Webinars

DPI-driven network visibility: open-source vs commercial

This webinar discusses the findings of our latest open-source DPI report, based on a survey of 48 top networking and cybersecurity vendors. It presents the current state of open-source DPI, covering its adoption, technical capabilities, benefits, long-term costs, security gaps, and performance compared to commercial DPI solutions. Additionally special focus is given to advanced DPI technology from ipoque for improved application awareness and network visibility.

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.

First packet classification: execute network policies instantly

First packet classification (FPC) by ipoque detects applications and services from the very first packet of a network flow, ensuring immediate policy execution and flow-wide consistency. Learn how to elevate your network capabilities, optimize traffic filtering, and enhance your security with FPC by joining our product demo.

Enhancing SD-WAN and SASE with next-gen DPI for maximized SDx efficiency

The increasing adoption of cloud and IoT, a growing remote workforce and the proliferation of new forms of cyber threats are pushing service providers to continuously improve and adapt their connectivity offerings to the needs of today’s enterprises. In this webinar you will learn how the integration of our next-gen DPI engine R&S®PACE 2 powers BBT.live’s SD-WAN and SASE solution for service providers in delivering secure network connectivity.

Cloud-optimized VPP DPI powering real-time visibility at the network edge

Enterprise networks face challenges with expanding and dispersed traffic due to cloud computing and IoT. Watch this webinar to explore how Graphiant integrates deep packet inspection technology (DPI) for optimized network performance and security. Learn about the benefits of VPP-based DPI for cloud environments and watch a demo of R&S®vPACE and Graphiant's Network Edge solution.

Ensuring encrypted traffic visibility with next-gen DPI

Keeping up with the continuous advancements in encryption presents a challenge for deep packet inspection in providing real-time insights on IP traffic. However, to maintain network functionalities that depend on immediate detection, DPI must incorporate additional techniques capable of identifying encrypted, obfuscated, and anonymized traffic. Discover how machine learning and deep learning can complement DPI to deliver encrypted traffic visibility.

VPP DPI engine for network traffic visibility in the cloud

Adding application and service awareness via deep packet inspection is paramount for precise accounting and managing QoE of service categories. Watch this on-demand demo to discover the ipoque VPP-native deep packet inspection engine R&S®vPACE for network traffic visibility in cloud computing.

DPI performance measurements for 5G UPF setups

To make the best of user plane functions (UPFs) in 5G, application awareness is key. Watch our webinar with Tobias Roeder, Senior Application Engineer DPI at ipoque, to learn how to transfer DPI deployments from 4G PGW into 5G UPF, create application-centric traffic profiles in traffic generators, improve DPDK and VPP configurations and more.

DPI - The key technology for application performance monitoring solutions

When it comes to managing application performance, most enterprises today use application performance monitoring (APM) tools. APM is a unified monitoring technique that uses analytics to provide visibility into the end-to-end performance of an enterprise application, measuring it against pre-determined performance, security and QoE targets.