The Solution
Due to the complexity of the project, Network Critical was engaged. We set out to unify the agency’s tools by integrating them into a single connection using advanced TAP technology.
Using real-time bypass access modules, we connected the client’s four live stack tools. The bypass modules work by taking in live traffic and passing the traffic through security tools before passing them back to the network. This allows the tools to take immediate action when needed, blocking malicious traffic before damage is done. If any of the tools go offline, the TAP automatically bypasses the tool, keeping network traffic flowing.
Additionally, we connected the three client's three passive stack tools to a SmartNA-XL™ chassis with a different set of modules that pass a mirror copy of live traffic to the tools. The passive tools receive 100% of all the traffic on the link, including incomplete or retransmitted packets. This allows the tools to provide accurate traffic data analysis.
The SmartNA-XL™ TAPs also provide fail-safe technology protecting live traffic even if power to the TAPs is lost.
Both the passive and active tool stacks access traffic from the same link, which is completely protected against any tool going offline and taking down the link. Different tools with different missions can perform their tasks using the same stream of network traffic.
“We base our deployment on NIST best practices. Using specialized tools to secure our infrastructure and maintain information privacy, our network remains in line with accepted standards. The Network Critical platform allows us to connect all the right tools while maintaining the highest level of reliability.” Data Management Systems Analyst
The Results
Our SmartNA-XL™ TAPs enabled the agency to successfully integrate seven specialized security tools into its network, achieve FISMA compliance, and stay within budget.
Network Critical's SmartNA-XL™ TAPs delivered:
- Reliable traffic flow across active and passive stacks
- Complete visibility for all tools
- High network reliability, even during power failures