Service overview

During the construction of a next-generation data center or a two-site three-center business continuity system, with the expansion of applications, servers, storage, and networks in the data center continue to grow and concentrate, facing challenges in virtualization, disaster recovery, security, and service management. Network construction, operation and maintenance personnel need professional assistance to meet the above construction requirements. Purchasing network architecture consulting services from vendors is a common assistance method for operation and maintenance managers to build a new generation of data centers, and it has a good role for customers to build high-standard data centers. Network architecture planning and optimization service products are consulting service products provided by H3C based on the analysis of the development of new technology trends and the understanding of industry applications, in order to solve the customer's design and construction needs of efficient, agile and easy maintenance in the era of new-generation data centers. The Network Architecture Planning and Optimization service product is a design consulting service provided to customers in their new, expanded or renovated data center projects or business continuity systems.

Consulting service content

Network traffic model evaluation: Evaluate and analyze the rationality of network traffic paths according to the existing network architecture.

Optimization design of network architecture: Based on the current status of the network and combined with the current network traffic model and other customer applications, evaluate and analyze the main problems in the current network from the level of network architecture and provide detailed optimization schemes. Test schemes and implementation schemes are provided for key problems.

Optimization design of network security architecture: Based on the functional zones of the live network, the security threats of different network functional zones and existing security defense strategies are evaluated, and security technology deployment strategies and optimization schemes are presented accordingly.

Evaluation and optimization of network basic services: evaluate existing IP addresses, load balancing, overall routing policies, and routing policies of different network function areas, and provide detailed optimization schemes.

Network device lifecycle management specifications: Provide the evaluation elements of network security device lifecycle management, and refer to other customer best practices to provide network device lifecycle management specifications.

Planning the geo-redundant network architecture: Plan the geo-redundant network architecture based on the overall disaster recovery policy and service system deployment mode, and consider the development of new technologies, such as software-defined networking, virtualization, and cloud computing. The future network architecture must meet the challenges brought by new technological innovations.

Backbone network planning and design: Based on the multi-data center positioning analysis and the customer's overall network strategy, combined with the future application system disaster recovery strategy, determine the overall backbone network architecture mode and technical implementation.

DNS system architecture design and load balancing design

Design and plan the architecture of the multi-center active-active or multi-active network

Network specification design: network architecture standard, network emergency process and emergency plan, etc.

Overall network architecture evolution route design

IPv6 transformation planning