Often those most vulnerable are those who believe they have the visibility to detect.

So, with that we’re going to get started. Again, we appreciate everyone taking the time today to listen to what we have to say and learn about our product, and learn about some of the new features. If you’re on here and you’re an existing customer, that you’ll learn a little bit about one of our new features. So, today we’re going to be talking a lot about security, that’s really the focus of this presentation. NetFlow in general, and CySight in particular can do a lot of things with the data that we have, and one of those things is really focused on being able to identify security threats to your network.

This is obviously very important, right? I mean you literally cannot go a day anymore without hearing of some company, some organization out there that’s been attacked or that has been infiltrated. I was reading about a hospital system recently that was held up by a Ransomware company, and actually had to pay money to unlock their files and this is not a home user, this is not a person who opened up the wrong email and their desktop got under attack or held for ransom. This is a legitimate hospital organization that had that happened to them and so, it really underscores the pervasiveness of these kinds of attacks.

Crawlers, botnets, Ransomware, they’re finding new ways to cause denial of service attacks and other kinds of attacks that can put your business or organization at an extremely high risk and, your network could be used to download or host illicit materials, leak intellectual property. That’s another thing that we’ve seen, this sort of cybercrime. Intellectual property cybercrime where it’s not that they’re just trying to bring down your site or bring down your network, but they’re actually trying to take intellectual property out and again, either hold it for ransom or just sell it or whatever it may be. So, this is certainly an important topic.

There are a number of major challenges for security teams to try and figure out what’s going on and how to lock down that network. The sophistication of the cybercrime organizations out there is just growing and growing. They’re always seemingly one step ahead of the for-profit companies that are trying to block them; the anti-virus companies, firewall companies and so forth. The growing complexity of the infrastructure is making it more difficult, there’s not a single point of entry and exit anymore. You’ve got BYOD, you’ve got lots of wireless, you’ve got VPNs, cloud-based services, you’ve got all kinds of things that people are using today. So it’s not just a lock it down at the firewall and we’re good, it’s really all over the place, and you need to be able to look at the traffic to understand what’s going on.

Of course, it’s very difficult or can be very difficult to retain and analyze that network transaction data across a big organization. Again, you have lots of lots of systems, lots of points of entry and exit, and it can be a challenge to really be able to collect all of that data and be able to use it. Because of that, because of the highly complicated and complex nature of networks, we’ve got this graphic here that talks about the really scary things that are out there. About do you know where things are happening? Do you…? You have certain aspects that you know and that you maybe know that you don’t know, but the really scary stuff is when you don’t know what you don’t know, right? It’s happening or could be happening and you have no idea, and you don’t even know that you should be looking at that, or could be looking at that data to try and understand what’s going on.

But in fact, products like ours and technologies like ours, allow you to, or allow a system to be watching for those unknown unknowns all the time. So, it’s not something that you wake up in the morning and say, “I’m going to go, look at this.” It’s actually happening in the background and looking for you. That machine learning capability is really what makes the new level of systems like ours trying… you know being able to catch up with the sophistication of the attack profiles out there.

When there is an attack or when there is a detection of something, then Incident Response Teams always have to look at that communications component, right? So, they’re going to look at hardware, they’re going to look at software, but they also have to look at the communications. They have to look at historical behavior, they have to look to see if there’s been data breaches, they have to look to see if there’s been internal threats.

There is a certain percentage, depending on who you talk to, 30%, 35%, 40% of data breaches happen from the inside out. So, these are internal employees who have access to something that they shouldn’t, and they email that out or they otherwise try to get that data out of the network. Of course, there’s the external threats from bad actors, those malicious types that are probing, probing, probing trying to find holes to get in and do whatever, the nefarious things that they’re trying to do.

So, being able to have some insight into the nature of how those systems, all of your systems communicate with each other and how they have communicated is critical. It’s really about being able to go from the blind area into a much more aware and certain area, right? So, do you really have… and thinking about, do you really have visibility in terms of what’s going on inside your network, because if you don’t, that can certainly hurt you.

The way we look at it, there’s the very basic things that virtually everybody has. Everybody has a firewall, most people have virus protection on their desktops. That sort of blocking and tackling, very basic prevention at the edge of a network is only a piece, right? It is not the most effective place anymore. You have to have it, we certainly wouldn’t tell you not to have it, but if you really want to move to a defense in depth, then it’s more than just trying to put up a blocking of things coming in. It’s being able to look at the live traffic and see what’s happening and identify if there are threats going on that got through. If something gets through the defenses that you have, how can you then further identify that it has happened and what’s going on? If you just think, “Well, I’ve got this firewall and I got my rules setup and I’m good, nothing can ever touch me,” and don’t look any further, then you’re really setting yourself up for a failure.

So, the way we approach the problem as a piece of this overall security landscape, is through the use of NetFlow information. So, NetFlow’s been around for a long time, it’s a quite a mature technology. But the great thing about it is, it’s continually even further maturing as we go on. What used to be sort of a traffic accounting product only, that was based on data coming from core routers and switches, has now been extended out to other systems in the network. Things like wireless LAN controllers, cloud servers, firewalls themselves. You can get the data from taps and probes that collect passively information about data traffic, and then turn that into a NetFlow export that can be sent to us that we can read.

Virtually every vendor… certainly every major vendor out there supports Flow in some way … Cisco of course is NetFlow and we use the term NetFlow to generically mean all of the various Flow types out there.  Jflow from Juniper, anything that’s IPFIX compatible as the standard, and some of the other kind of specialized versions of Flow, if you will. But all of them have the common theme that they’re going to look at that traffic and they’re going to be able to send that metadata to a collector like ours and then we can use that information intelligently to help both give you and allow you to report on and look deeply into the data, but also, and what we’re going to be talking about today, is really using that intelligence that’s built into the product to be able to identify threats, look at anomalies. Not just show you who your top talkers were, but actually say, “Hey, look. We’ve identified people that are communicating to known bad actors out there,” or, “We’ve seen an unusual bit of behavior in traffic between here and there, and this is something that really needs to be investigated.”

Talking about more of the specifics about how we do that. There’s two major pieces we’re going to be focusing on today. The first one is Anomaly Detection. Anomaly Detection for us means that we can baseline your network and the traffic on your network across a number of different dimensions. There’s actually quite a few metrics that we’re watching, some of the ones you could see below like flows, and packets, and bytes, and bits per second, packet size, it can be flags, it can be counts it can be all kinds of different metrics, and we can baseline each of them over time, across all of your interfaces or potentially even other aspects. So, it could be a specific conversation or a specific application, but at its most basic level through all of your interfaces to understand what is normal and what is normal activity for that time of day, that day of the week from those devices or whatever it may be.

Then of course, once we know what is normal, we can detect any activity that deviates from that normal baseline, right? This gives you a really great way of watching traffic 24/7 for things that you wouldn’t potentially pick up if you were just you know kind of eyeballing it if you will, or waiting certainly for someone to contact you and say there’s a problem. So, the statistical power of an application to be doing this behind the scenes and running all the time, and noticing things that you wouldn’t notice in the middle of the night, is incredibly useful for this sort of thing and then when we do detect an anomaly, we move into phase two as we call it, into diagnostics? So, diagnostics says, “Okay, there’s been some anomaly that has been detected, let’s look at this. Let’s figure out what’s going on here. We then kick off this diagnostic approach, which qualifies the cause and impact for each offending behavior breach. We’re looking it for KPIs that are specific to things like DOS attacks or scanners or sweepers or peer-to-peer activity. We roll all of that information up into a single ticket so to speak, for you on a screen that you can very easily look at and understand exactly what’s going on. When did it happen? Where did it happen? What was involved? What baseline was breached? What does that mean? What could that possibly be?

You can also do of course advance things like intelligent whitelisting. You can send the information out of our system up to another system that you may have, like an ITSM or trouble ticket system, via SNMP and via email and so forth. So, really this again this is the intelligent piece of the product with machine learning as its background. So it’s doing this whether you’re watching it or not. It’s looking for those baseline breaches and then when we see them, it’s really coordinating all of the information about what happened into a single easy-to-use place, which you can then drill down into using all of our standard features to try and identify other things that are happening or where do you need to go next.

Anomaly Detection or NBAD as you may hear us talk about it, has been in the product for a number of years now. So, that’s not something new, it’s continually being improved, and it’s a wonderful piece of the product, and it’s been there for a while.

The new thing that we have introduced and are introducing is what we call our Endpoint Threat Detection. So this is another module added onto the product that adds additional security capabilities while still utilizing all of the things that you typically utilize. So we’re still taking the data from NetFlow information but now we are applying to that information other outside data sources that we have, basically using some big data threat feeds collated from multiple sources that you can match up to or coordinate with the information about your traffic.

So, I’ve got information about my traffic, I’ve had that. Now, I’ve got information about what is bad in the world and in real time, where known bad actors, known bad IP addresses, Ransomware, malware, DDoS attacks, Tor and so forth are coming from and then looking at the two of them and saying, “Are any of my people talking to those things?” At the very most basic level that’s what we’re looking for, right? So, it’s things global in terms of getting all of these feeds and using pattern matching, and Anomaly Detection and so forth, and then it’s acting very local against the traffic that you have in your network.

This capability of having network connection logging or NetFlow, just as everybody in the industry agrees, is one of the best places that you can get this data. It’s almost impossible to get the kind of granular level of information from any other source. Especially if you are held to any sort of standard in terms of retention or policies around not being able to look directly into the data. If you’ve got compliance requirements that say, “Hey, I can’t store my customers’ data.” That is fine with NetFlow because NetFlow is not looking inside the packets; it’s looking at the metadata. Who’s talking to whom, and when are they doing it, and how much talking are they doing and so forth. But it’s not actually reading an e-mail or anything inside of that. So, you’re not going to run into a foul of any of those regulatory problems, but you’re still able to get a huge amount of benefit from a network investigation using that data.

It’s important that even without content, NetFlow provides an excellent means of guiding that investigation because there’s still so much data there. As it’s called in our world, metadata – Data about the data! There’s still so much information there. But what’s great also is that, you don’t have to retain content… unlike let’s say a probe or other type of system that is collecting every bit and byte. You run into problems there too, they’re expensive, and you run into storage requirements trying to store historically every conversation including the data, over a long period of time is just incredibly expensive and incredibly unwieldy to do. The amount of storage you have to have to be able to do that, and the difficulty in quickly and effectively retrieving that information and searching for things, just becomes next to impossible. But when you can still get the same benefit of what you need to look at from a security standpoint without those complications of price and just the logistics of handling it all, you end up with having a really valuable product and that’s what NetFlow can give to you.

So, with our Endpoint threat Detection, I’ve got a few screens here that can really dive down into what it looks like and how it works. Again, we’ve got these big data feeds of threat information out there in the world, collected from various sources, and honeypots and so forth and we’re continuously then monitoring for communications with those IPs of poor reputation. So, you’ve got your communication that we can see because of NetFlow, and you’ve got these known bad actors out there that we know about. We can match up those two pieces of information and when we do it, we’re not just saying it happened, but we’re giving you much more detail about it happening. So, if we kind of zoom in here a little bit, threat data can be seen in summary or in detail. We’ve got a categorization of what’s happening and different threat types. So, I can see this is a peer-to-peer kind of thing, is this known malware, is it Tor, is it an FTP or an SSH attacker? What kind of thing is happening from or on these known bad IP address?

So, from a high of macro level you can see what the threat categories are and what the threat types are and then of course, you can drill down using the standard CySight tools to investigate them and provide complete visibility into that threat. So, now I’ve seen it, I have traffic that’s been identified as a threat. I can use our drill down, right-click, or however you want to do it capability. In this case we’re showing a right-click on threat detection and saying show me the affected IP addresses. I want to know, let’s drill down and see in this case on Ransomware, command and control Ransomware what the infected IP addresses are and then you’re going to get into the individual affected IPs, the threat IP where it’s coming from and, how much traffic was done?

These are Ransomware-type attacks, and I can see this is happening in my network at this period of time and I can even then of course change the view to be a time view. When did this start? Has this been a long-lived thing that’s been going on over a period of time where it’s been sucking information out of my organization, or did this pop off and go away? And if it did, when did that happen? All of that kind of deep level investigation is something that you can get using all of the normal tools that we have. You can get this deep dive investigation of traffic for regular traffic. Not just malicious traffic, but just using our tool for what I’ll call normal traffic accounting. Who is talking to who and when, is all available to you and more now with the threat detection features.

So, we’re watching for those threats, we’ve identified them and then using all of the common things that you’re used to using if you’re already a customer of ours, being able to identify or drill down into that data and provide those reports when you want to see it.

Here’s another example: let’s look at threat-port usage over the last few hours. So, it’s may be a couple hour time frame and I can see specifically which ports, which protocols have been detected as potential threats. What kind of threats, of course again how much traffic did they use? How long has this gone on for, and so forth. So, you can in fact in this case, know that increasing Tor usage. That we’ve highlighted in yellow and green … but you can also notice it’s been this continual botnet chatter, this red line. It’s just been going on and on forever, and that’s obviously something that needs to be absolutely looked into. It might be very difficult to find this in any other way, it’s just ongoing background chatter that’s been happening. It may not spike to anything that’s incredibly large that would set off a threshold alert, or maybe not even set off an anomaly alert. But, we’ve identified this is being definitely an issue because it’s communicating to something that we know is bad out there.

Of course you have all of the common reporting type tools. So, you can automate those threats, I want a threat report every hour emailed to me, or every day, or whatever makes sense or a roll up report every month to provide to management to say, okay, over the last 30 days, here are all the threats that were identified as happening in our network, and then here’s what’s been remediated, here’s what we’ve blocked, here’s what we’ve stopped, here’s what we’ve fixed, here’s what we’ve cleaned up kind of thing and all of those reports that look good and can be scheduled in a great for both live use and for management, are part of and parcel of the product that we’ve been delivering for over a decade now.

As well as those deep dive threats forensics. So the high level reports are good for some people but the deep dive of course reports are important for other people and that’s something that we can give you because we store an archive all of this flow information, it’s not just the top 100, or the top 500, it’s the top 5,000 or 10,000 or every single Flow using our compliance version. The compliance version store has the ability to store all of those flows all the time for you to pull up and review may not have been yesterday, it may have been last week or last month or six months ago or whenever. You can still drill in, you can still see every individual flow in terms of IPs, source and destination and ports and protocols interfaces and all of that kind of information. It gives you that super granular capability that you’re just not going to find anywhere else.

We also try to give you different viewpoints; we’re very big on flexibility in terms of giving you an easy-to-understand way of looking at the traffic. Some people like to view numbers and other people like to view pictures, and there’s lots of ways that we can show that data to you. The visualization capability is outstanding within our product and one of the ways that that can be really useful. We’ve got this example here of a Tor correlation attack. So, it’s de-anonymizing Tor is a difficult but super important issue within the world of identifying Tor, and so for us, when we see that there has been Tor traffic we can build this visualization and we can see all the different places that that Tor traffic has hopped to within your network or in and out of your network and that really gives you a way to get in and say, “Okay, I need to look here, I need to stop at here, I need to stop at there.” From a service provider perspective, this can be a really, really useful example of what we can do in the power of our product.

So with the last few minutes here, I know we’re getting close to the time frame, but we do want to talk about the many options you have in terms of our scalable architecture. Whether you are small or mid-size organization, or very, very large organization, we have a way of delivering our product to you. It could be in a single standalone environment with a single database and single software installation, it could be as you grow and maybe you have various components of traffic that are disseminated globally, and you need local collection, we can do that. So, we can offer split off collectors or helper collectors that communicate up to a single master database or we can even do multi-site server, multi-database hierarchical architecture for really, really massively scaled organizations. So, no matter who you are, if you’re listening to this, if you’re just small organization with one site and a few devices, or a massively global corporation with thousands of devices and data traversing it in many different areas, we can fit your organization and we can architect a solution that is right for you.

We’ve got a number of exciting features one of the great things about us is that, we never stop developing and we never stop investigating what the best things are to add to the product. We’ve got some really cool enhancements coming on, all things that people have asked about or have inquired about, or we’ve decided to build on our own and we love talking to our customers.

Our best source of future development is request from our customers. So, anything that you can think of I can’t guarantee that that our team will do it, but I can certainly guarantee you that we’ll listen to you and we’ll think about it and we’ll do our absolute best to solve whatever issue you may have and because of our commitment to our customers and our willingness to listen to them, we really have built up a wonderful group of customers. You can see a few of their logos on the screen here again, everything from traditional organizations enterprises to service providers, educational institutions, Telco’s, whatever it may be, we can handle it and we’d love if you’re not already a customer of ours, but you’re listening to this webinar, certainly we’d love to have your logo on this list in the future and we feel like once you get to working with us and really get used to our product, you’re going to be super thrilled about how we do things. What we offer to you and the support we provide to you.

So, with that I think we’re at the end of the presentation, almost exactly right on time here, about 30 minutes. So, I want to thank everyone for taking the time to join today, as always it does not look like we have… I’m just looking. Does not look like we have any questions right now, so, if you do have any now would be the time to type them in. But if not, we just want to thank you for joining us today. This presentation has been recorded and will be available to any of the folks who registered, and it’ll eventually make it up into the website. So, please check it out. Also please check out our website for other information about future webinars or other documentation that we have, there’s a lot of good resources up there and we invite you to take a look at those and certainly if you have any questions to reach out to us either to the sales team or the support or engineering team depending on what you’re interested in.

So, with that, I’ll end the session and I look forward to speaking with all of you at some point in the future.

Thanks.