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NMS

WITH NMS NETWORK MANAGEMENT SYSTEM:

Information from network equipment can be interpreted.
It can be associated with a map.
Alarm and performance monitoring can be performed.
Relevant details of each module can be managed through the system’s modules.

Relevant details can be managed.

Use Cases

Telecommunications Networks

NMS can be used to monitor and manage large telecommunication networks, including wired and wireless networks. The system can monitor network performance, identify potential issues, and provide real-time alerts to network administrators.

Data Centers

NMS can be used to monitor and manage data center networks, including servers, storage, and other network devices. The system can provide real-time performance and availability data, as well as alerts for any issues that arise.

Internet of Things (IoT)

NMS can be used to monitor and manage IoT networks, including sensors, gateways, and other IoT devices. The system can provide real-time performance data and alerts for any issues that arise, helping to ensure the reliability and security of IoT networks.

Cloud-based Networks

NMS can be used to monitor and manage cloud-based networks, including virtual machines, virtual networks, and other cloud-based services.

TECHNICAL SPECIFICATIONS

Dashboard Module

Interpretation of data Network Equipment (NE)

Display of NE data using Chart structures in the Dashboard

Display of critical information for NEs (Alarm, Severity, etc)

Performance Module

Monitoring NE performance data

Monitoring R/L performance data

Monitoring KPI values

Monitoring Ethernet performance data

Monitoring Throughput Counters data

NMS Map Module

Display of Network Equipment in map structure

Association of Network Equipment information with the map

Association of the alarm generating NEs with the map

Topology Module

Display of the relationship between topology and Network Equipments (NE) detected with the

Display of NEs that detected by the Topology module. Adding NE to the topology interface dynamically and statically

Configuration of NEs

Backup and restore operations of NEs

Firmware update of NEs

Creating different LAN structures

Creation of Different LAN Structures.

Alert Module

Transmitting trap packets by NEs

Filtering Trap messages sent by NEs

Filtering NEs according to trap alarm level structures

Reporting NEs information and trap datya as PDF, CSV formats

Discovery Module

Generation of dynamic and static network discovery modules

Detection of the network equipment in the existing network structure with NMS discovery module

Using the LLDP protocol for Discovery

Support for LLDP (Link Layer Discovery Protocol) based on the 802.1AB standard

The discovery of network equipment using SNMP (Simple Network Management Protocol) + LLDP (Link Layer Discovery Protocol) can be achieved

Login & Security Management

Specification of user levels and providing authorization

Using SNMPv3 with AES-256 encryption algorithm structure