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todayJuly 7, 2025

Secure System Architecture Design

In an era where cyber-attacks are increasingly sophisticated and persistent, embedding security into the core of your system architecture from the outset is far more effective than taking reactive measures. Kutsec’s Secure System Architecture Design service offers a proactive approach to ensure organizations build cyber-resilient, scalable, and reliable systems. This [...]


Network Packet Brokers (NPB)

Background
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Network Packet Brokers (NPB) are specialized devices designed to aggregate, filter, and distribute network traffic to various monitoring, performance, and security tools. In complex IT environments where data volumes and cyber threats are constantly increasing, NPBs enable scalable visibility and optimized traffic processing.

Key Functions

Traffic Aggregation and Duplication

NPBs collect traffic via TAPs, SPAN ports, or other network sources, and duplicate packets for analysis without impacting live network performance.

Intelligent Filtering and Forwarding

Traffic is filtered based on protocol, IP address, port number, or Layer 7 application identifiers. This reduces load on downstream tools and ensures only relevant data is processed.

Load Balancing

NPBs distribute incoming traffic evenly across multiple monitoring or analysis tools, preventing bottlenecks and ensuring operational efficiency even in high-throughput environments.

Traffic Modification and Decryption

Advanced packet brokers support features like packet trimming, header modification, masking of sensitive data, and TLS/SSL decryption. This enhances compliance with data protection regulations and improves threat visibility.

Value for Security and Monitoring

NPBs are essential components in modern network security architecture. By feeding clean, filtered traffic to tools like SIEM, IDS/IPS, DLP, forensic analyzers, and NDR systems, they enhance detection accuracy and performance.

Network Packet Brokers empower enterprises to maintain visibility across distributed architectures, detect anomalies in real-time, and respond quickly to potential threats. As such, they are indispensable for any organization prioritizing both security and operational continuity.