Overview of all ipoque resources

Real-time traffic visibility for ZTNA

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.

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.

Powering network packet brokers with next-gen DPI for data center networks

Deep traffic visibility is crucial in shaping intelligent data center networks. R&S®PACE 2‘s real-time application awareness enhances traffic visibility and security filtering capabilities of APCON‘s IntellaView Platform, enabling application-based traffic management for optimized and high-performing data center networks. Discover all details and benefits in our joint case study,

Real-time visibility at the network edge via vector packet processing-based DPI

Connecting a rapidly growing network that is highly distributed requires a powerful network edge equipped with real-time application awareness. Graphiant partnered with ipoque to embed the VPP-based DPI engine R&S®vPACE in the Graphiant Network Edge. The deployment of R&S®vPACE allows Graphiant to combine application visibility and policy control at performance levels for the modern edge, leveraging the speeds and capacity enabled by a VPP-based DPI technology. Discover all details and benefits in our joint case study,

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.

Research report: DPI and encrypted traffic visibility for IP networks

This research report is the first-ever report on encryption that is based on the views of leading networking vendors. The report confirms that emerging encryption techniques greatly impact networking functions, namely security and analytics. Therefore, left unaddressed, encryption can have serious destabilizing effects on the network. Given the widespread use of encryption, the ability to analyze encrypted traffic flows is expected to feature prominently as a key capability across today's DPI solutions.

Encrypted traffic visibility

Encryption is rapidly becoming synonymous with network security and privacy. However, encryption presents challenges in the form of diminished network visibility and control which can be disruptive to networks that are highly reliant on deep network insights into managing and securing their data and assets. This whitepaper reviews encryption protocols, loss of traffic visibility and the associated adverse impact on network functionalities. It provides insights on how the incorporation of encypted traffic intelligence (ETI), including cutting-edge ML / DL techniques, circumvents the limitations associated with conventional deep packet inspection.

Solution guide - Next generation deep packet inspection software

Next-gen DPI technology from ipoque provides granular insights into IP traffic by detecting protocols, applications and even application attributes and services (for example video, audio, chat or file transfers in a messaging client). Metadata extraction reveals specific information on speed, latency, user locations, jitter, bandwidth consumption, type of devices, etc. With a wide range of traffic classification methods, including port-based matching, pattern matching, behavioral analysis and statistical/heuristic analysis, the ipoque DPI solutions provide more than standard DPI and deliver modern networks with what they need most – intelligence.