1.0 Intelligent Campus Network Solution
2.0 IDC Data Center Network Solution
3.0 Enterprise Cloud Solutions
4.0 Overall Information Security Solution
- 4.1 Exit Security Application Solutions
- 4.2 Branch and Mobile Internet Application Solutions
- 4.3 Data Center Security Solutions
- 4.4 Level Protection Comprehensive Solution
- 4.5 Disaster Recovery and Backup Integrated Solution
- 4.0 Overall Information Security Solution
- 4.6 CDP Local Disaster Recovery Solution
- 4.7 Dual-System Disaster Recovery Shared Storage Hot Standby Solution
- 4.8 Mirrored Hot Standby Solution for Dual-machine Disaster Recovery
- 4.9 Desktop Access Scheme
- 4.10 Anti-disclosure security management system for electronic documents
- 4.11 Email Security Overall Solution
5.0 Smart Wireless Total Solution
- 5.1 Cloud wireless solution
- 5.2 Application authentication access solution
- 5.0 Smart Wireless Total Solution
- 5.3 Smart Business Circle Solution
- 5.4 Wireless bridging solution
- 5.5 Elevator Wireless Coverage Solution
- 5.6 Hotel wireless coverage solution
- 5.7 Smart Campus Wireless Solution
- 5.8 Hospital Wireless Solution
- 5.9 Wireless retail solutions for malls
6.0 HD Video Conference Solution
7.0 IDC Computer Room Construction Solution
8.0 Intelligent Weak Current Solution
9.0 Intelligent Building Solution
10.0 Intelligent Management Center Overall Solution
需求背景分析 1 Demand background analysis
With the current diversification of xxx business, traditional data protection solutions have been unable to meet the current business protection needs of information technology development. At the same time, data is extremely vulnerable to damage, which may be caused by human factors or due to various unavailable The predicted factors include the following aspects:
硬件故障：计算机是一个机器，其硬件是整个系统的基础。 1. Hardware failure: A computer is a machine, and its hardware is the basis of the entire system. Due to improper use or poor quality of computer products, aging accessories, etc., the computer hardware may be damaged and cannot be used. For example, the track of a hard disk is damaged.
软件故障：由于用户使用不当或者系统的可靠性不稳定等原因，计算机软件系统有可能瘫痪，造成数据错乱或者丢失，无法使用。 2. Software failure: Due to improper use of the user or unstable system reliability, the computer software system may be paralyzed, causing data to be disordered or lost and unusable.
人为误操作：这是人为的事故，不可能完全避免。 3. Human error: This is a human accident and cannot be completely avoided. For example, when using the DELETE sentence, useful data is accidentally deleted.
破坏性木马与病毒：病毒是系统可能遭到破坏的一个非常重要的原因。 4. Destructive Trojans and Viruses: Viruses are a very important reason for possible system damage. With the development of information technology, various viruses have also spread. Now, viruses can not only damage software systems, they can also damage computer hardware systems.
自然灾害：例如大火、洪水、地震等不可抗因素造成的灾难。 5. Natural disasters: disasters caused by force majeure such as fires, floods, earthquakes, etc.
Traditional data protection solutions can no longer meet the business protection needs of xxx. Xxx has gradually completed the construction of virtualization platforms, physical platforms, and multi-campus data centers. The incomplete core data protection has brought great inconvenience to the data protection work of xxx, and brought multiple-dimensional data protection challenges to xxx data centers:
Protection of virtualized platforms: Traditional data protection solutions are more suitable for pure physical environments. Applications in virtualized environments will cause serious problems: resource contention will seriously affect user business; inability to accurately recover data and low recovery efficiency.
Challenges of continuous data protection: The performance improvement speed of traditional data protection solutions can not keep up with the increase in data volume. The school has paid more computing resources, network bandwidth resources, and longer recovery time for this. Requirement to resume business system operations and ensure data security.
容灾备份方案设计原则 2 Disaster Recovery Backup Design Principles
According to the requirements and business characteristics of XXX, in the design of data backup and disaster recovery management solutions, we proceed from the following points as the principles of the design of the plan, thereby ensuring the pertinence and rationality of the entire plan.
Ø In line with industry technology trends and development directions
The software products conform to the international mainstream technology and development direction, meet the requirements of future big data management and the expansion of virtualization applications have a long technical life.
Ø Minimize the impact on normal business systems
In the resource contention environment, try not to occupy the resources of the virtualized environment, and meet the requirements of saving resources and reasonable allocation
Ø Supports fast recovery and fine recovery
Provide effective recovery methods through technology, reduce application downtime, reduce data recovery granularity, and reduce recovery time for large amounts of data
Require the solution to be able to manage all the existing environments first, and provide integrated recovery and management models from heterogeneous environments, heterogeneous platforms, and heterogeneous applications, from physical server environments to virtualized environments, and from operating systems and application databases. To file data, and can support mainstream virtualization platforms and protection technologies, can provide unified management, compatible with existing equipment, and compatible with storage devices and solutions from popular manufacturers. Provides backup and instantaneous mounting of multiple protection capabilities. The comprehensiveness directly determines the feasibility of the solution.
Ø Reliability of data recovery
The backed up data system has a reliable recovery capability. The instant mount feature of the snapshot can verify the switching exercise at any time, and has a complete data monitoring and recoverable verification system.
Ø System security
The backup system can provide a comprehensive security system. The production data, backup data, and management of the backup system should have a highly reliable security guarantee system to ensure data security.
容灾备份方案设计 3 disaster recovery program design
Considering the current application of XXX and the actual investment situation, we recommend a centralized backup solution in a mixed architecture environment. This solution uses the disaster recovery and backup integrated product as the backup server.
The disaster recovery and backup client will continuously backup important data sources of the application system to the built-in backup storage of the information center according to the policy. The administrator can perform physical and virtual environment management on a unified backup and recovery management platform. Data backup and recovery task management and operation. When the application system data needs to be restored, the required data can be restored according to the point in time. Based on this solution, it can also help customers solve the data protection challenges of the following data center environments:
、混合环境下统一数据保护的问题：容灾备份一体化支持针对现代数据中心环境下传统物理服务器环境的统一数据备份恢复，解决物理环境和应用下的数据保护及广泛兼容性支持等问题；同时还支持主流虚拟化平台环境的统一数据备份恢复，解决虚拟化平台下数据保护带来的资源争取问题及数据恢复效率问题。 1. The problem of unified data protection in a mixed environment: the integration of disaster recovery and backup supports unified data backup and recovery for traditional physical server environments in modern data center environments, and solves the problems of data protection and extensive compatibility support in physical environments and applications; At the same time, it also supports unified data backup and recovery of mainstream virtualization platform environments, and solves the problem of resource competition and data recovery efficiency brought by data protection under the virtualization platform.
、数据量大的问题：容灾备份一体化支持全局重复数据删除技术，通过源端重复数据删除，以降低大数据量备份对网络带宽的占用和要求，同时缩短备份窗口时间，让更多的数据在更少的时候内得以备份保护；同时，通过全局重复数据删除技术，最大化为客户节省存储资源，最大化提升客户每一GB存储空间的投资价值。 2. The problem of large amount of data: Disaster recovery and backup integration supports global deduplication technology. Through source-side deduplication, it reduces the network bandwidth occupancy and requirements of large-data backups, while reducing the backup window time and allowing more The data can be backed up and protected in less time. At the same time, through global deduplication technology, customers can save storage resources to the maximum extent, and maximize the investment value of each GB of storage space for customers.
、备份数据一致性的问题：建立具有跨平台、多应用备份保护的统一安全备份解决方案，支持Windows、Linux、等主流操作系统，32位与64位异构硬件平台一体化的备份解决方案。 3. The problem of backup data consistency: Establish a unified secure backup solution with cross-platform, multi-application backup protection, support mainstream operating systems such as Windows, Linux, and 32-bit and 64-bit heterogeneous hardware platforms. . Supports continuous data protection and scheduled hot backup of key business databases such as SQL Server, Oracle, Domino, Exchange Server, Sybase, Active Directory, supports recovery to any point in time, data recovery exercises, etc. Customers can implement a classification strategy based on the data hotspot situation to effectively protect the hotspot data and uniformly solve the requirements of the complexity of the application environment.
、恢复复杂性和恢复效率的问题：在容灾备份一体化本身提供瞬间挂载恢复和基于时间点的浏览恢复两种模式，即可根据客户业务系统灾难恢复的要求进行响应，针对重要系统和数据，可选择采用最新的数据直接挂载起来使用，应用快速切换恢复，保证系统的不间断，响应业务系统应急的要求。 4. Issues of recovery complexity and recovery efficiency: The disaster recovery and backup integration itself provides two modes of instant mount recovery and point-in-time browse recovery, which can respond to the disaster recovery requirements of customer business systems and target important systems. And data, you can choose to use the latest data to directly mount it for use, and apply fast switching recovery to ensure uninterrupted system and respond to the emergency requirements of business systems.
、管理复杂性的问题：结合容灾备份一体化All-in-One-Web 的管理优势，实现数据保护管理的高度统一与简化，统一物理环境与虚拟化环境的数据保护、统一备份与恢复的管理流程、统一本地数据保护与异地数据保护、统一在线数据与离线数据的保护，降低现代数据中心环境下数据保护整体的管理复杂性。 5. Management complexity: combining the management advantages of disaster recovery and backup integration All-in-One-Web to achieve a high degree of unification and simplification of data protection management, unified data protection, unified backup and recovery of physical and virtualized environments Management processes, unified local data protection and off-site data protection, unified online data and offline data protection, reducing the overall management complexity of data protection in a modern data center environment.
方案特色 4 program features
在各行业中深耕多年的容灾备份一体化，始终致力于为用户打造高效可靠、便捷经济的数据保护服务。 Concentration: Deep integration of disaster recovery and backup in various industries for many years, always committed to creating efficient, reliable, convenient and economical data protection services for users. 。 The common choice of many customers also fully proves the data protection strength of disaster recovery and backup integration .
。 Data protection solutions, under the premise to provide quality services, to create data protection cost advantage.
容灾备份一体化可无缝集成容灾备份一体化Cloud，为大型垂直组织或多分支用户提供高效的统一或共享灾备云服务。 Integration: The disaster recovery and backup integration can seamlessly integrate the disaster recovery and backup integration Cloud, providing efficient unified or shared disaster recovery cloud services for large vertical organizations or multi-branch users.
4.1 Remote Copy (D2D2R)
In order to avoid local data loss due to accidents such as natural disasters, remote data disaster recovery is also a common proposition for corporate data protection. Disaster recovery and backup integration supports remote data synchronization through remote replication technology to achieve remote data protection. This offsite data disaster recovery plan is also called "D2D2R".
The remote replication process consists of two parts: First, the production data is backed up locally, and the integration of disaster recovery and backup backs up the data in the production machine to the OFS volume of the local media server. Secondly, a remote replication link is created between the local and remote data centers. Based on the remote replication task, the backup data in the local OFS volume is synchronized to the remote disaster recovery and backup integrated media server to provide double protection for production data.
When the local production data or backup data is lost or damaged, the disaster recovery and backup integrated remote replication provides three flexible recovery methods to restore data synchronized to a different location to the local media server or production machine:
1) Source-side operation to restore synchronized data to the source media server: Under the premise of the normal operation of the source-side console, users can restore data synchronized to a different place directly to the local media server. This process is also called "reverse synchronization".
2) Operation on the source side and restoration of synchronized data to the client: In the VPN network environment, users can restore data synchronized to a different place to the production server on the source side based on the source management console.
3) The destination operates and restores the synchronized data to the client: The disaster recovery and backup integration supports recovery of synchronized data to the destination client after obtaining the authorization at the destination, so as to achieve data emergency use. Authorization ensures the security of data recovery at the destination.
12 远程复制工作流程示意图 Figure 12 Schematic diagram of remote replication workflow
The remote replication feature is as follows:
l Supports three remote replication modes, namely: one-to-one, one-to-many, and many-to-one.
l The granularity of remote replication is a scheduled backup task. Supports synchronization of data generated by scheduled backup tasks of various application types, including files, emails, operating systems, databases, and virtualization platforms.
l Supports block-level breakpoint continuous transmission. When the data synchronization is interrupted, the next time data synchronization is performed, the transmission can start from the breakpoint, improving the data synchronization efficiency.
l Support internal and external network synchronization, you can use VPN or IP to map the network environment for remote replication.
The diagram of the three remote replication modes is as follows:
13 远程复制（一对一） Figure 13 Remote replication (one-to-one)
14 远程复制（一对多） Figure 14 Remote replication (one-to-many)
2 混合IT环境的全面数据保护 4.2 Comprehensive data protection for hybrid IT environments
Disaster recovery and backup integration 6.0 fully supports data protection in physical server environments and multiple virtualization platforms, reducing cost pressure and management complexity caused by the need for multiple data protection solutions due to mixed IT environments; and supports various mainstream platforms The system, database, and file data protection also supports the protection of mainstream virtualization platforms, and can instantly mount and restore backup data on physical servers and virtualization platforms, providing business emergency capabilities and fast data recovery capabilities; For modern data centers, it can also provide unified storage snapshot protection and management for various mainstream storage system platforms, comprehensively covering the data protection dimension of modern data centers.
无间断的数据保护 4.3 Nonstop Data Protection
Business interruption will bring huge economic losses to the organization, so regular backups have long been unable to meet the core business RPO requirements. With integrated CDP (continuous data protection) and cloud disaster recovery functions, the RPO target can be close to zero.
提供第三代CDP应用容灾方案，确保本地IT系统故障时能快速应急接管。 Continuous data protection: Provide a third-generation CDP application disaster recovery plan to ensure rapid emergency takeover in the event of a local IT system failure.
多中平台兼容性 4.4 Multi-platform compatibility
Disaster recovery and backup integration is compatible with multiple platforms, which can protect the heterogeneous IT environment centrally according to the customer's wishes, simplifying deployment and management.
容灾备份一体化支持Microsoft ® Windows、Linux ® 、AIX、Sun ® Solaris、HP ® -UX、中标麒麟® 、红旗®等在内的诸多操作系统，还支持浪潮® 、曙光® 、H3C ® 、华为®服务器硬件下的操作系统。 Operating system: Disaster recovery and backup integration supports many operating systems including Microsoft ® Windows, Linux ® , AIX, Sun ® Solaris, HP ® -UX, winning Kirin ® , Red Flag ®, etc., and also supports Inspur ® , Shuguang ® , H3C ® , Huawei® server operating system.
容灾备份一体化广泛兼容VMware ® 、Microsoft ® Hyper-V、Huawei ® FusionSphere、H3C ® CAS、KVM、Citrix ® XenServer、云宏® CNware等主流的虚拟化环境。 Virtualization platform: Disaster recovery and backup integration is widely compatible with mainstream virtualization environments such as VMware ® , Microsoft ® Hyper-V, Huawei ® FusionSphere, H3C ® CAS, KVM, Citrix ® XenServer, Yunhong ® CNware, etc.
容灾备份一体化可集成Oracle ® 、Oracle ® RAC、Oracle ® Exadata、Microsoft ® SQLServer、MySQL ® 、Windows ® Active Directory、Microsoft ® Exchange Server、PostgreSQL、IBM ® DB2、IBM ® Domino、Sybase ® 、GBase、达梦等数据库系统。 Database system: Disaster recovery and backup integration can integrate with Oracle ® , Oracle ® RAC, Oracle ® Exadata, Microsoft ® SQL Server, MySQL ® , Windows ® Active Directory, Microsoft ® Exchange Server, PostgreSQL, IBM ® DB2, IBM ® Domino, Sybase ® , GBase, Dameng and other database systems.
Breaking through traditional backup window limitations
The development of information technology has brought about explosive growth of data. IDC has reported that data is growing at a rate of 50% per year. In order to keep up with the pace of data growth and ensure that data backups are completed on time, the disaster recovery and backup integration provides advanced deduplication features that create superior backup performance without affecting production activities.
持续优化的重删技术，性能提升200%以上，累积重删比高达99%，最大限度缩减所需备份数据，提升数据保护和存储效率。 Third-generation deduplication technology: Continuously optimized deduplication technology, which improves performance by more than 200% and a cumulative deduplication ratio of up to 99%, minimizes the required backup data and improves data protection and storage efficiency.
细粒度恢复 4.5 Fine-Grained Recovery
When disasters need to be recovered, the recovery time objective (RTO) is very important, and the traditional recovery scheme must restore the entire backup set, which makes the backup and recovery of massive data extremely difficult. In many cases, users only need to restore part of the data in the backup set, so the need for more fine-grained recovery becomes more urgent. Disaster Recovery and Backup Integration 6.0 provides VMware virtual machine level and file level recovery, Oracle single table level Recovery, Exchange Server single-mail-level recovery, and operating system backup file-level recovery methods greatly reduce the recovery time and make data protection more effective in large data volume environments.
在紧急情况下，可通过挂载的方式，在几分钟内就可恢复TB级VMware虚拟机，能够在灾难发生时，大幅减少虚拟机业务停顿时间，降低生产损失。 Instant recovery: In an emergency, the TB-level VMware virtual machine can be restored in a matter of minutes by mounting, which can greatly reduce the downtime of virtual machine business and reduce production losses in the event of a disaster.
可精准恢复任意单个文件、数据库单表等，做到有的放矢，再也不用无休止的恢复无关数据。 Fine-grained recovery: It can accurately recover any single file, database single table, etc., and be targeted, and never need to endlessly recover irrelevant data.
最大限度减少成本 4.6 minimize costs
Disaster recovery and backup integration 6.0 is based on a unified management console, which provides unified data protection management for physical and virtualized platform environments, and provides unified data protection management for traditional storage platforms and new software-defined storage platforms. The disaster recovery system provides unified disaster recovery services and data management, and provides a unified remote monitoring platform for multiple backup sites for unified operation and maintenance management. Based on a unified backup disaster tolerance management platform, the complexity of data protection in a mixed IT environment is reduced, the complexity of the solution deployment, operation and maintenance management is reduced, and the investment cost of users is reduced.
容灾备份一体化一体化的产品形态，集成式购买可降低总体购买成本。 Unified solution: Disaster recovery and backup is an integrated product form. Integrated purchase can reduce the overall purchase cost.
管理平台： 简化备份和恢复操作流程，实现一个平台统一管理、监控整个系统的灾备情况，降低运维和管理成本。 Wed management platform: Simplifies the backup and recovery operation process, realizes a platform for unified management, monitors the disaster recovery of the entire system, and reduces operation and maintenance and management costs.
当存储容量无法满足需求时，可通过Scale-out扩展方式将容量扩展至PB级，避免推倒从来，节约投资成本、提升产品性能。 Flexible expansion: When the storage capacity cannot meet the demand, the capacity can be expanded to the petabyte level through the Scale-out expansion method, avoiding overthrowing, saving investment costs and improving product performance.