Search results

  1. DPI for wireless networking devices

    Use Case

  2. Deep packet inspection for networking solutions

    Page

  3. GTP and 5G correlation for mobile networking solutions

    Page

  4. VPN and visibility: the paradox of secure networking

    Secure connectivity provided by Virtual Private Networks (VPNs) enables enterprises to keep their users connected to enterprise resources. Real-time insights into VPN traffic help enterprises manage not just their own VPN services, but also third-party VPN traffic traversing their networks. This blog post discusses how deep packet inspection (DPI) delivers these insights and how enterprises can use these insights for enhanced performance and security of their networks.

    Blog post

  5. Webinar: Secure high-performance networking in the Internet of Things

    The Internet of Things (IoT) is well on the way and carriers can see a major revenue opportunity. Indeed, IoT is the main driver behind many of the requirements for upcoming 5G specifications. But, IoT is not just another service offering; it is a paradigm shift requiring a much more open carrier network than ever before. This raises network performance management and security concerns.

    Webinar

  6. Networking and cybersecurity vendors’ view on open-source DPI in 2024

    This article highlights the key findings of our recent report, "State of open-source DPI: Challenges, opportunities and alternatives," including the factors driving the adoption of open-source DPI, as well as its challenges in terms of capabilities, performance, security, and long-term cost effectiveness. In addition, vendors can now make a seamless and rapid transition to commercial DPI tools, and in our article we examine how evolving business requirements influence the decision to migrate to commercial DPI and the role of custom migration tools in accelerating this transition.

    Blog post

  7. Rohde & Schwarz partners with XipLink to deliver DPI-driven traffic visibility for intelligent multi-orbit networking

    Leipzig, Germany, April 30, 2024 — ipoque, a Rohde & Schwarz company and a leading provider of next-gen deep packet inspection (DPI) software for networking and cybersecurity solution providers, today announced that it is partnering with XipLink, a leading global technology provider of optimized, secure and intelligent multi-path hybrid networking.

    Press release

  8. SASE: Conquering the ever expanding enterprise edge

    Secure Access Service Edge (SASE) is a network architecture that allows enterprises to securely connect remote users and devices to the enterprise-wide area network(WAN). SASE essentially combines ‘network-as-a-service’ with ‘security-as-a-service’ to provide enterprises, especially those with a growing number of edge connections covering branches, mobile workers, remote workers and IoT devices, the means to monitor, manage and secure their enterprise networks and assets. If SASE will be the crucial architecture for securing and managing the ever-expanding enterprise perimeter, deep packet inspection is the logical complement, providing real-time intelligence at every point along the way.

    Blog post

  9. First packet classification: execute network policies instantly

    First packet classification (FPC) technology from ipoque enables networking and cybersecurity vendors to detect applications and services in real-time from the very first packet. It ensures immediate policy execution and flow-wide consistency. Elevate your network capabilities and optimize traffic filtering effortlessly with FPC from ipoque as part of its advanced OEM deep packet inspection software. Explore more in our brochure.

    Brochure

  10. Whitepaper: SD-WAN and DPI

    The SD-WAN market is growing fast, but so is competition. In order to stand out in such a competitive environment, SD-WAN vendors need to offer products with unique features and capabilities. Real-time application visibility powered by deep packet inspection (DPI) software can be the decisive element in achieving them.

    Whitepaper