With the continuous progress of Internet technology, we have entered the era of information explosion. In this era, organizations have massive small files being transferred over the Internet every day. The demand for transferring large numbers of small files is also increasing. However, the transfer of massive small files is more difficult than the unusual and common transfer of large files. In the following, we will analyze the difficulties associated with massive small file transfer and introduce an efficient transfer scheme.   Part 1. Difficulties of Massive Small File Transfer 1. Inefficient transmission Due to the large number of small files, the traditional transmission method will lead to extremely low efficiency. For example, if you want to transfer 10,000 small files of 1MB, if you use conventional FTP or HTTP transmission, even in a gigabit bandwidth environment, it will take a long time. 2. Difficulty in file management Another problem of massive small files is the difficulty of file management. Due to the huge number of files, it is difficult to perform effective file management and tracking. In addition, if the file size is different, it is also easy to interrupt or lose the transmission. 3. High security risk The security risk is also high during the transmission of huge numbers of small files. On the one hand, hackers may use the loopholes in the transmission process to steal files; on the other hand, due to the huge number of files, viruses or malware are also easier to hide and spread. Part 2. The common transmission scheme for enterprise massive small file transmission To solve the above problems, many enterprises have adopted distributed storage and transmission technology. This technology can divide files into multiple small pieces and store and transmit them on multiple nodes. This can greatly improve the efficiency of transmission and ensure the security and integrity of files. However, there are some problems with this solution. First, it requires a large amount of storage and computing resources, which may increase the cost. Second, it is also more complicated to manage because it involves interaction and synchronization among multiple nodes. In addition, data inconsistency may occur because it involves data slicing and reorganization.   Part 3. Advantages of RAYSYNC in massive small file transmission Raysync is a product specially designed for massive small file transfer. It adopts an innovative distributed transmission algorithm to ensure data security and integrity while ensuring transmission efficiency. Below we will introduce the advantages of Raysync in massive small file transfer in detail. 1. Disk I/O optimization technology RAYSNYC has a built-in self-developed rayfile engine, which can deeply excavate and maximize the disk I/O performance to improve the reading and writing speed of small files. To meet the demand of massive small file transfer, RAMSON provides an excellent high-speed and stable guarantee to ensure that thousands of small files can be transferred per second, which significantly improves the transfer efficiency. This technology breaks through the traditional file transfer speed limitation and saves valuable time and resources for users. 2. Accelerated Transfer of Massive Small Files With its rayfile file engine, Raysync can transfer more than 5000 small files per second. When it comes to millions of files, RAYSYNC can complete the file list transfer in just 5 minutes, which is more than 100 times faster than the traditional method. This makes RAYSYNC excel in handling many small files, which greatly improves efficiency in both file transfer and data backup. 3. Patented Technology to Solve Transfer Problems In addition to its excellent performance, Raysync also solves the problem of distributing and collecting files through patented technology. This makes the transfer process more efficient, easy to operate, stable and reliable. With the patented technology, RAMSON can significantly save the transmission time and improve the overall efficiency, which brings a better experience to users. 4. Secure and reliable data While ensuring the transmission speed, RAYSYNC also pays attention to data security and reliability. It supports features such as breakpoint resumption, error retransmission and transmission encryption to ensure the reliability, stability, and security of file transmission. These advanced technical means provide users with all-round data protection, so that both individual and enterprise users can enjoy a safe and reliable data transfer experience. s Summary To summarize, Raysync has significant advantages in massive small file transfer. It adopts a highly efficient distributed transmission algorithm and safe and reliable transmission mechanism, which can transmit massive small files quickly, safely and efficiently; meanwhile, it provides flexible file management functions and strong scalability to meet different users' needs. If your organization is looking for an efficient, safe and reliable solution for transferring large amounts of small files, you can consider using Raysync for file transfer and management.

Data is an advanced commodity, which makes it extremely important to manage data. Without proper tools and strategies, your data may not be as secure as you think. - Use the firewall to protect the company's network security. - Ask your employees to change their passwords every 90 days. - Ensure that the security settings of the company equipment are strengthened. - Implement an annual safety briefing, covering the importance of strong passwords and the importance of locking the keyboard when leaving the desk. The reality is that even if the above security measures are strictly followed, it is still far from enough. If we want to better protect data and establish a stronger security state for the organization, we need multi-layer defense, including regular security training for all employees and updating security policies. Your data may be destroyed by the following practices: 1. Adopt traditional FTP FTP is a common file transfer method. Because of its ease of use, accessibility, and low cost, it is usually the preferred protocol for enterprises or organizations. However, FTP transfer of files cannot guarantee the security of data. Using FTP, users transmit data in clear text through the network, and the exposure risk of data files is high, so anyone can easily access your data. 2. Outdated system and software Software and system updates are released because security vulnerabilities have been found in their code, Java or OpenSSL, and software patches are needed. It is necessary to update the system and software in time to keep your certificate up to date. 3. Opaque network information Monitoring is a key step in controlling the network. If you have multiple systems to manage, it is easier to clearly understand what is happening if you monitor all the data in one place. 4. Unmanaged internet access The explosive development of the Internet has penetrated through the door of enterprises. Apart from the safe working laptops approved by the company, there are also unsafe personal computers, mobile devices, and many other devices. They are connected to your network 24 hours a day, 7 days a week. This uninterrupted access makes it more important to isolate users' folders and their access to the network. Controlling user access will help you distinguish them from important data so that authorized personnel and devices can access it. 5. Failure to provide employees with easy-to-use and suitable tools As employees, there is only one ultimate goal, that is, to finish the work smoothly. Besides, they also want to contribute to the success of the enterprise. When they can't get the tools they need to achieve their goals, they will look for solutions. They download free consumer applications and transmit sensitive data to partners, suppliers, and other external parties through insecure paths. In the short term, it is effective for employees and their daily business objectives, but this approach makes enterprises face various data security vulnerabilities. A reliable MFT solution is a very important defense layer, and MFT platform provides a safe and efficient management system for any organization that must move and protects data to meet business and compliance requirements . Through MFT, you can centrally and globally control the dynamic data of data, and monitor and control all uploading, downloading, and sharing file transfer operations. If you want enterprise data to be transmitted and managed more efficiently and safely, the MFT platform ) is the best solution.

In 2022, media documents will spread at a high speed all over the world. Facing the explosive growth of data volume, what measures should we take next to store files in the correct position? Raysync is pleased to introduce our file transfer platform and how this platform provides you with efficient, safe, and stable file transfer solutions. Have enterprises noticed that the global economic situation is tense this year? In order to expand the global business, are the enterprise teams distributed all over the world? In the collaborative office, many enterprises began to notice that the frequent interaction of static data has the potential threat of file transfer. File loss, file leakage, and file damage all tell us that file transfer is not a simple matter. But today, we don't want to describe the threats in file transfer anymore. What we need now is a professional solution. Therefore, we would like to introduce you to the large file transfer solution - Raysync Large File Transfer. Whether you are an enterprise group or a social organization, the one-stop large file transfer solution provided by Raysync can flexibly meet your needs. Our solution is a large file transfer solution for all industries, such as the film and television media industry. We can build the best media management platform for enterprises according to their actual situation and needs. Each set of large file transfer solutions adheres to the principles of ease of use, high performance, high security, and low cost, aiming to help enterprises put files in the right position efficiently. Considering it would be a time-consuming process to upgrade the file transfer software, Raysync released the free trial version of the file transfer software, we hope to provide more choice for those enterprises who are seeking for a file transfer solution. In order to accelerate and optimize the file transfer across the global network, Raysync provides the file transfer solution based on the could computing, Internet, and big data structure. Because file transfer is bound to be affected by packet loss and latency, Raysync is based on UDP transfer performance, and Raysync high-speed transfer protocol is independently developed, which breaks through the defects of traditional FTP and HTTP transfer. Compared with FTP, the transfer rate is increased by 100X, and the bandwidth utilization rate is over 96%, which can realize faster file transfer and enhance the security and reliability during file transfer. In a recent report, 94% of our customers strongly recommend the Raysync solution. Among them, the pay-as-you-go version is favored by small and medium-sized enterprises, which is the best solution of big data application for small and medium-sized enterprises and teams, and can well balance the large file transfer demand and input cost of enterprises. For more information on file transfer, please pay attention to Raysync, and we will continuously update product information and more file transfer solutions for you.

Nowadays, a large amount of analog and digital data is transmitted between global commercial networks in the form of data transfer. What is data transfer? Data transfer，is the transfer of data from one digital device to another digital device. This transfer takes place through point-to-point data streams or channels. These channels may have been in the form of copper wires before, but are now more likely to become part of the wireless network. As we all know, data transfer methods can refer to digital data, and the effectiveness of data transfer depends to a large extent on the amplitude and transfer speed of the carrier channel. The amount of data transferred in a given period is the data transfer rate, which specifies whether the network can be used for tasks that require complex data-intensive applications. Network congestion, delays, server health, and insufficient infrastructure can cause data transfer rates to be lower than standard levels, thereby affecting overall business performance. High-speed data transfer rates are essential for handling complex tasks such as online streaming and large file transfers. The importance of content delivery networks in data transfer High-quality delivery of websites and applications to as many locations around the world requires infrastructure and expertise to achieve low-latency, high-performance reliability, and high-speed data transfer delivery. Professional content delivery networks provide multiple advantages, including seamless and secure distribution of content to end-users, no matter where they are. The content delivery network uses complex node systems strategically located around the world to deliver content through more efficient use of network resources, thereby reducing the load on the enterprise's central server. Higher data rate conversion can improve user experience and increase reliability. By using intelligent routing and adaptive measures to find the best and most successful path in the case of network congestion, bottlenecks can be avoided-indicating that the amount of data flowing into network resources is too much to be processed. Faster data transfer FTP and HTTP are common methods of the file transfer. For example, FTP can be used to transfer files or access online software archives. HTTP is a protocol used to indicate how messages are defined and transmitted. It also determines the actions taken by web browsers and servers in response to various commands. HTTP requests are identified as stateless protocols, which means they have no information about previous requests. ISPs provide a limited level of bandwidth for sending and receiving data communications, which can lead to excessive slowdowns that enterprises cannot afford. As Raysync big data transfer, small file transfer is more than 5,000 per second, and millions of files can be listed in 5 minutes. The same file-second transfer speed can reach 20,000 per second, which is more than 100 times faster than traditional FTP.

Today, companies in all walks of life are facing greater challenges in quickly and reliably moving large files and massive data sets between global sites and teams. A large number of data sets are collected every day and are rapidly increasing due to various use cases and the number of devices used. Researchers need easy access to big data to analyze and process it. At some point, these data may need to be transmitted to various remote places through the network for further processing and analysis by global researchers. This type of data transfer requires the use of data transfer protocols to ensure high efficiency and speed... Part of Raysync enterprise acceleration service, which already includes enterprise application acceleration and enterprise cloud storage. These solutions can help companies meet the challenge of delivering file-based or application-based content between global teams. International companies need file sharing to create a collaborative environment and ensure that everyone can access the latest mission-critical information, whether they are in a remote office or a branch office. Traditionally used by enterprises. FTP-over-TCP is used to transfer small files over short distances. In recent years, the increase in file size and volume has brought challenges to file delivery, especially between international locations. A high-speed Internet connection helps increase file transfer speed. However, advanced file sharing technology is required to process large files, that is, files with time-sensitive information need to be received as soon as possible. According to a recent report by Credence Research, from 2016 to 2023, the global managed file transfer market is expected to grow at a compound annual growth rate of more than 6%. With this growth, cloud-based file transfer solutions are expected to gain traction, and data performance and security will continue to be key concerns for many companies. Raysync——The Best Way to Mass File Transfer Raysync ultra-high-speed transfer protocol suffers from obstacles such as unstable transfer rates. To ensure 100% reliability, Raysync implements the best theoretically proven mechanism that can accurately identify and forward the transfer. An innovative method to achieve reliability at the application layer eliminates the inefficiency, data loss, and processing of TCP. Errors and the resulting true packet loss on the channel. Depended on the Raysync transmission engine, Raysync provides whole-process technical support to accelerate mass small files transfer for enterprise users. Relying on intelligent compression and small file I/O disk optimization technologies, Raysync can accelerate the transfer by a thousand small files per second, greatly improving the efficiency of mass small files transfer. Small file transfer based on Raysync, transmitted from Singapore to the United States, is faster than the transmission between two machines in the same area within the company. High-speed data transfer is developed using proprietary technology based on the User Datagram Protocol to increase file transfer speed and reduce packet loss. The use of the Raysync global 700 access point network also optimizes the transfer speed. The use of UDP-based technology maximizes bandwidth utilization and overcomes the bandwidth limitations of other protocols . In addition, intelligent routing technology is used to monitor network conditions and select the fastest transfer path with the highest success rate. This enables companies to simultaneously transfer large files to multiple global locations at a speed 100 times faster than other methods. Now Raysync has launched a CHRISTMAS SPECIAL OFFER for SMEs：Raysync SMB, which only costs $599/year + extra 2 months for free with up to 50 users accounts, and each user account can be as low as $9.98/year. What are you waiting for? Hurry up and apply for a trial

Date: 19 – 29 October The 2020 NAB Show New York will take place on October 19th. Raysync will e-meet you in this exhibition this time. Raysync is a software-based large file transfer solutions provider. Since its establishment, it has always been dedicated to providing large file transfer solutions for global enterprises. Raysync high-speed transfer protocol Based on the self-developed high-speed transfer protocol, Raysync breaks through the transfer defects of traditional FTP and HTTP, the transfer rate is increased by 100 times compared with FTP, and the bandwidth utilization rate is over 96%, which can easily meet the extremely fast transfer requirements of TB-level large files and massive small files. Bank-standard security protection In order to ensure the security of data transmission and prevent data leakage, cracking, monitoring, and other security issues, Raysync strengthens the security control of internal data communication, adopts AES-256 encryption technology of online banking, and uses SSL encryption transmission in the transmission process to effectively ensure data security. At the same time, the Raysync adopts the setting of access rights and OS rights, thus achieving stricter access control. Come to schedule with Raysync on NAB show with code NY0712, and you could chat with our sales in real-time for any problems with the large file transfer. You will also have the opportunity to get a special offer for the 100-day free trial of Raysync Pro.

In the era of big data, the amount of data is exploding. Massive small data has become a very typical data application, such as some picture websites, which may need to process hundreds of millions of picture materials every day. Traditional file systems are difficult to deal with the application scenarios of massive small files efficiently, and there are many problems in the operations of reading, storing and transmitting files. Challenge 1: Low file reading performance and difficulty in file retrieval A large number of concurrent random disk accesses greatly reduce the efficiency of disk operation and delay data access. It is much more difficult to retrieve the corresponding files in the voluminous document database, and the time-consuming of business operation is high, even the files can not be opened. Challenge 2: The amount of data is too large and the storage cost is high The data generated in the production process of an enterprise has a very important business value. When we gather a large number of scattered small files together, we will form a complete asset view and business view. However, due to the immature storage technology and high storage cost, a large amount of data has been discarded before it can bring its value into play. Challenge 3: Massive small files are transferred slowly and the transfer performance is poor Traditional transfer tools can't stand the accumulated data. In addition, due to the influence of transfer distance, network environment, and the size of transfer files, packet loss and delay often occurs, which slows down the business process. Challenge 4: Massive data management is difficult Enterprises continuously generate data increment every day, which makes it difficult to manage massive files. Backing up data, deleting files and sorting data will consume a lot of system resources every day. Raysync solves the data transfer problem of enterprises with its excellent transfer performance. Intelligent optimization technology of disk I/O Any file can achieve the optimal transfer speed with minimal system software overhead. Disk I/O accesses many files randomly with extremely high reading speed. Support mainstream public cloud object storage Support free switching between local storage and tripartite cloud platform storage, so that huge data can play its value and will not be discarded. More efficient and stable transmission performance Raysync transfer protocol can quickly and parallelly transfer multiple data streams through the characteristics of multiple parallel channels, and the transfer speed is 10-100 times higher than FTP. Enterprise-level stability and reliability Breakpoint resume, automatic retransfer and multiple file verification mechanism ensure the integrity and accuracy of massive small file transfer, and the transfer efficiency in ultra-remote and weak network environment is stable and reliable.