Network Capture and Processing

Capture and process network data where insight matters.

Network capture workflows require reliable access to traffic data, processing performance, storage, and analysis tools. Portexa platforms can support network monitoring, recording, inspection, and processing across lab, field, and deployed operational environments.
Situational AwarenessSensor IntegrationMulti-Display VisualizationMission PlanningCommunicationsAir OperationsMaritime OperationsGround OperationsGIS MappingEdge ProcessingReal-Time Monitoring

What to evaluate for network capture and processing workflows

Network capture applications can place significant demands on interface bandwidth, processing performance, storage throughput, and data retention. Consider the complete data path from traffic acquisition through processing, analysis, and storage when selecting a system configuration.
Team member reviewing analytics on a laptop
Collaborative planning session with reports and charts

Network interface requirements

Evaluate interface types, connection speeds, port requirements, and the volume of network traffic that must be captured or processed by the system.

Processing performance

Consider the compute resources required for packet processing, traffic inspection, filtering, analytics, and other applications that may operate on captured network data.

High-throughput storage

Determine the storage capacity, write performance, and retention requirements needed to record large volumes of network data without disrupting the operational workflow.

Deployment and integration

Review networking, expansion, operating system, software, ruggedization, and peripheral requirements against the intended lab, mobile, or deployed environment.

Planning a network capture and processing deployment?

Portexa can help evaluate networking, processing, storage, expansion, connectivity, and ruggedization requirements for network capture and analysis workflows.
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