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  1. Winning in an app-centric world: How DPI’s latest traffic signatures keep networks ahead of the game

    What are the latest trends in apps and what's the impact of app traffic on the security and management of IP networks? TikTok, Facebook, WhatsApp, Facebook Messenger, Instagram and Zoom have become absolutely essential for everyone, especially with the outbreak of the pandemic. How do network operators manage this increased app traffic? Read about the importance of frequently updated signature libraries for DPI in managing app traffic.

    Blog post

  2. Discord chat app detection by Rohde & Schwarz DPI software ensures optimized network usage

    The DPI engine R&S®PACE 2 from Rohde & Schwarz now supports network security as well as network analytics and traffic management solutions to diminish network issues caused by Discord. Malicious activity in the communications app widely used by gamers can be identified early on in order to guarantee smooth operation. Solutions for enhancing network performance and increasing quality of experience and service can be strengthened.

    Press release

  3. Rohde & Schwarz Unveils New Features of Deep Packet Inspection Solution for vEPC Market

    Leipzig, Germany – January 8, 2019 – ipoque GmbH, a Rohde & Schwarz company providing market-leading deep packet inspection (DPI) software, today announced new R&S®PACE 2 capabilities for the virtualized evolved packet core (vEPC) market. The high-performance DPI product offers vEPC vendors comprehensive signatures for video streaming, breakthrough efficiency, enhanced tethering detection and flexible licensing. Today, three of the five leading vEPC vendors have embedded R&S®PACE 2 in their solutions to boost competitive advantage with Communication Service Providers (CSPs).

    Press release

  4. DPI for SD-WAN solutions

    Use Case

  5. Next-gen deep packet inspection software

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  6. Powering next-gen firewalls with DPI and encrypted traffic intelligence

    In response to the challenges posed by advanced encryption protocols and increasing cybersecurity threats, LANCOM has integrated the AI-powered R&S®PACE 2 DPI engine into its next-gen firewalls. This enhancement enables real-time application filtering and advanced threat detection, even in encrypted traffic. As a result, LANCOM R&S®Unified Firewalls deliver improved visibility, security and performance for enterprise networks. Read our case study to find out how this partnership strengthens the network in versatile manners.

    Case Study

  7. Tethering and the lure of data: How to make every byte count

    While some CSPs have banned tethering altogether, others have threaded the path with caution by including extended terms and conditions in their service plan agreements. However, monitoring limitations and lack of transparency can render plan rules ineffective. Having real-time insights on tethering activity therefore not only allows CSPs to enforce what is agreed in their plans, but it also allows them to learn about subscriber sharing behavior and use this to expand their offerings for multi-device subscribers.

    Blog post

  8. The importance of SD-WANs and the need for application awareness

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  9. Enhancing network visibility for SD-WAN in the era of cloud and SaaS

    One of the most touted benefits of SD-WAN is the execution of network policies via dynamic provisioning of network services such as firewalls, load balancers and session controllers. With SD-WAN, centrally controlled orchestrators can now control network functions remotely, allowing network services to respond instantaneously to the type of application that is being delivered. However, to respond to the demands of the traffic and dynamically provision network services by application types, networks require network visibility through application awareness. Identifying an application, its attribute or its application family allows networks to become intelligent enforcing corresponding policies.

    Blog post

  10. Video streaming: networks and the game of bandwidth

    It is evident that video streaming is on a fast track to becoming the new definition of the ‘Internet’, easily outdoing other bandwidth-intensive applications such as cloud gaming, augmented reality (AR) and virtual reality (VR). The demand for video content seems to move in tandem with network speeds, given that better speeds translate into faster streaming and improved quality of experience (QoE). One of the immediate effects of a rapid increase in video traffic is the strain it puts on network resources, resulting in network congestion and poor network performance. While this impairs almost all applications to some degree, video takes the biggest hit given its dependency on real-time availability of bandwidth and speeds. What operators need now are the right tools that deliver the required intelligence, timely and accurately, to maintain the required QoE and to successfully deploy their video streaming strategies.

    Blog post