iMaster NCE (Transport Domain)
With the explosion of AI services, networks are required to provide faster, lower-latency, and more resilient connections. This brings three challenges to optical transmission networks: 1. Slow service provisioning. Traditional offline planning methods cannot meet the TTM competitiveness requirements of rapid development of 2B and DCI services. 2. Difficult potential risks identification. Traditional network assurance methods include periodic inspection, maintenance, and vendor network reconstruction services. The interval is long and the investigation scope is limited. Therefore, potential risks cannot be identified in time. 3. Low troubleshooting efficiency, fiber cuts are frequent on carriers' networks. Traditional manual troubleshooting methods cannot be sustained.
Use Cases
Wavelength expansion planning automation
Wavelength expansion planning automation is implemented by online resource check, resource pre-configuration, and automatic route planning. This solution shortens the expansion period and avoids service planning conflicts and rework.
Multi-dimensional service automation
Multi-dimensional service automation provides customers with differentiated service paths and improves network premium through Stellar Go, multi-factor route recommendation, and agile service provisioning.
Optical network availability assurance
Visualized availability evaluation and network structure risk analysis help identify potential network risks in advance, guide network optimization, and improve network anti-risk capabilities.
Service SLA assurance
Through multi-dimensional SLA visibility and real-time of service risk analysis. Make SLAs are visible, manageable, and guaranteed.
Root cause analysis
Root cause analysis provides alarm compression, classification and aggregation, and root cause analysis capabilities to quickly identify root alarms, simplify alarm monitoring, and shorten the fault rectification duration.
Precise fault diagnosis
Precise fault diagnosis enables intelligent hardware such as OMD and eOTDRs to quickly demarcate and locate faults, accurately rectify faults onsite, and reduce OPEX.