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  1. GTP correlation for mobile network security


    Use Case

  2. How subscriber awareness augments mobile network security

    Conventional load balancing across mobile networks leaves network security functions with huge visibility gaps. Furthermore, in the context of 5G, the need for higher bandwidth and speeds across applications that are data-intensive and that connect to multiple end nodes simultaneously poses new challenges for operators. R&S®GSRM in combination with R&S®PACE 2 delivers deeper, more granular insights into the risks and vulnerabilities that are present in a mobile network. Operators benefit from enhanced network intelligence to manage and improve mobile network security.

    Blog post

  3. Whitepaper: Why Network Security Requires Deep Packet Inspection

    What is needed to identify, investigate and block attacks in this ever-changing threat landscape? The answer is deep visibility into network traffic, up to the application layer and beyond, as provided by the advanced OEM DPI engine R&S®PACE 2. For network security vendors to help customers effectively block and mitigate threats, this visibility is a critical prerequisite for the stability and reliability of modern cybersecurity solutions.

    Whitepaper

  4. Webinar - DPI: The key technology for network security and the question of whether to build or buy

    When your security solution needs deep packet inspection (DPI) as a key enabling feature, highly reliable and accurate real-time identification of network traffic and applications is an important requirement. Whether it is for application control, malware filtering or advanced threat protection, DPI is a crucial technology to implement security solutions.

    Webinar

  5. CELARE integrates DPI engine R&S®PACE 2 to boost their network security solution with application awareness

    “Our customers are increasingly seeing the need to protect their highly sensitive IT and SCADA controlled infrastructure against malware and attacks. We decided to license R&S®PACE 2 from ipoque [...], as we recognized their technical leadership in deep packet inspection and behavioral analysis."

    Success Story

  6. Keeping containers and pods safe in the cloud: How network visibility helps

    The architecture of microservices often results in an expanded attack surface of cloud-native applications. However, security risks and vulnerabilities inherent in container environments can be mitigated using real-time packet visibility. Find out more about the role of deep packet inspection (DPI) for container network security in the context of microservices and cloud-native applications.

    Blog post

  7. Q-Day ready: Building quantum-resistant networks with deep packet inspection

    Quantum computers threaten to break RSA and ECDH, exposing years of encrypted traffic to "harvest now, decrypt later" attacks. Deep packet inspection (DPI) delivers the visibility needed to spot ciphertext manipulation, hidden malware, and PQC implementation flaws in real time. Discover how ipoque’s DPI engines, R&S®PACE2 and R&S®vPACE, strengthen quantum‑resistant networks and protect cryptographic keys. 

    Blog post

  8. Beyond speed: building intelligent and optimized private 5G networks with DPI

    Private 5G networks promise secure, seamless access to enterprise assets onsite and offsite — but what happens when performance dips or threats go undetected? From disrupted operations to data loss and poor user experience, the stakes are high. That’s where deep packet inspection (DPI) steps in — giving enterprises the visibility they need to detect hidden gaps, before these impact the network. 

    Blog post

  9. Shoring up SOAR with deep packet inspection

    Security orchestration, automation and response (SOAR) is an effective system for integrating and automating various security policies, tools and operations in ways that minimize human intervention and increase the cohesiveness of an enterprise’s threat response. This article examines how real-time identification of suspicious, malicious and anomalous flows and comprehensive analytics provided by deep packet inspection can be crucial for enhancing and enriching the functionalities of SOAR.

    Blog post

  10. Uncovering hidden devices: using DPI to deliver tethering transparency for enterprise networks

    Tethering allows devices in a private network to keep their own private IP addresses yet conceal this information from the public internet for secure and safe networking bringing about security challenges to enterprise networks. With insights on the devices and applications used in a tethering setup, IT administrators can implement better BYOD policies, formalizing unauthorized usages and aligning existing network security measures.

    Blog post