of the Splunk cluster, making your administrators happy and returning results faster.