: Run the file using ./ManageEngine_NetFlowAnalyzer_xxxx.bin .
Right-click the downloaded file and select This is crucial; failing to do so may result in insufficient permissions to create services or write to directories.
cd /opt # Replace URL with the latest Linux 64-bit .bin link from ManageEngine wget https://www.manageengine.com/products/netflow-analzer/linux/NetFlowAnalyzer_64bit.bin chmod +x NetFlowAnalyzer_64bit.bin manageengine netflow analyzer installation guide
is a leading bandwidth monitoring tool that leverages flow technology (NetFlow, sFlow, J-Flow, IPFIX) to provide granular visibility into network traffic. Unlike simple SNMP monitoring, it tells you who is using what bandwidth, where they are going, and why the pipe is full.
Navigate to the bin directory: cd /opt/ManageEngine/NetFlow/troubleshooting Execute the service creation script: sudo ./linkAsService.sh Start the application: sudo systemctl start NetFlowAnalyzer Initial Post-Installation Configuration Accessing the Web Interface Open your preferred web browser. Navigate to http://localhost:8060 (or server IP). Log in using default credentials: . Change the default password immediately upon login. Network Firewall Configuration Allow UDP traffic on port 9996. Allow TCP traffic on port 8060. Configure router NetFlow export to this server IP. To help finalize your network monitoring setup, tell me: Your operating system version? The router models exporting flows (Cisco, Juniper, etc.)? Your estimated network traffic volume ? : Run the file using
Linux is preferred for high-performance, long-term deployments due to lower overhead.
External DB must accept remote connections. Edit pg_hba.conf on DB server: Unlike simple SNMP monitoring, it tells you who
: Supports bundled PostgreSQL or external MSSQL (versions 2008 through 2019). Step-by-Step Installation on Windows
During installation, you will be asked to choose between the bundled PostgreSQL database and an external database.