A Linux kernel module and user-space framework for high-speed packet capture and processing with a consistent API.
PF_RING™ is a Linux kernel module and user-space framework that enables high-speed packet capture and processing, allowing applications to handle millions of packets per second efficiently. It solves the problem of packet loss and CPU overhead in network traffic analysis by providing optimized drivers and a consistent API.
Network engineers, security analysts, and developers building packet analysis tools, intrusion detection systems, or network monitoring applications that require high packet throughput.
Developers choose PF_RING™ for its ability to capture packets at line rate with minimal CPU usage, its cross-hardware scalability from ARM to Xeon, and its consistent API that simplifies developing high-performance network applications.
High-speed packet processing framework
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Handles over 20M packets/sec per core on Xeon, as stated in the README, making it ideal for high-throughput scenarios.
Reduces CPU usage during packet capture, preserving cycles for analysis, which is highlighted in the key features.
Provides a uniform interface for packet processing applications across different hardware, ensuring developer ease as per the philosophy.
Combines a kernel module with user-space libraries for flexible deployment and performance optimization, as noted in the key features.
It's a Linux kernel module, so it cannot be used on other operating systems, limiting its applicability.
Requires compiling and installing kernel modules, which can be error-prone and system-dependent, adding to deployment overhead.
Assumes advanced knowledge of kernel programming and network stacks, making it less accessible compared to simpler libraries like libpcap.