Challenges In File Migration
In recent years, driven by big file and artificial intelligence, the application of cloud computing has been increasingly popular. More and more enterprises have realized the necessity to use cloud computing to innovate business models. The cloud market expands rapidly. In 2018, more enterprises will migrate workloads to the cloud, which presents greater opportunities and challenges to file and system migration. An increasing number of enterprises will find it natural to use cloud service. The hybrid cloud will become the most common infrastructure in enterprises. Based on the hybrid cloud management, the two-way efficient file transmission between the file center and the cloud becomes a completely new challenge. Usually, enterprises need to physically move a huge amount of file through the network within a required time range. At present, most of enterprises adopt a traditional method for migration, which faces the following two problems:
1) Traditional transmission software has disadvantages of low performance, lack of security, network latency and packet loss, which may easily cause file loss.
2) It is time-consuming to transfer disk storage by express delivery with potential risk of disk loss or theft.
Solution
Raysync owns patented high-speed transmission technology, which enables enterprise users to safely and reliably migrate large amounts of file at a high-speed by their existing networks.
Support Multiple Migration Scenarios
Raysync supports fast file migration from local file centers to third-party cloud platforms and vice versa, and from local file centers to enterprises’ remote file centers.
Efficient file Migration
When transferring large files and file through the IP network between the local IP and the cloud file center, Raysync can make full use of bandwidth to have high-speed transmission and reduce time for migration.
Efficient File Migration
Raysync helps enterprises to reduce the cost of labor and time consumed by file asset distribution, integration and precipitation.
Encrypted File Transmission
file transmission cipher is encrypted by strong and random encryption algorithm based on AES-256+. The built-in comprehensive CVE vulnerability scanner ensures the integrity of every piece of file.
