Huawei Intent-Driven CloudCampus

Huawei Intent-Driven CloudCampus is the advanced model of cloud management and providing services.

Huawei Intent-Driven CloudCampus is suitable for corporate campus networks and allows to create the intellectual, simplified, ultrabroadband, open and safe network architecture.

The solution Huawei CloudCampus helps to create business models for aim marketing at the expense of following features:

• High-performance wireless network with IoT-convergence: Huawei AP4050DN-E has three built-in slots for IoT-modules for convergence of Wi-fi and IoT-networks. It allows to exercise convergent control, to avoid repeated costs and to reduce total ownership cost.
• The network platform managed through a cloud: the cloud platform of management of Huawei provides the wide range of "northern" applied software applications (northbound APIs), including authentication and the reporting, a location of the terminal and the status of the terminal. These application programming interfaces are the base for interaction with business platforms of industry partners and help to implement such business applications as the flexible reporting, the analysis of a flow of clients and the aim offer of information. The network solution of Huawei managed through a cloud supports the mode of start of a private cloud, ensuring data security of the enterprise.

Using Huawei CloudCampus, developed based on infocommunication technologies, the enterprises will receive the campus network managed from a cloud having such properties as "fast deployment", "simplicity of administration", "a big set of supported applications":

• Fast deployment: the company of any size will be able to reduce time for deployment of network from several months to several days due to cloud network planning, deployment and optimization and also provided in CloudCampus of the PMI tools.
• Simplicity of administration: thanks to the network services provided on demand CloudCampus reduces daily works and expenses of the enterprise on service of network.
• Big set of supported applications: means of the analysis of Big Data and open interfaces of application programming of the platform of cloud management open a way to use of the service SaaS model and different network additional services, raise the service level.

The Huawei company addressed the solution CloudCampus as well to MSP providers (Managed Service Provider) who can seize the opportunities of cloud management now. The solution giving the chance to manage a large number of devices supports local and cloud control modes with imperceptible switching between them.

• Own cloud platform: CloudCampus is a platform of cloud management which MSP providers can independently operate, i.e. all income from provision of services through the platform will go them directly.
• Scaling of a management system: if to compare the solution Huawei CloudCampus to traditional solutions for campus networks which are capable to manage several tens of thousands devices increases this number to one million, and application uniform the politician of management in all network considerably optimizes process.
• Hybrid management, trouble-free migration: CloudCampus is a protection of already enclosed investments thanks to "imperceptible" transition from traditional to cloud methods of management, emphasized in Huawei.

Components

• CampusInsight 2.0: collects data on network applications and devices in real time and on demand. Using technologies of Big Data and artificial intelligence carries out the pro-active analysis and forecasting of faults for networks with a possibility of automatic recognition to 85% of all potential problems.
• SD-Campus 2.0: it is intended for networks, average and big on scale, allows to apply means of Software-Defined Networking (SDN) and cloud computing to automation of deployment of networks, including virtual.
• Front lines Agile is switches S5730-HI and S6720-HI with SD-Campus support constructed based on Huawei Ethernet Network Processor (ENP) allow to implement convergence of wired and wireless networks (by means of the Access Controller/AC function).^[1]

Notes