Overview of all ipoque resources

Webinar: AI-driven traffic intelligence for Open RAN

Transform your understanding of Open RAN with our latest webinar, highlighting key findings from our in-depth report on AI and analytics. Dive into the world of deep packet inspection (DPI) and discover how leading vendors are pushing the boundaries of network performance and management. Join us to gain crucial insights into the future of mobile networks!

Report: Analytics and AI in Open RAN - The role of DPI

Discover how real-time traffic intelligence can increase efficiency, improve performance, and drive innovation in Open RAN environments. Based on a comprehensive survey of 60 leading Open RAN vendors, this report offers valuable perspectives on the analytics requirements that underpin the next level of intelligence and automation in mobile networks.

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.

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.

Report: State of open-source DPI - Challenges, opportunities and alternatives

This report examines the impact of increasing application complexity, encryption, and emerging cyber threats on open-source deep packet inspection (DPI). It evaluates AI-based methologies, the adequacy of signature libraries, and the influence of evolving business requirements on vendors' decosions to transition to commercial DPI. It also explores the role of custom migration tools in facilitating this transition.

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.

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.

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.