Raysync FastRaysync: an alternative to rsync for efficient data synchronization

In the field of data transmission, FTP as a traditional transfer tool, such as the Linux system's built-in scp and rsync, although meeting the needs of data transfer to some extent, their performance and efficiency are often unsatisfactory when dealing with large-scale and high-frequency data transmission. To meet the needs of enterprise information development, it is necessary to make breakthroughs in existing technologies. Raysync, a software-based large file transfer solution provider, has continuously optimized based on rsync and scp. Overcoming the limitations of traditional networks and hardware, Raysync ensures that file transfers are not limited by file size, distance, or network conditions, especially optimizing bandwidth in cross-regional wide area networks. It fully utilizes network bandwidth to achieve low latency, high-speed, end-to-end transmission services, with a bandwidth utilization rate of over 96%, easily meeting the requirements for secure, controllable, and stable transmission of terabyte-level large files and massive small files.

FastRaysync, an innovative data synchronization solution launched by Raysync, completely replaces FTP transfer products. It combines efficient data transmission, powerful synchronization capabilities, excellent stability, and outstanding ease of use, aiming to provide users with a new data synchronization experience that surpasses traditional tools. Now, let's detail the advantages of FastRaysync from several aspects.

1.     Efficient Data Transmission

FastRaysync achieves a significant leap in speed. By employing advanced algorithms and optimization techniques, it outperforms FTP when handling large-scale and high-frequency data transfers.

1)      Multi-process concurrent transmission maximizes disk I/O to enhance file read and write speeds.

2)      It provides excellent high-speed and stable guarantees for transferring massive small files. It can traverse millions of files within 5 minutes and achieve thousands of small file transfers per second, greatly improving transmission efficiency.

According to test data, in the same network environment, FastRaysync's transmission speed for both large and small files is faster than rsync and scp.

Transfer Methods

Files Size

Transfer Time

Transfer Speed

Raysync FastRaysync

1.1T

79m15s

242MB/s

rsync

1.1T

141m21s

136MB/s

scp

1.1T

124m49s

154MB/s

 

Transfer Methods

Number of Files

Transfer Time

Transfer Speed

Raysync FastRaysync

10W

96s

1041 per second

rsync

10W

2m58s

561 per second

scp

10W

1m43s

970 per second

2.     High Performance and Reliability

When dealing with large-scale data transfers, rsync and scp often encounter issues such as unstable connections and data loss. FastRaysync ensures stability and reliability with features like breakpoint resumption, error reconnection, and checksum mechanism. Even in unstable network conditions, data integrity and accuracy are guaranteed.

3.     Multiple Security Strategies

Security is one of the top concerns during data transmission. FastRaysync utilizes industry-leading encryption algorithm TLS 1.3 to ensure data security during transmission. It also provides fine-grained permission control and access control mechanisms, enabling users to flexibly configure and manage data transmission permissions.

4.     Outstanding Ease of Use

FastRaysync supports all the commands and functionalities related to rsync and scp synchronization, allowing users to maintain their existing usage habits. Additionally, it offers an intuitive user interface and user-friendly command-line interface, making configuration and management easy for users.

5.     Multiple Storage and Object Storage Support

Supports local storage and a variety of object storage services: FastRaysync not only supports common public cloud object storage services like Alibaba Cloud OSS, Amazon S3, Google Cloud, Azure Blob, and all S3-compatible object storage, but also supports private cloud object storage solutions like Ceph and Swift. This means users can choose the appropriate service provider based on their needs and flexibly deploy and expand their object storage system.

More Practical Functions

To further enhance user control over data transmission and improve work efficiency and data management reliability, FastRaysync also offers additional practical features.

Email Notification: After a transmission is complete, FastRaysync can send users a report via email, including information about the completion time, number of files transferred, transfer speed, and more. This allows users to promptly understand the results of the data transfer and proceed with subsequent processing or analysis.

Log and Traffic Audit Management: Real-time monitoring of online transmissions, logging data information, and effectively monitoring user operation logs.

Post-processing function: Users can define a series of operations, such as file compression, encryption, decryption, and decompression. These operations can be performed immediately after the transfer is completed or scheduled according to specific requirements, providing users with more options and flexibility.

Final Words

As a new data synchronization solution, FastRaysync has made significant breakthroughs in speed, stability, and security. It offers more advantages and broader applications compared to traditional tools like rsync and scp. If you are looking for an efficient, reliable, and secure data transfer solution, FastRaysync is your best choice.

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