OUR PRODUCTS & SOLUTIONS

NETWORK TAPs | NETWORK MONITORING

Network TAPs are passive network components for analyzing your critical network data. With the help of Network TAPs, you can conveniently, reliably and, above all, without impairing the active network connection, export all your data traffic as a copy of the network traffic and analyze it with the appropriate tools.

This gives you a complete overview of all transactions and, thanks to permanent access, you always have full transparency over your network data. Whether modular or portable TAPs, specially hardened or virtual TAPs: We are guaranteed to have the right TAP for your use case!

PACKET BROKERS | TRAFFIC OPTIMIZATION

With a Network Packet Broker, also known as a Data/Network Monitoring Switch or Matrix Switch, you are able to provide your analysis and monitoring systems with all data streams of the Network TAPs or other data sources distributed in the network reliably and in aggregated form.

The Network Packet Broker acts as a link between the access point in your network and, for example, your security tool and, depending on the version, supports all common transceiver standards, from 1 Gigabit SFP slots to the widespread 10 Gigabit SFP+ interfaces to the high-performance QSFP-DD connections, which allow bandwidths of up to 400 Gigabit per interface.

PORTABLE | PACKET CAPTURING

Our PacketFalcon products are powerful recording devices for all types of speeds, enabling IT organizations to analyze, monitor and accurately record traffic without compromise. PacketFalcon allows permanent access to 1G, 10G, 40G and 100G network media for detailed analysis, including forensic analysis of past events.

PacketFalcon supports security teams by recording data at key network points while keeping the traffic that can result from this data collection as low as possible. By indexing the data and providing simple and complex filters, PacketFalcon enables security teams to quickly investigate and stop attacks.

Modular | Packet Capturing

PacketGrizzly, an industry-leading modular packet capture and analysis solution, enables real-time and post-event analysis on networks with speeds up to 100Gbps. PacketGrizzly gives network administrators the ability to identify network and application performance issues in 1/10/25/40/100 Gigabit Ethernet, 802.11ac WLAN, VoIP and Video-over-IP networks.

PacketGrizzly provides both a powerful solution for network recording and capturing up to multiple petabytes of traffic without packet loss and the award-winning Omnipeek as software for real-time analysis of live network traffic and forensic network analysis of recorded traffic.

NETWORK ANALYSIS | TROUBLESHOOTING

With the products of LiveAction you have a permanent overview of the “health” of your network across all locations! This enables you to quickly identify communication errors, avoid problems in advance and significantly reduce the number of on-site technician visits.

Whether with packets, flow data, SNMP or an API as data source, whether conventional network infrastructure or SDN (Software Defined Network) or SD-WAN (Software Defined Wide Area Network), whether data center or cloud, with LiveAction you have everything in view. You can easily identify trends, actively counteract them if necessary and thus significantly improve IT service quality.

PACKET CAPTURING | Smart NICs

Napatech’s network cards are highly optimized to capture network traffic at full line speed, with extremely low CPU load on the host server.

Lossless packet capture is critical for applications that need to analyze all network traffic. If anything needs to be discarded, the application makes that decision, so this must not be a restriction on the NICs.
Normal NICs are designed from the ground up to work only for communication where the network data that is not addressed to the sender or receiver is simply discarded, and therefore not designed for analysis applications.

Network | Visibility Platform

The Extrahop Visibility platform provides uncompromising real-time analysis of your network and wire data, supported by machine learning, with very granular threat alerts and in-depth research. Extrahop decodes over 50 important enterprise protocols (including TLS 1.3, for example) to give you a complete overview of what’s happening in your network.

Time-consuming troubleshooting is a thing of the past with the agentless platform, which explores your network independently and without much setup effort for you and, according to Gartner, is one of the few “leaders” in the Magic Quadrant for Network Performance Monitoring and Diagnostics.

NETWORK | EMULATORS

With iTrinegy network emulators, you can realistically simulate a variety of network conditions such as latency, jitter, packet loss/error/rearrangement, and bandwidth constraints, allowing you to simulate environments such as wide area networks (WANs), wireless LANs, GPRS, 3G, IP over radio/radio over IP (RoIP), satellite, or MPLS networks. It is then possible to test the performance of new (or existing) applications in these replicated networks.

Using these products from development and testing to deployment ensures that your application will work in your target network and perform its job without costly repair, recoding or redesign.

Netflow/IPFIX | Monitoring

Flowmon uses the latest IP flow monitoring technology to help you protect your network against threats. At the same time, Flowmon enables you to significantly improve the performance of your networks and applications.

The solution, recognized by Gartner in the Magic Quadrant for Network Performance Monitoring and Diagnostics (NPMD) and recommended by Cisco and Checkpoint, provides real-time network traffic visibility, proactive detection of threats such as DDoS and botnets that cannot be detected with firewalls, IDS and antivirus software, and detection and diagnosis of operational and configuration problems.

Network | TRAFFIC GENERATORS

Using network packet generators, you can easily identify performance bottlenecks by generating individual network load. By selectively changing the amount of data, packet size and many other parameters, you can test your network for various stress situations.

This method helps you to identify sporadic errors that occur due to performance problems. This allows you to see and measure the effects of different stress factors on the functioning of critical applications in real time: How much load can your network actually handle without compromising critical functionality? What about the latency period? When do packet losses occur?