Network Data Broker Government Network Security Services for Data Loss Protection

Network Data Broker for Data Loss Protection Improving Network Security Efficiency

What is Network TAP?
Network TAPs are stand-alone devices that mirror and replicate all traffic flowing between two network endpoints (nodes). This can then be output to various network tools while live traffic continues to pass through the network.
​What is TAP?
TAPs (Test Access Points) are independent of the network, which means they are fully configurable. This allows security and/or performance tools to perform complex packet manipulations.
TAP is the foundation for intelligent network access, maintaining full visibility of security and monitoring platforms without compromise.
Live network traffic passes through the TAP, directly into the active tool, and back to the network in real time. This enables the tool to analyze traffic, act on packets, stop suspicious packets, and take immediate action on links to block malicious traffic. These tools include Active Firewalls and Intrusion Prevention Systems (IPS/NGFW). The TAP in the active stack has a unique bypass technology that sends a heartbeat signal to the active tool. If the tool goes offline for any reason, TAP can bypass the tool, maintaining real-time network traffic. When the heartbeat returns, flow automatically returns to normal operation through the tool. Managing and securing network infrastructure and information requires focused attention. Each of these devices is dedicated to a very tight functional range. The examples above are by no means a comprehensive list of network monitoring, management, and security tool options. There are many tools built specifically for applications, such as Data Loss Prevention (DLP), Customer Experience Management (CEM), and Identity Access Management (IAM). A simple web search will reveal a wide variety of devices that can be added to these links based on the specific threat or desired analysis. With a multi-port TAP foundation, tools can be easily and safely added, repurposed or changed based on the immediate needs of the network. When developing a visibility strategy, there is a logical step-by-step process; access, capture, analyze, secure and, if necessary, remediate. Ideally, if the right strategies and tools are in place, along with other organizational implications that will be discussed later, then hopefully no remedial steps will be required. However, as it is often said, prepare for the best but prepare for the worst.

Mobile operator 100G DPI distributing project

According to the user's business needs and system status, NT-FTAP-52CX is used to collect the 100G links of the provincial network and the backbone network, and then through IP quintuples, vlan tags, message characteristics, and fixed fields, the entire collection and distribution system supports up to 12 100G port input and 144 10G ports output data for back-end DPI analysis system, providing powerful requirements for different data requirements;

Network Packet Broker Specification and Module Type