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  • iMaster NeoSight Lightweight Converged Management System

    All-Round, Intelligent, Simplified, and Centralized ICT O&M Products for Customers and Partners

  • Overview
  • Benefits
  • Architecture
  • Products
  • Resource

New Lightweight Converged O&M System Developed by Huawei

As the industry advances rapidly toward intelligence, the resulting increase in the types of ICT infrastructure poses a challenge to the O&M efforts of small and medium-sized enterprises.

To address this challenge, NeoSight offers a comprehensive solution by centrally managing a wide range of devices, including switches, routers, WLAN devices, firewalls, PON devices, video surveillance devices, servers, storage devices, virtual devices, microwave devices, multi-mode sensing engines (MSEs), and applications. Through centralized management, visualized monitoring, intelligent analysis, and other functions, NeoSight enables enterprises to enhance their O&M efficiency, reduce O&M costs, optimize resource efficiency, and ensure the stable operation of their ICT systems.

Benefits

70% O&M cost reduction

Real-time device status query
Remote fault rectification

5,000+ device models

Full-stack visualization of ICT devices and terminals
Integrated O&M for multiple networks

30% O&M experience improvement

AI assistant
Simplified O&M

Architecture

Architecture

NeoSight centrally manages ICT devices such as switches, firewalls, and routers, providing an at-a-glance view of device information. It supports automatic device grouping and automatic topology layout for various typical campus networking modes, offering out-of-the-box domain-wide topology capabilities that allow users to monitor the global running status of ICT infrastructure in real time. NeoSight streamlines resources, links, and alarm data of multiple domains, graphically displaying cross-domain fault visualization results and supporting automatic fault closure. It also provides various preset reports and allows users to customize O&M views and reports. NeoSight offers northbound open APIs, remote notification services, authentication, authorization, and accounting (AAA), and single sign-on (SSO) interconnection services to support external integration and development.

Architecture
Huawei

Find the Right Product for You

iMaster NeoSight Management Platform

It serves as a comprehensive user interface, presenting essential system information, monitoring data, alarm notifications, and KPIs. It also provides convenient access to routine O&M tasks and operations.

iMaster NeoSight Enterprise Network Management

It centrally manages the resources, traffic, and quality of both wired and wireless networks. Advanced network quality diagnosis and full-lifecycle management functions facilitate proactive O&M on both wired and wireless networks, accelerating fault demarcation and simplifying network O&M.

iMaster NeoSight IT and Application Management

It effectively manages storage devices, servers, VMs, operating systems, databases, and web applications. Users can monitor the status of their IT resources, query resource capacity, and visualize performance information. Additionally, service views can be orchestrated to provide a visual representation of status changes and the quality of application systems in the ICT infrastructure, ensuring service reliability.

iMaster NeoSight Video Surveillance Management

It centrally manages video devices, enabling O&M personnel to monitor video indicators and device information in a visualized manner, thus improving O&M efficiency. Additionally, it offers camera fault demarcation and locating functions. It automatically classifies and analyzes faults, allowing O&M personnel to centrally rectify them and improving troubleshooting efficiency.

iMaster NeoSight PON Device Management

It offers real-time node monitoring on the entire PON, as well as automatic ONU/ORE service configuration, significantly enhancing device deployment and service provisioning efficiency. Additionally, faults can be swiftly located and rectified, leading to improved O&M efficiency and reduced OPEX.

Resources

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