White Paper

White Paper

How to Improve ZTNA with Next Generation Deep Packet Inspection

Zero Trust Network Access (ZTNA) is currently one of the hottest areas of cybersecurity. ZTNA success depends on performance and scalability and this, in turn, depends on traffic visibility and the degree of intelligence ZTNA functions receive on the traffic flows.

Traffic visibility has been strongly impacted in recent years by encryption, new techniques for cloaking malicious traffic, and the erosion of traditional network perimeters where traffic has previously been decrypted and inspected. Effective ZTNA therefore requires traffic intelligence that overcomes these visibility challenges while operating across multi-tenant, multi-edge deployments.

This white paper addresses the network intelligence challenges facing ZTNA, the different next generation traffic visibility techniques that can be used to boost performance, and the ways in which an embedded next-generation DPI (NG DPI) engine can support ZTNA product differentiation and continuous innovation.

Related insights

Get Ready for Post-Quantum Cryptography with Enea Qosmos Technology, Part 2 of 2

Read more

Tags: AI, Cybersecurity, Deep Packet Inspection

Get Ready for Post-Quantum Cryptography with Enea Qosmos Technology, Part 1 of 2

Read more

Tags: AI, Cybersecurity, Deep Packet Inspection

How Custocy Uses DPI and IDS to Power AI-Based NDR

AI & the Network Edge: Challenges, Solutions & Best Practices for Network Security

Read more

Tags: AI, Cybersecurity, Deep Packet Inspection, DPI, Edge, Network Security, Threat Detection

Five Back-to-the-Future Predictions for AI in 2025

Five Back-to-the-Future Predictions for AI in 2025

Read more

Tags: AI, Cybersecurity, Deep Packet Inspection, Intrusion Detection, SASE, Threat Detection

Custocy Teams Up with ENEA to Boost AI-Based Network Threat Detection

Five Back-to-the-Future Predictions for AI in 2025

Read more

Tags: AI, Cybersecurity, Deep Packet Inspection, Machine Learning, Observability