As the development of economic globalization and Internet, especially the development of Internet information technology, it is easy to transfer data across borders. From a remote place, it only takes a few seconds to transfer files to an area of tens of thousands of kilometers. Transnational transfer of documents facilitates people's lives and makes communication less and less restricted. However, due to the uneven legal construction of data protection in various countries and frequent international network attacks, the security problem of data transnational transmission also faces unprecedented challenges. In recent years, more and more attention has been paid to network security because of issues related to personal information. In view of the problem of transnational data transmission, in order to protect the personal data of its citizens, many countries and regions have to some extent pursued localization of data collection, storage, and utilization, restricting or prohibiting the transnational flow of data. In order to break down barriers and restrictions on transnational data transmission in different countries and regions, promote the facilitation of global digital trade, more effectively implement law enforcement cooperation on cross-border data flow, and meet the actual needs of cross-border data transmission among enterprises, international organizations such as OECD and APEC have formulated a series of guidelines and policies to actively promote the liberalization of transnational data transmission. Traditional transnational transmission is facing great challenges, mainly due to the influence of network physical conditions when dealing with remote data or transnational data transmission, traditional FTP, mail, instant messaging tools will cause high delay and high packet loss rate due to network conditions, and the stability and quality of data transmission cannot be guaranteed. How to ensure the stability, safety and controllability of data transmission under the premise of long distance has become a huge technical bottleneck. 1) Network physical conditions affect the stability of data transmission; 2) FTP and other traditional transmission modes have high delay and packet loss rate seriously affects the stability of data transmission; 3) Data security and confidentiality cannot be guaranteed during remote transmission; To solve these problems, Raysync Transmission can make full use of the existing network bandwidth and provide stable and secure transnational data transmission services. It is mainly manifested in the high-performance transmission of TB-level files and massive small files, meeting the needs of enterprises for accelerated transmission of remote and transnational data under different scenarios. The utilization rate of broadband reaches 90%, the burden of redundant data is less than 1%, the cost of enterprise bandwidth is reduced, and the existing network resources are fully utilized. Point-to-point file transmission, full TLS encryption and AES-256 encryption support breakpoint resume, automatic retransmission and load balancing to ensure stable and secure transmission. At present, Raysync Transmission has provided Huawei, OPPO, vivo, Wanda group, Perfect World with large file data transmission solutions. It is believed that in the near future, data transmission will be more convenient and fast, allowing everyone to enjoy the fun of science and technology.

When Analog or Digital data is transmitted or transferred from one point to another through the use of computing technology, this process is known as data transfer. Data transfer is a very crucial concept in modern business networking. Data has to be transmitted over long distances for large business corporations which is very important for their business to thrive. Sometimes the data is collected in one country and has to be sent to another country, which could take hours or even days, which is a hectic process. There are many tools that have been constructed solely for the purpose of data transfer, such as Zinstall, Samsung Smart Switch, etc. Amongst all these File Transfer Protocols, the best ones are Raysync and IBM’s Aspera. Raysync was founded in 2010 and has a global presence. The main purpose of the product is to speed up the transmission of large amounts of digital data and optimize the network, providing a perfect solution for transmitting large amounts of data over long distances. On the other hand, Aspera is a software for transferring large amounts of data over long distances. It was founded in 2004 by Michelle Munson and Serban Simu. Its main use is for data transfer and  streaming.   Pros and Cons of aspera vs Raysync -Installation: The installation and deployment procedure of Raysync is very simple, fast, and easy. The procedure is as follows:     First step: Server Deployment: First, you need to have a machine that will serve as your server. Download the Raysync Transfer package and unpack and start it on your server. Then, open TCP ports 8090, 9090 and UDP port 32001 on your firewall to ensure smooth data transmission. Second step: Client Deployment: Transfer users can visit the webpage of Raysync client at http://ip:8090, download and install Raysync client on their computers to start high-speed data transfer, which realizes the synchronization of data from different nodes with the server and the high-speed transfer between data nodes. Third step: Activate the license: After the deployment is completed, open your backend management webpage http://ip:9090/admin and log in with the default administrator account password. Request an activation authorization code from Raysync technical support team to make sure you activate the server and take full advantage of Raysync's features and benefits. Forth step: Create Transfer User: After successful activation, you can create your transfer user. For the installation of Aspera, many procedures have to be gone through. The procedures are as follows: 1. Firstly, we have to install the Connect Extension. 2. Then, we will be prompted by the installation screen. 3. Thirdly, we have to download the application installer. 4. Then we have to install the application. It is a long procedure and takes a lot of time. -Transfer rate: Raysync: 1. Raysync's transfer optimization technology eliminates the fundamental flaws of traditional FTP and HTTP, making Raysync a hundred times faster than other FTP/HTTP, with the ability to automatically switch between UDP and TCP. 2. 2. Raysync uses intelligent compression technology to efficiently utilize bandwidth. the most important factors for Raysync are upload and download speeds and bandwidth utilization, which make Raysync better than other FTP/HTTP. Packet loss is consistently less than 10%, regardless of file size, and Raysync utilizes nearly 96% of its bandwidth with less than 1% redundant data. 3. Raysync's average data transfer rate is 22MB/s . That's a nearly 265-fold increase in transfer speed! Raysync can transfer a 10GB file in nearly 7.5 minutes over a distance of nearly 10,000 kilometers, while other FTPs require more than 30 hours to transfer a 10GB file. Aspera: Raysync can transfer a 10GB file in nearly 7.5 minutes over a distance of nearly 10,000 kilometers, while other FTPs take more than 30 hours to transfer a 10GB file. Aspera takes more time, and while Aspera can utilize bandwidth as well as Raysync, Raysync has smart compression technology that utilizes bandwidth efficiently and transfers large files in less time. -Latency: Numerous other FTPs would have a latency of 200 ms but would have up to 20% Packet loss rate. The packet loss causes numerous problems and packet losses have to be prevented or at least reduced as much as possible. Raysync is the most efficient FTP ever. Because at a latency of 200 ms, Raysync would have a packet loss rate of only 5%, which is significant. Raysync excels from other FTPs because it can transfer very large amounts of data over long distances in a relatively very short amount of time and with almost 5% packet loss. -Advanced Configuration: Raysync can be privately configured to customize a configuration that is exclusive to your business or organization. Conclusion I would conclude by saying that Raysync is way more reliable, fast, secure, and cost-effective and user friendly. Raysync is the only FTP that has such a high file transfer rate and with so little packet loss rate. Aspera is a very useful software but the Raysync is absolutely worth it! Therefore, Raysync is definitely the best alternative to Aspera!  

Data Transmission Service is a data exchange service that streamlines data migration, data synchronization, and data subscription. DTS is capable of handling the most widely used commercial and open-sourced databases, including RDBMS and NoSQL. Data transmission is dedicated to solving the difficulties of data transfer over long distances and at high-speed in the public cloud and hybrid cloud scenarios. Here we will introduce you a successful case of data transfer related to Huawei. Huawei is headquartered in Shenzhen and has so many branches scattered around the world, thus the data and file exchange is very common. Chinasoft International Ltd., Huawei's partner in Shenzhen, needs to download videos from the German source video storage center of Huawei, transcode and re-process those videos, and then transfer the completed files to the German finished video storage center. There are some problems such as unstable transnational data transmission, the low utilization rate of transmission bandwidth, low security of data transmission, etc. As a professional solution provider of large file transmission, Raysync Transmission cooperated with Huawei to solve the problems in file transmission. Raysync Transmission helped to deploy the Raysync server in Germany’s Linux host and the web client in Chinasoft’s Windows host. After transcoding the videos downloaded from Germany, Chinasoft then transferred them to Germany through Raysync Transmission. In the process, Huawei was helped to improve the bandwidth efficiency and work efficiency to the greatest extent, and the transmission speed of the project was increased by tens of times.

When Analog or Digital data is transmitted or transferred from one point to another through the use of computing technology, this process is known as data transfer. Data transfer is a very crucial concept in modern business networking. Data has to be transmitted over long distances for large business corporations which is very important for their business to thrive. Sometimes the data is collected in one country and has to be sent to another country, which could take hours or even days, which is a hectic process. There are many tools that have been constructed solely for the purpose of data transfer, such as Zinstall, Samsung Smart Switch, etc. Amongst all these File Transfer Protocols, the best ones are Raysync and IBM’s Aspera. - Introduction: Raysync is a software that has been developed by Shenzhen Yunyu technology for efficiently transferring large amounts of data over long distances. Founded in the year 2010, Yunyu technology’s business covers the world. The company’s main focus is to accelerate the transmission rate of large amounts of digital data and optimization of the network. Yunyu technology has offered the perfect solution for transferring large amounts of data over long distances. On the other hand, Aspera is a software that is also used for transferring large amounts of data over long distances. It was founded in 2004 by Michelle Munson and Serban Simu. Its main purpose is data transport and streaming. - Installation: The installation and deployment procedure of Raysync is very simple, fast, and easy. The procedure is as follows: 1. After purchasing the product, you will be given a link. Go to that link and download the most recent zip file. 2. After the zip file has been installed, decompress it to any desired folder. And run the program, that’s all! For the installation of Aspera, many procedures have to be gone through. The procedures are as follows: 1. Firstly, we have to install the Connect Extension. 2. Then, we will be prompted by the installation screen. 3. Thirdly, we have to download the application installer. 4. Then we have to install the application. It is a long procedure and takes a lot of time. - Transfer rate: Raysync has the ability to utilize the UDP protocol. The transmission optimization technology of Raysync eliminates the basic shortcomings of traditional FTPs and HTTP, which makes Raysync a hundred times faster than other FTP/HTTPs. Raysync utilizes smart compress technology, which enables it to utilize the bandwidth effectively. The most significant factor of Raysync is the upload and download speed and also the Bandwidth utilization which allows Raysync to excel from other FTP/HTTPs. The Packet loss is always under the boundary of 10% no matter the size of the file. Raysync utilizes almost 90% of the bandwidth and the redundant data rate is less than 1%. The average data transfer rate of Raysync is 22MB/s . This improves the transmission speed by almost 265 times! Raysync can transfer a 10GB file in almost 7.5 minutes, almost 10 thousand kilometers away, while other FTP’s require more than 30 hours to transfer a 10GB file. On the other hand, Aspera would take more time, and Aspera can utilize the bandwidth as much as the Raysync can, but Raysync possesses the Smart Compress technology, which allows it to utilize the bandwidth efficiently and transfer large bulks of files in lesser time. - Latency: Numerous other FTPs would have a latency of 200 ms but would have up to 20% Packet loss rate. The packet loss causes numerous problems and packet losses have to be prevented or at least reduced as much as possible. Raysync is the most efficient FTP ever. Because at a latency of 200 ms, Raysync would have a packet loss rate of only 5%, which is significant. Raysync excels from other FTPs because it can transfer very large amounts of data over long distances in a relatively very short amount of time and with almost 5% packet loss. - Conclusion: I would conclude by saying that Raysync is way more reliable, fast, secure, and cost-effective and user friendly. Raysync is the only FTP that has such a high file transfer rate and with so little packet loss rate. Aspera is a very useful software but the Raysync is absolutely worth it!

With the explosive growth of data volume, file transfer has gradually become the urgent need of many enterprises. Facing the mixed file transfer software in the market, how should an enterprise choose which file transfer software is suitable for its own needs? As one of the leading brands of enterprise-level file transfer, Raysync here lists 6 tips for your reference: - Installation: For SaaS software, you need to deploy the transmission software on the server designated by the enterprise. Easy deployment procedure is the key element when choosing a transmission software. - Transmission Performance The most critical point in choosing file transfer software is the speed of transfer efficiency. The transmission engine can be said to be the brain of the transmission software, which determines the transmission efficiency of the file transmission software. When selecting the file transmission software, try to choose the transmission engine that supports high performance. Relied on the UDP protocol and self-developed transmission engine, Raysync Transmission is a perfect alternative to FTP and HTTP. It transfers large files and bulk of small files 100x faster than FTP with minimal packet loss. The utilization of the bandwidth can up to 96%. You only need to take three easy steps to deploy Raysync on your PC. - Security and Reliability The security of file and privacy is usually hard to ignore in file transfer. Based on the SSL encryption protocol and bank standard AES-256 encryption, Raysync Transmission provides multiple protection for file and data, ensuring secure and reliable delivery. - Compatibility The compatibility is an important standard to judge the quality of a software. It is also crucial to ensure the seamless integration and good compatibility of file transmission software and the enterprise’s current system, especially in various system environments and hardware environments. - Software Functionality When selecting file transfer software, it is especially important for enterprises to carefully evaluate their own needs to match the appropriate software. Different transmission software has different power points and different functions. - Try it Free Register as a free account and apply for a free trial is important before purchasing the specific charging plan. Visit the website, watch the demonstration videos, or contact the support to learn more, judge if this software could meet your need. Raysync Transmission provides product demonstration videos, detailed guide documents, 24-hour technical support so that enterprises can quickly judge if we are the software they are looking for.

All walks of life are moving towards digital transformation, the volume of data is booming, such as the film and television industry, the popularization of 4K and 8K technology, the application of CG VFX and 3D photography technology. Another example is the medical industry. With the rapid development of gene research, we are entering a new era of interpreting life code, understanding the origin of disease, and redefining health. The medical and health industry is facing the problem of efficient document delivery of gene research projects. We see that more and more companies are plagued by data transmission problems. If you just search for the keyword "file transfer", the following problem will appear: -There is a 100GB company file that needs to be transferred. Is there the fastest solution? -We need to transfer files to customers frequently, is there any useful software recommendations? -Need to transfer files to European customers, is there any recommended transfer software? Besides the efficiency of data transmission, actually the following questions must also be considered: Is there a requirement for security and confidentiality in the transmission of the file? Does the file transmission require passing internal review and approval first? Does the company have requirements for the management of outgoing records? It is of very valuable that the data precipitated in the production process of enterprises. Fast file transmission is only the basic demand of enterprises. Enterprises should consciously build and deploy a set of file security management mechanism based on file transmission as soon as possible. Raysync core transmission technology can accelerate the transmission of large file settings, solve the problems of latency and packet loss caused by traditional TCP transmission. At the same time, Under the remote and weak network environments, Raysync can also maximize the use of network bandwidth, accelerate file transmission and distribution, and easily cope with high-speed data transfer. Raysync will quickly establish a unified, safe, controllable and convenient cross-network data exchange channel, so as to realize the full life cycle control of cross-network file exchange, which can be controlled in advance, reviewed in the process and traced after the event. Raysync supports rapid integration into the existing system of the enterprise and reduces the development cost of the enterprise. It is an ideal solution for efficient and secure file exchange between the enterprise and its branches, external partners, and suppliers. Raysync transmission protocol can make full use of a large bandwidth network to transmit data at the fastest speed. In the application scenario of massive data distribution, it can help users to complete large data transmission in the least time. Raysync transmission protocol supports multi-channel parallel features of transmission connection. After the user establishes the connection between point A and point B, he can transmit multiple unrelated data streams in parallel through the multi-channel feature. The transmission of these data streams does not need to go through the handshake process of connection establishment, which greatly improves the real-time performance of the transmission. The innovative ACK design of Raysync transmission protocol helps the user who is in the packet loss environment, resume data in the fastest and most accurate way. And help users to achieve the best real-time data transmission in games, live broadcasts, and other application scenarios. Raysync transmission protocol can run multiple connections on one UDP port, and Raysync transmission protocol server only needs to open one part of the user's firewall equipment to complete the connection and data transmission with multiple Raysync transmission protocol clients. Raysync transfer protocol runs in the application layer and user space of the system, and does not need to modify the kernel configuration of the operating system; Raysync transfer protocol provides a series of simple and easy-to-use SDK , API and clear and complete development documents to help users quickly integrate. Raysync transmission protocol provides configuration parameters for users to customize flexibly. Through the configuration of different parameter groups, the transmission protocol can be best applied to users' application scenarios. For example, utilization of bandwidth is most important for large file transmission, while the core of game / live broadcast and other applications is the real-time nature of data transmission. Raysync transmission has been optimized for a variety of common application scenarios, providing multiple sets of configuration parameters for users to choose from. Raysync server records the complete log of users’ behavior, including login, logout, upload, download, password modification, link sharing, etc., Also the administrator can regularly audit the user behavior information. Raysync server records administrator's operation log, including adding, deleting, modifying user information, modifying server information, and other complete information. Auditors can regularly audit the server administrator's operation behavior. As mentioned above, we believe that the file transfer speed is only the most basic demand of an enterprise, and the core concerns of the enterprise is the stable and safe data transferring.

Enterprises are continuously deepening the digital transformation, and the amount of data accumulated in the production and operation process is increasing. Data exchange between internal members of the company, company clerks, and external customers is becoming more frequent, and the amount of data is also increasing. Employees often send and receive files by mail, such as Exchange Server, a powerful and stable Microsoft mailbox product. However, due to the limitation of SMTP mailbox protocol, a single mailbox attachment of Exchange Server can only support a maximum of 20MB. When large files need to be transferred, mail is often powerless, seriously affecting the use experience of employees. The highlights of Raysync Outlook Extra Large Attachment: - Up to 100GB of mail attachments can be supported: Mail attachments can be automatically compressed and packed during transmission. Users can send unlimited size and number of large attachments through one mail. Mail attachments are uploaded to a dedicated server to reduce the pressure on Exchange Server resources. - Save your time via separating mail sending and attachment uploading: Users can send out the mail first, and the mail plug-in will upload attachments automatically later, so there is no need to wait slowly when sending a large number of files. - Upload and download attached file at ultra-high-speed: Through the mutual cooperation of transfer protocol optimization, automatic compression and packaging, the network bandwidth can be utilized and saved to the maximum extent, and the transmission speed can reach more than 100 times of the traditional means. - Extra protection to mail attachment via verification code: The mail sender can set a download password for the attachment, the receiver can view and download the attachment via the corresponding password, to protect data with double insurance. Raysync helps the enterprise to get out of the current attachment restriction, realize the exchanges of the bulk of data, and improve the project efficiency.

The value of the data accumulated in the production and operation process is unlimited, and these data are used and recognized by more and more enterprises. In order to cope with different periods of enterprise development and different business needs, enterprises will inevitably need to face the problem of massive data migration. Raysync Transmission provides enterprise-level data transmission solutions, supporting big data transmission, ultra-long distance data transfer, data synchronization, multi-client concurrent transmission, etc. The Raysync Transmission has rich features like high performance, high safety and reliability, and has reached cooperation with over 20 thousands of enterprises at present. In the rapidly changing "commercial competition" period, any enterprise may be cruelly eliminated from the market by competitors because its response is not fast enough. The importance of fast data transmission is self-evident. Raysync is a software technology based on UDP patent transmission, which breaks through the traditional network transmission limitation. Its appearance makes up for the short boards of transmission such as FTP, HTTP or CIFS, and makes maximum use of the network bandwidth. Its utilization rate is over 96%, transmission speed is increased by 100 times, and the problem of network delay and packet loss is effectively solved. Even in long-distance, cross-border, and weak network environments, it can still provide reliable, safe, and stable accelerated transmission services. Case Study of Raysync Transmission: Shenzhen Ruiyun Technology Co., Ltd. is an Internet technology company specializing in cluster rendering and parallel computing technology, providing cloud rendering computing services for computer animation and movie special effects industries. Most of its customers are overseas. The company's business process is generally as follows: the company's customers need to submit a large number of materials to Ruiyun for rendering. After rendering is completed, they also need to download the rendered works, and the file size usually exceeds TB. In the past, the company used FTP transmission, but overseas customers said the transmission speed was too slow, slowing down the production progress of the whole project. After the subsequent use of Raysync transmission, the transmission speed has been increased by 10-100 times, 1TB of files only takes half a day, and the user experience is quite excellent. The solution of Raysync Transmission has the following advantages: High-speed and stability of long-distance file transmission - Raysync Transmission is based on the software technology of UDP patent transmission, which breaks through the limitation of traditional network transmission, makes maximum use of network bandwidth, achieves a utilization rate of more than 96%, increases the transmission speed by 10-100 times, and efficiently solves the problems of network delay and packet loss. All-round protection of enterprise data security - Raysync transmission is based on SSL encryption transmission protocol, adopts the international top financial level AES-256 encryption technology, built-in CVE vulnerability scanning, adds multiple defense walls for enterprise documents, effectively resists external attacks, ensures the privacy of the transmission process, and ensures the integrity and safety of data. Support for Chinese-English Language Switching - Raysync Transmission supports the switching between Chinese and English, helping enterprises to get rid of language barriers in the process of cross-border communication and make enterprise documents accessible all over the world. Simple operation, flexible and efficient business management - Raysync transmission supports SDK integration, can be rapidly deployed to the existing enterprise system, the system of Raysync uses the web-site operation mode, which is simple and easy to operate, it also has a complete document management module and authority management settings. As a result, it effectively improves the efficiency of multi-department collaboration.