Rohde & Schwarz Cybersecurity and Napatech help you meet today’s security challenges with deepest insights. There is no single method for protecting a computer network against today’s cyberattacks successfully. This is why security teams need a defense in depth approach using multiple security layers which reduces the risk of a successful and costly attack on networks. The basic prerequisite for defense in depth is fine-grained, highquality and fully available data.
When your network solution needs DPI application awareness, choosing to build it in-house or to license the software from a DPI specialist can be a difficult decision that is challenging many organizations of all sizes. The answer is not as easy as simply comparing costs, because key elements can be overlooked, strategic decisions may be omitted and hidden costs might be missed.
This free advisory guide summarizes the pros and cons of building or buying DPI Software that you should not ignore before choosing to either develop your own solution or going to the market.
The Internet of Things (IoT) continues to expand rapidly and poses significant network connectivity and security risks. The scale of deployment for connected endpoints and devices is unprecedented and creates unique new challenges for the IoT ecosystem, including carriers and network operators. Arkessa and Rohde & Schwarz Cybersecurity have joined forces to offer a multi-level IoT platform solution to help you take control of all your IoT operations.
In order to truly allow for the best solution when sourcing DPI from an OEM vendor, having a solid sourcing strategy is indispensable. In this brochure, we have highlighted the basic sourcing strategy with 10 important features that a reliable DPI engine should have. This will help you to get started when outsourcing DPI.
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IT meets OT – there is little doubt that with information technology and operation technology two different worlds meet in Industry 4.0. The Industrial Internet of Things (IIoT) and the growing amount of connected devices bring both new opportunities and new security risks.
The Industrial Internet of Things (IIoT) allows the manufacturing sector to make giant innovative leaps. But if the IIoT is to succeed, cyberattacks and network issues have to be detected in time and blocked consistently.
R&S®Net Sensor is designed to passively probe mobile, fixed and converged networks at full line speed. The classification results together with the control plane data (e.g.: GTP-C, RADIUS, DHCP) are reliably communicated to the storage, analytics and reporting systems for further processing and correlation.
At Rohde & Schwarz, the support cycle begins at the early product design stages to guarantee the most professional and efficient service. We continue our support through the entire product lifecycle, ensuring that your customers are satisfied with their network classification. All of the Rohde & Schwarz service offerings are designed to create an unforgettable and satisfying customer experience where your expectations are not only met, but repeatedly exceeded.
R&S®PACE 2 is integrated by network equipment and security vendors to enhance their products with state-of-the-art protocol and application awareness capabilities. Designed by developers with years of experience in Layer 7 protocol and application awareness, R&S®PACE 2 can be deployed in a variety of use cases including Network Security (IDS/IPS, Next Generation Firewalls, SIEM, (UTM), Network Monitoring and Traffic Management, Policy and Charging, Application Delivery and Optimization, Analytics, and Mobile Data Offload.
R&S®PACE 2 is a software library that uses different technologies – deep packet inspection, behavioral, heuristic and statistical analysis – to reliably detect network protocols and applications, even if they use advanced obfuscation and encryption techniques, and extract metadata in realtime. R&S®PACE 2 is used by network equipment and security vendors to enhance their products with state-of-the-art protocol and application awareness capabilities to deliver full visibility into IP-based network traffic.