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ntopng

Introducing ntopng 3.0
If you have enjoyed ntopng 2.x, we believe you will like 3.0 even more as we have worked for almost one year to this release. We have modified many things, improved security in ntopng (in the cybersecurity days this is the least we could do), added layer 2 visibility, improved metrics calculations, added alerts support (even on the go), improved significantly the Windows version (yes Win 10 is supported out of the box), improved performance, reworked the GUI in many aspects, improved significantly the inline traffic mode, improved FreeBSD support. As …
nDPI

Say hello to nDPI 2.0 (with wireshark integration)
nDPI 2.0 is a major release that: Consolidates the API, in particular for guessing new protocols or notifying nDPI that for a given flow there are no more packets to dissect. Introduces nDPI support into Wireshark by means of a lua script and extcap plugin. Available via an extcap interface, the plugin sends Wireshark the nDPI-detected protocols by adding an ethernet packet trailer that is then interpreted and displayed inside the Wireshark GUI using the companion lua script. If you’re planning to attend the Sharkfest US 2017, we will present …
cento

Webinar: Security Monitoring with 1:1 NetFlow and 100% Packet Capture
Latest news: Napatech has decided to reschedule the webinar. A new date will be announced when available. Thu May 23rd and 25th together with Napatech we have organised two webinars about monitoring network traffic using flow-based technologies. We will be talking about 100 Gbit network traffic monitoring. Flow-based monitoring including nProbe Cento. 100% packet capture with no loss combining Napatech NICs and PF_RING ZC You can register here to save your seat.  Hope that many of our users will attend these webinars. …
ntopng

Detecting and Fighting Ransomware Using ntopng (yes including WannaCry)
These days many people are talking about ransomware and in particular of the problems created by WannaCry. Some ntop users contacted us asking if they could use our tools for detecting and stopping ransomware. While the best solution to these issues is to properly implement network security (that is a process, not a product in our opinion) by designing the network properly and keeping hosts updated,  it is usually possible to use ntopng to detect infections, block most of them, and have a list of hosts that might have been …
ntopng

Monitoring Network Devices with ntopng and SNMP
Summary SNMP is widely used for network monitoring. Being able to remotely monitor network devices is fundamental to have a clear picture of present and past network health. ntopng systematically interacts with SNMP devices to provide historical and real-time insights on the network. ntopng SNMP support Simple Network Management Protocol (SNMP) is one of the de-facto standards used to remotely monitor network devices such as routers, switches and servers, just to name a few. With ntopng Enterprise it is possible to consistently and programmatically interact with those devices to have a real-time view …
ntop

Monitoring IoT and Fog Computing: Challenges and Solutions
Since last year we are designing a solution for monitoring IoT and Fog computing devices. This is becoming a hot argument since they are more and more used to create large Internet attacks and also because our privacy can be affected by this new computing trend. While we do not have a complete solution ready, we have some preliminary results and lessons learnt that are worth to be shared with our community. This is a presentation we created on this subject and that has been shown at the Wurth-Phoenix Roadshow (BTW …
ntopng

Network Security Analysis Using ntopng
Most security-oriented traffic analysts rely on IDSs such as Bro or Suricata for network security. While we believe that they are good solutions, we have a different opinion on this subject. In fact we believe that it is possible to use network traffic monitoring tools like ntopng to spot many security issues that would make and IDS too complex/heavy to use (if possible at all). What many of our users are asking, is the ability to highlight possible scenarios where there is a potential security issue to be analysed more in …
PF_RING

Capture, Filter, Extract Traffic using Wireshark and PF_RING
Last year we introduced our new nBPF library able to: 1. Convert a BPF filter to hardware rules for offloading traffic filtering to the network card, making it possible to analyse traffic at 100G. 2. Accelerate traffic extraction from an indexed dump set produced by n2disk, our traffic recording application able to produce multiple PCAP files together with an index. Along with that library we released a tool n2if, able to create virtual interfaces to be used in Wireshark for implementing line-rate hardware packet filtering at 100G with Wireshark and filtering terabytes …
Guides

Filling the Pipe: Exporting ntopng Flows to Logstash
Logstash comes in very handy when it is necessary to manipulate or augment data before the actual consolidation. Typical examples of augmentation include IP address to customer ID mappings and geolocation, just to name a few. ntopng natively supports network flows export to Logstash. The following video tutorial demonstrates this feature. …
News

Meet ntop on April 28th @ Microsoft Munich
This year we’ve accepted the invitation from Wuerth-Phoenix to be part of their Roadshows 2017 and talk about network and system monitoring. The first workshop will be in Munich, Germany on April 28th. All ntop users are invited to come and talk about our monitoring tools.   ntop am 28. April bei Microsoft in München Wie wird die IT zu einem echten Service Enabler? Wie wird sich das Monitoring im Zeitalter von Industrie 4.0 entwickeln? Welche Neuigkeiten sind herstellerübergreifend in nächster Zeit zu erwarten? Eine neue Form des Managements und Monitorings …
ntop

What Is a Microburst and How to Detect It?
It’s not uncommon to see network administrator struggling tracking down packet drop on network equipments at interface level, while having a low average link utilisation. At the end it often turns out to be due to a phenomenon (well) known as microburst. While forwarding data between network links, network equipments absorb spikes with buffers, when buffers fill much quicker than they empty because of a line-rate burst, they overflow and packet loss occurs (yes you drop even though your like is in average little used). Now it’s clear that having …
nProbe

Collecting Proprietary Flows with nProbe
nProbe has been originally designed as an efficient tool able to capture traffic packets and transform them into flows. Call it network probe or sensor. Over the years we have added the ability to collect flows (i.e. nProbe is both a probe and a collector), so that nProbe can now act as probe, collector, also proxy by covering flows across formats. For instance you can collect IPFIX flows and export them in NetFlowV9. All this following the standards as confirmed by the IPFIX interoperability tests. Until now we focused in …

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