nGeniusONE:
The advantages of using nGeniusONE for network monitoring and analysis include real-time packet capture, real-time traffic utilization, and report creation.
Users have also praised its service performance monitoring capabilities and its ability to keep historic captures and logs for analysis reports.
However, some users have reported that it can sometimes take more time to decode and download .pcap files.
Overall, nGeniusONE appears to be a well-regarded tool for network monitoring and analysis.

Sangfor IAG - Bandwidth Management:
Bandwidth management(BM) in IAG allocates the ISP bandwidth available base on applications and users.
Sangfor smart BM system uses queuing and buffering techniques which could limit low-priority application traffics and guarantee the important application traffics of the customer.
If there is no important traffic, low-priority application traffics can break the BM control limit.
The technology not only can prevent bandwidth wastage during ISP line idle, but it also ensures the high-priority application traffics is unaffected during peak hour.
Thus, it provides a visualize, controllable, and optimizable efficient network to network administrators.

nGeniusONE:
The advantages of using nGeniusONE for network monitoring and analysis include real-time packet capture, real-time traffic utilization, and report creation.
Users have also praised its service performance monitoring capabilities and its ability to keep historic captures and logs for analysis reports.
However, some users have reported that it can sometimes take more time to decode and download .pcap files.
Overall, nGeniusONE appears to be a well-regarded tool for network monitoring and analysis.

Sangfor IAG - Bandwidth Management:
Bandwidth management(BM) in IAG allocates the ISP bandwidth available base on applications and users.
Sangfor smart BM system uses queuing and buffering techniques which could limit low-priority application traffics and guarantee the important application traffics of the customer.
If there is no important traffic, low-priority application traffics can break the BM control limit.
The technology not only can prevent bandwidth wastage during ISP line idle, but it also ensures the high-priority application traffics is unaffected during peak hour.
Thus, it provides a visualize, controllable, and optimizable efficient network to network administrators.