
VPP-based OEM DPI engine for real-time protocol/app classification in cloud.
VPP-based OEM DPI engine for real-time protocol/app classification in cloud.
R&S®vPACE is an OEM deep packet inspection (DPI) engine built for vector packet processing (VPP) frameworks, designed to be integrated into cloud-native and virtualized networking environments. The engine identifies and classifies thousands of protocols, applications, and service types in real-time by combining a DPI signature library with machine learning, deep learning, and traditional DPI techniques including behavioral, statistical, and heuristic analysis. It supports protocol detection from layer 2 through layer 7 and beyond, and extracts traffic metadata such as bandwidth usage, throughput, and jitter. Key technical characteristics: - Memory footprint of approximately 400 bytes per 5-tuple connection and 316 bytes per network endpoint - Processes traffic at approximately three times the speed of scalar packet processing (SPP)-based DPI engines - Written in C with no external dependencies, providing vendor-neutral deployment - Signature portfolio updated weekly - Supports encrypted traffic detection including TLS 1.3, DNS over HTTPS (DoH), ESNI, VPN/CDN-anonymized traffic, and obfuscated traffic such as DNS tunneling or spoofing - Extracts metadata from TLS, QUIC, HTTP, DNS, and operating system sources - Supports first-packet classification via DNS caching and QUIC Client Hellos - Extensible with custom signatures Deployment targets include 5G user plane functions (UPFs), virtual network functions (VNFs), cloud-native network functions (CNFs), virtualized CPEs, EPCs, PGWs, network packet brokers, load balancers, IP probes, next-generation firewalls, IPS/IDS, and WAPs. Use cases supported include 5G operator services (vEPC, vUPF, network slicing, WiFi offloading, load balancing) and SD-WAN/SASE services (NGFW, application performance, endpoint security, IDS/IPS). R&S®vPACE is licensed as an OEM component and is offered with 24/7 technical support, dedicated application engineers, and flexible service level agreements.
Common questions about ipoque R&S®vPACE including features, pricing, alternatives, and user reviews.
ipoque R&S®vPACE is VPP-based OEM DPI engine for real-time protocol/app classification in cloud, developed by ipoque. It is a Network Security solution designed to help security teams with 5G, Network Visibility, Protocol Analysis.
ipoque R&S®vPACE offers the following core capabilities:
ipoque R&S®vPACE integrates natively with FD.io VPP, DPDK Graph. Integration support lets security teams connect ipoque R&S®vPACE to existing SIEM, ticketing, identity, and notification systems without custom development.
ipoque R&S®vPACE is built for security teams handling 5G, Network Visibility, Protocol Analysis, Cloud Native. It supports workflows including real-time identification and classification of thousands of protocols, applications, and service types, detection from layer 2 through layer 7 and beyond, encrypted traffic intelligence including tls 1.3, doh, esni, vpn/cdn traffic, and dns tunneling detection. Teams typically adopt ipoque R&S®vPACE when they need to network security capabilities integrated into their existing stack. Explore similar tools at https://cybersectools.com/alternatives/ipoque-randsrvpace
ipoque R&S®vPACE is a commercial Network Security solution. For detailed pricing information, visit https://www.ipoque.com/products/deep-packet-inspection-for-software-vendors/vpp-dpi-engine-rs-vpace-for-application-awareness-in-the-cloud or contact ipoque directly.
Popular alternatives to ipoque R&S®vPACE include:
Compare all ipoque R&S®vPACE alternatives at https://cybersectools.com/alternatives/ipoque-randsrvpace
ipoque R&S®vPACE is for security teams and organizations that need 5G, Network Visibility, Protocol Analysis, Cloud Native, Traffic Filtering. It's particularly suitable for enterprises requiring robust, commercial-grade security capabilities. Other Network Security tools can be found at https://cybersectools.com/categories/network-security
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