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  1. The role of deep packet inspection in zero trust network access

    Embracing zero trust network access (ZTNA) for robust security? Deep packet inspection (DPI) holds the key! Dive into our exclusive article by guest author Roy Chua from AvidThink, exploring the synergy between DPI and zero trust network access (ZTNA) solutions. Uncover how DPI enhances threat defense and delivers unparalleled visibility in the age of remote work and cloud adoption.

    Blog post

  2. Whitepaper: Real-time traffic visibility for ZTNA with next-gen DPI

    Emerging solutions in the networking and cybersecurity space demand deeper traffic visibility. Zero-trust network access (ZTNA), sometimes referred to as a software-defined perimeter, is a prime example of this. ZTNA is designed to utilize every bit of network information to establish ‘trust’, to control user access to resources, and to continuously monitor user behavior. This whitepaper explores the principles of zero-trust in ZTNA. Furthermore, it looks at how DPI's comprehensive and accurate traffic intelligence strengthens ZTNA's mechanisms for continuous adaptive trust and supports ZTNA’s dynamic context-aware policies.

    Whitepaper

  3. ZTNA report by Rohde & Schwarz finds nine out of ten ZTNA vendors struggling with traffic visibility

    Leipzig, Germany, March 20, 2024 — ipoque, a Rohde & Schwarz company and a leading provider of next-gen deep packet inspection (DPI) software today published key findings of its latest research report ‘Next-gen DPI for ZTNA: Advanced traffic detection for real-time identity and context awareness’.

    Press release

  4. Maximizing the potential of ZTNA with deep packet inspection

    In today’s hybrid enterprise environments, zero-trust network access (ZTNA) is becoming increasingly important to improve the end-user experience while ensuring that the network is secured against attacks and malicious activities. This is possible with next-generation DPI software. DPI supports ZTNA in implementing granular, user- and context-aware authentication across different classes of users, devices, clouds and applications. DPI’s ability to identify traffic anomalies can also be used by ZTNA to identify cyberattacks and other threats on enterprise networks.

    Blog post

  5. Next-gen DPI for ZTNA: Advanced traffic detection for real-time identity and context awareness

    This report aims to identify traffic visibility needs among ZTNA vendors for establishing continuous adaptive trust. It looks at the visibility challenges concerning ZTNA vendors and the impact of diminishing network visibility on ZTNA’s effectiveness and market adoption. It also focuses on DPI’s role in overcoming these challenges and delivering the much-needed insights for ZTNA intelligence.

    Ebook

  6. Webinar: Traffic analytics for next-gen ZTNA – Powering zero trust strategies with real-time network intelligence

    Traffic visibility is central to the workings of ZTNA where deep visibility into traffic flows delivers identity and context awareness necessary for today’s access control and security policies. This webinar shares the views of 55 leading ZTNA vendors on how advanced traffic detection techniques shape continuous adaptive trust, and how this powers their next-gen ZTNA offerings for modern enterprise networks.

    Webinar

  7. DPI for ZTNA and SSE: Killing two birds with one stone

    By providing real-time traffic intelligence, DPI creates a continuous adaptive context for user access policies, significantly increasing the security, intelligence, and efficiency of SSE components such as CASB, SWG and FWaaS, DPL, and SSL. This DPI-driven approach not only strengthens network access controls, but also reduces the workload of various tools, ensuring better cloud-based security outcomes and faster threat response.

    Blog post

  8. Security Service Edge (SSE) and DPI: Converged security meets advanced traffic awareness

    Security Service Edge (SSE) provides a flexible yet scalable solution for implementing fine-grained access control for enterprise applications and for securing them against malicious activity. In a unified, single-pass SSE architecture, deep packet inspection enables a single, yet powerful point for traffic inspection that equips CASB, SWG, FWaaS, DNS, DLP and WAAPaaS with the information necessary to filter traffic effectively, block malicious sites and safeguard valuable enterprise data. Learn more about SSE and how it benefits from DPI in this article.

    Blog post

  9. A timely debut: how DPI engine R&S®vPACE is set to power VPP cloud platforms

    FD.io’s VPP technology transforms conventional clouds into high-performance computing environments. VPP-based cloud implementations enable VNFs and CNFs to enjoy enhanced traffic speeds and latencies. This article discusses how the VPP-based DPI engine R&S®vPACE supports VNFs, CNFs and applications in the cloud in terms of monitoring, performance management, security and automation.

    Blog post

  10. Next-gen deep packet inspection software

    ipoque offers the best deep packet inspection software to add real-time network and application visibility to your telco network analytics, traffic management, or cybersecurity solutions. If you are looking for ways to manage and secure your network as well as managing data flows more intelligently, ipoque’s advanced DPI technology can help you solve your challenges. The key to maintaining integrity, ensuring security and optimizing the efficiency of networks is a high-performant and efficient deep packet inspection software that delivers full visibility into IP-based network traffic in real time. By licensing our leading-edge DPI tool you can focus on your core competencies and benefit from a faster time to market. With our overview of use cases you can identify easily what are the advantages of integrating DPI technology into your product or solution.

    For software vendors, network equipment vendors and solution builders

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