Network Traffic Brokering & Packet Services

Tool Aggregation, Packet Processing, Packet & Flow Data Services

How NEOX Supports IT & OT Network & Security Teams

NEOX supports IT and OT network and security teams by delivering advanced network packet brokering capabilities that provide centralized, intelligent access to network traffic across distributed environments. By aggregating TAP, vTAP, and SPAN traffic from multiple sources—including data center, campus, cloud, industrial, and critical infrastructure networks—NEOX ensures that monitoring, security, and analytics tools receive the right data at the right time without packet loss. Through features such as traffic filtering, deduplication, load balancing, and replication, NEOX optimizes tool performance and reduces unnecessary processing overhead, enabling teams to operate more efficiently. This intelligent traffic distribution improves visibility across both IT and OT environments, helping organizations detect threats faster, troubleshoot network and application performance issues, and maintain operational continuity.
NEOX packet brokering solutions support seamless integration with a wide range of network performance monitoring (NPM), network detection and response (NDR), and intrusion detection systems (IDS) platforms, ensuring consistent and reliable data delivery for analysis and response. With scalable architectures and high-throughput performance, NEOX enables organizations to adapt to increasing traffic volumes and evolving network demands without compromising visibility or control. By providing granular traffic control and end-to-end visibility, NEOX empowers IT and OT teams to enhance security posture, improve mean-time-to-detection (MTTD) and mean-time-to-resolution (MTTR), support compliance initiatives, and maintain resilient, high-performance network operations across enterprise, service provider, and critical infrastructure environments.

Secops

NEOX Security Forensics & Experience Monitoring Products

PacketWolf Performance NPB

PacketLion Aggregation NPB

PacketTiger Advanced NPB

PacketTiger Virtual NPB

PacketDirector NPB Manager

CONSOLIDATED REAL-TIME NETWORK VISIBILITY

Real-Time Network Intelligence to the Right Tools

01.

Full Network Transparency

  • Encrypted traffic visibility
  • Up to 400G DPI
  • Up to 50Gbps TLS/SSL
  • 100% network data
  • No impairment to data
  • No traffic blind spots

02.

Complete Traffic Control

  • FPGA-based
  • NanoSec timestamping
  • Deduplication
  • Packet slicing
  • Header stripping
  • 5-tuple support

03.

Fool-Proof Network Security

  • TLS/SSL control
  • URL filtering
  • Forward/Reverse proxy
  • Cert distribution
  • Bypass function
  • Compliance & privacy

Traffic Consolidation, Processing, and Delivery

Today’s mobile, edge, data center, and cloud networks are becoming more application-intensive under rapid digital transformation and modernization of business models, and lifestyle changes. This is resulting in a many-fold increase in east-west and north-south network traffic. Furthermore, virtualization and hybrid-cloud-oriented distributed environments are making it extremely complex to monitor the network traffic for observability and security purposes. Scattered network traffic and blind spots result in security vulnerabilities and elevated business risk.

NEOX Network Packet Brokers streamline the tasks of IT NetOps and SecOps teams by (a) Consolidating network traffic, (b) Centralizing control of network monitoring policies, and (c) Ensuring reliable and uninterrupted delivery of network data to performance monitoring tools and security tools. This leads to 100% network observability, enhanced network visibility, and significantly improved security. By acting as a traffic aggregation solution, NEOX Packet Brokers empower teams to achieve comprehensive network monitoring and robust threat detection across their infrastructure.

Learn more about how network packet brokers work in modern hybrid and cloud environments.

Network Brokering
Network Brokering

Uninterrupted Traffic for Suricata and Network Detection and Response

Traditional signature-based security tools (IDS, IPS, SIEM, NGFW, WAF) do their job well but cannot catch all kinds of attacks. Modern Network Detection and Response (NDR) tools monitor network activity in real-time to spot and deter potential threats. For this, NDR tools need a continuous, reliable, and uninterrupted streaming of network packet data in real time. NEOX Network Packet Brokers deliver this critical platform for Network Detection and Response (NDR), enabling advanced threat detection, real-time network analysis, and proactive security response. By serving as a centralized traffic aggregation solution, NEOX ensures comprehensive network visibility and enhanced monitoring capabilities, making it an essential tool for modern cybersecurity strategies and network operations. They play the same role for open-source high-performance Suricata-based IDS, IPS, and Network Security Monitoring (NSM) tools that perform real-time monitoring and analysis of network traffic to detect and prevent security threats, including attacks, intrusions, and vulnerabilities.

Discover the key benefits of using a packet broker for security operations and network monitoring.

High-Performance Packet Service Chaining

NEOX Network Packet Brokers serve multiple critical roles: (a) as a data consolidation device to centrally process the network traffic collected from strategic points across the network, (b) as a speed-matching gateway that bridges the main network and the monitoring tools, ensuring seamless data flow, and (c) as a service chaining and delivery mechanism to process network packets and modify them into the desired format for efficient delivery.

If you would like a deeper technical explanation of how network packet brokers work in traffic aggregation, filtering, and optimization, read our detailed guide.

By acting as a traffic aggregation solution, packet processing platform, and network optimization tool, NEOX enhances network visibility, monitoring efficiency, and data delivery precision, making it indispensable for network operations and security teams.

NEOX Packet Brokers perform all services at wire speeds up to 400Gbps per port, even when all services are turned on, and do not cause packet drop due to its FPGA-based non-blocking advanced architecture. They do not require costly “smart module” upgrades or port-density tradeoffs for performance gain.

The result is a more streamlined data flow at a much lower cost-per-megabit and additional savings by offloading expensive tools and prolonging investments. 

Network Brokering

FEATURED RESOURCES

Network Visibility for Our Customers

Infographic Network Packet Broker

Infographic

Why You Need a Packet Broker

Packet Capture Appliance

Product Brochure

A Complete Guide to Products

case-study

Case Study

Enhancing Multi-Tenant Data Center

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Whether you are building an Observability or Security practice ground up or refreshing and evaluating alternatives to your current solution, NEOX should be your list.

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FAQS

What is network brokering traffic?

Network brokering traffic refers to the process of intelligently managing, filtering, aggregating, and distributing network packets from multiple links to security and monitoring tools using a packet broker — ensuring optimal traffic flow, complete visibility, and improved observability.

A packet broker centralizes traffic from network TAPs and SPAN ports, filters and de‑duplicates packets, then sends only relevant traffic to tools like IDS/IPS, NDR, SIEM, and packet capture appliances. This prevents tool overload and ensures accurate data for analysis.

Direct connections across all links require many interfaces and scale poorly. Packet brokers solve this by aggregating, load‑balancing, and filtering traffic, allowing tools to operate effectively without needing direct access to every link.

A network TAP passively copies traffic at a link, providing raw data flow. A packet broker takes that traffic (from TAPs or SPAN), intelligently processes it (aggregate, filter, load‑balance), and forwards relevant packets to tools for security monitoring, performance analysis, or packet capture.

By filtering and directing only relevant packets to security tools, packet brokers reduce false positives, improve tool performance, and ensure that critical traffic (malicious or anomalous) is delivered for deep analysis and detection.

Yes. Modern packet brokers are designed to handle high‑speed environments, aggregating and forwarding traffic at line‑rate speeds while maintaining packet integrity and performance for downstream tools.

Packet brokers can pre‑filter traffic based on policies (e.g., IP, protocol, VLAN, session) before sending it to a packet capture appliance. This reduces storage load and improves relevance of captured data for troubleshooting and forensics.