
Bypass TAP/packet broker hybrid for before-and-after inline tool traffic analysis.
Bypass TAP/packet broker hybrid for before-and-after inline tool traffic analysis.
EdgeLens is a line of bypass TAP (Test Access Point) and packet broker hybrid devices designed to provide visibility into network traffic flowing through inline security tools such as IPS, firewalls, and WAFs. The core function of EdgeLens is to capture network packets both before and after they pass through an inline security device. These two copies of traffic are then forwarded to out-of-band packet capture, storage, and analysis tools. This allows security teams to compare pre- and post-inspection traffic to determine whether an inline device is functioning correctly, configured properly, or missing threats. Primary use cases include: - Before-and-after traffic analysis: Capturing packets on both sides of an inline tool to validate its behavior and configuration. - Historical lookback forensics: Storing packet data so that, in the event of a breach, security teams can review what traffic was present before, during, and after an incident. - Inline tool performance optimization: Identifying gaps in threat detection by comparing what traffic entered and exited a security device. - Proof-of-concept security evaluations: Testing new security tools in real-time without affecting live network traffic. - Lifecycle management: Reducing network downtime when inline tools are updated, replaced, or reconfigured. EdgeLens is positioned for use in federal and enterprise environments operating under Zero Trust frameworks, where validating the effectiveness of inline security controls is a compliance and operational requirement. It integrates with out-of-band packet capture, storage, and analysis platforms by feeding them copies of network traffic captured from inline deployment points.
Common questions about Garland Technology EdgeLens including features, pricing, alternatives, and user reviews.
Garland Technology EdgeLens is Bypass TAP/packet broker hybrid for before-and-after inline tool traffic analysis, developed by Garland Technology. It is a Network Security solution designed to help security teams with Network Visibility, Packet Capture, PCAP.
Garland Technology EdgeLens offers the following core capabilities:
Garland Technology EdgeLens is built for security teams handling Network Visibility, Packet Capture, PCAP, Network Monitoring. It supports workflows including capture network traffic before and after inline security devices (ips, firewalls, wafs), forward traffic copies to out-of-band packet capture, storage, and analysis tools, historical lookback forensics for post-breach investigation. Teams typically adopt Garland Technology EdgeLens when they need to network security capabilities integrated into their existing stack. Explore similar tools at https://cybersectools.com/alternatives/garland-technology-edgelens
Garland Technology EdgeLens is a commercial Network Security solution. For detailed pricing information, visit https://www.garlandtechnology.com/federal-optimize-inline-tool-performance or contact Garland Technology directly.
Popular alternatives to Garland Technology EdgeLens include:
Compare all Garland Technology EdgeLens alternatives at https://cybersectools.com/alternatives/garland-technology-edgelens
Garland Technology EdgeLens is for security teams and organizations that need Network Visibility, Packet Capture, PCAP, Network Monitoring, Network Forensic Analysis. It's particularly suitable for enterprises requiring robust, commercial-grade security capabilities. Other Network Security tools can be found at https://cybersectools.com/categories/network-security
Head-to-head feature, pricing, and rating breakdowns.
AI-driven RF monitoring platform for wireless device detection & threat mgmt.
Snort is an open-source network intrusion detection and prevention system that analyzes traffic in real-time to identify and block malicious activity using rule-based detection methods.
Hardware appliance for SSL/TLS inspection scaling via security service load balancing.