Bastille Solution Overview

Summary

Excerpt From Introduction to Wireless Threat Intelligence Webinar/
This Short Video, Presented by CTO, Dr. Brett Walkenhorst, Wiill Show You an Overview of the Bastille Solution /
Wireless detection and localization, which uses RF sensor arrays to identify electromagnetic waves across the spectrum, is the first step in developing wireless threat intelligence systems. The location of the emissions within the facility is then determined by a server receiving the data. By clicking on the icons that represent the identified devices, users may see where the devices are located on floor layouts and receive comprehensive information. Learn more in the video below.

Video Transcript

So let's give you a sense for how we can create this wireless threat intelligence as a solution to the the wireless problems. Now this starts with wireless detection and localization. We have to have the data first and then we can analyze that data to create our intelligence products.

So how do we do that? We've got some RF sensor arrays. Again, this is the electronic device that we use to bring visibility to those invisible electromagnetic waves. So these have transceivers in them and antennas and processors and they're very broadband and they're constantly looking across the spectrum for these different protocols demodulating the headers of those packets storing the metadata from those headers and localizing those emissions in space by sending all of their data to a server, which then figures out where in in the facility that a mission is coming from.

So Basically, we're we're doing detection extracting metadata and capturing the location information so that one view is that you can see on your floor plan at any given time where devices are and then you can drill down into those by clicking on one of the icons to give you a richer sense of what that wireless detection indicated.

So all of the fields that were captured can then be represented along with enriched data sets, including tags and whatnot. We'll we'll talk about those in a little bit. So again, detection and location is what this is all about.