On the surface, "file transfer" sounds simple. Maybe you transfer the file as an email attachment or make it available to others in your organization through a data synchronization application (such as DropBox or Google Drive). But what about really large files you might have to transfer? What if I have to ? Or, what if your business model relies on transferring multi-gigabit data sets from one server to another? What if you need to make files transfer quickly? With conventional solutions, it can take an entire afternoon (or longer) to transfer large files. To speed up the process, you should choose a file transfer method that is "suitable" for the type of file you want to transfer. This is a quick start on how to transfer large files faster by choosing the right solution for a specific file. 1. Evaluate the file transfer method What is the best way to from location A to location B? There are obvious methods-email attachments or data synchronization applications-and more business-friendly options, such as FTP or hosted file transfer solutions. E-mail and cloud services are undoubtedly ubiquitous, but they have their advantages and disadvantages: • E-mail is universal and easy to use, but the transmission speed may depend on factors beyond the control of a single user. Moreover, even if your email client can handle large attachments, you may not know whether the recipient's client can handle the same file until it is too late. • Data synchronization applications are almost free, or even free, but they usually lack the security features needed to transmit business data. Although they may seem relatively fast, the transfer speed you get can compromise overall data security. Due to security flaws in email and data synchronization services, many organizations have used FTP as an alternative file transfer solution. However, in addition to being only slightly more secure than email and data synchronization, the inability of FTP to maximize the available bandwidth can still mean that the transfer of the largest file will be very slow. When file transfer needs to make full use of network bandwidth, managed file transfer (MFT) is usually the best solution. MFT provides faster delivery times, and a gigabit file transfer usually means a slow and cumbersome process can provide a competitive advantage. 2. Compressor "shrink" files Once you have determined the that meets your needs, it is important to keep the file as small as possible before performing the transfer. Yes, it is usually possible to reduce the file size without losing data, even for the largest files. A common method of "shrinking" files is to compress files, usually using third-party applications or using compression features inherent in the operating system. Compressed files will create an archive, usually with a .zip extension, and take up less hard disk space than the original file. If you want to send multiple files, you can compress them all into one .zip file for faster and easier transfer. Moreover, if you want to transfer files at the folder level (that is, there are multiple files in the folder), you only need to delete unnecessary folder items that the recipient does not need to increase the transfer speed. Whether you are using email, data synchronization, or FTP, reducing file size can increase transfer speed-almost always helps! Modern MFT solutions will automatically compress the files, so you don't need to perform the .zip conversion yourself, and you don't have to worry about third-party applications. 3. Use the solution of your choice to transfer files Find out which file transfer solution can meet your needs? Minimize the file size as much as possible? Then you can perform the transfer. Ultimately, choosing the most appropriate file transfer method is usually the most effective way to maximize speed. And, if you can find a way to reduce the file size before performing the transfer, so much the better. All other things being equal, a not-so-large file is always transferred faster than a really . Of course, speed is only one factor that should be considered when evaluating file transfer solutions. However, when moving data from one place to another is the key to staying competitive, this may be the most important factor. Raysync is a software-based large file transfer solutions provider. As the leading brand of enterprise-level large file transfer, Raysync has provided high-performance, stable, and safe file transfer services for 2W+ enterprises in IT Internet, film and television, biological gene, and many other fields. For more details, please visit the official website : to learn more.
via email has never been a practical solution because there are too many variables involved between the sender and the recipient. The attachment limit varies by a service provider (if using free services), but rarely exceeds 25Mb. For self-hosted mail servers, administrators must define mailbox size and attachment limits for each user as needed to ensure the smooth operation of the entire company. And will not slow down the user's broadband access speed. This configuration is directly related to the available server hardware resources (RAM, storage, etc.). Even with third-party solutions, this type of configuration is still necessary. Therefore, email is an ineffective solution for the . Its failures include but are not limited to: • The file is too large, and the sender or recipient's mailbox administrator settings do not allow the file. • Your Internet Service Provider (ISP) prohibits the transfer of large files (use data limit or fair use policy). Or the ISP restricts the connection to prevent timely transmission. Use a VPN to bypass any ISP restrictions; this is the only wise choice. • Email is an insecure option unless end-to-end encryption is available. Obviously, companies that process and transfer large files need other options, and your choice will depend on file size, required security requirements, and compliance goals (this is very important if you need an audit trail for file transfers). For example, film studios and related production companies process large video files. Conversely, other people in the science or engineering disciplines may share large data sets or CAD files. For other files, large file sizes may be suitable for backup or data retention requirements. Let's look at some alternative methods of allowing collaborative large file transfers. 1. Post and traditional logistics For some companies, using traditional snail mail or courier services is an option, but unfortunately, it is not as convenient as digital file transfer. Cost is also a factor. Although people generally believe that it is safe, security breaches may occur before and after delivery. Because some couriers see the term "fragile" as a challenge, certain removable media (such as optical discs and HDDs) are easily damaged during transportation. Yes, I have handled damaged goods in the past. This is not the only flaw of removable media. 2. Removable storage and media Avoiding heavy postal staff and couriers seems to be a good idea, and manually carrying removable media to customers and team members may eliminate some of the problems in this area. If your process allows this, and time is not a factor, some companies will use this method for offsite backup and emergency data transfer. However, removable media may be lost or stolen. In addition, when drives, memory sticks, and optical discs are discarded or recycled, data leakage may occur. How many items of removable media near you contain confidential or proprietary data? 3. Consumer-grade cloud storage Despite the security and compliance warnings from IT, many employees still insist on using consumer-grade cloud storage to store company data. This is very convenient, they see no harm in doing so. Preventing IP theft and creating audit trails (e-discovery litigation is increasing recently) are common business goals, but shadow IT (using unauthorized software or services) is still a problem. Cloud storage is useful when the files involved are too large to be sent via email. You can instead send a link to the location of the file in the cloud. Popular service providers include Google (), Microsoft (OneDrive), and Dropbox. There are many others available, but let’s focus on the top three and choose a compliance standard (HIPAA-because this requires a formal relationship based on a business partner agreement (BAA). Remember, consumer-grade or free cloud Storage (regardless of the provider) means that the data is outside the firewall and controlled by THEIR administrators. Do you really need secure cloud storage under HIPAA or similar standards? Can you sacrifice security for the convenience of employees? And privacy? While resisting the urge to grind teeth and fall into chaos, it is worth pointing out that all three stores, scan, and classify user data, regardless of free or paid software packages. This is to display targeted advertisements, improve their own services (for example, Microsoft and Google’s AI), or detect IP theft... Your data will also be shared with unnamed third parties and subject to legal requirements (you may always Will not hear about orders due to gag). Your data cannot be private in such an environment because it is not encrypted after uploading to facilitate scanning (even used to generate thumbnails in Dropbox), and then encrypted again for storage. I recommend that you encrypt everything yourself before uploading. Live broadcast, no thumbnails, etc. Dropbox, Google Drive, and One Drive all claim to be HIPAA compliant, and paid/enterprise account holders can obtain BAA. However, as the HIPAA Guidelines point out, no software or file sharing system can claim full compliance due to configuration requirements and possible human error. See the steps required to make Google Drive compatible. At least Microsoft has put in more effort to provide a compliance center for multiple standards, including GDPR. The data collector, it is, Google Drive is to avoid more than others, considering the company’s lax attitude towards user privacy, compliance, and antitrust violations (fraud), which resulted in various fines in several countries. Who will trust their camera and microphone data from Google Nest cam? In summary, if you must use cloud storage services and value privacy, then please choose a service with file anonymity and end-to-end encryption. Before registering for a new service, please review all privacy policies. 4. File transfer service As the name suggests, the providers of these services can from your browser window. Likewise, there are many options, but FileMail is a software that meets multiple standards (only for Enterprise software packages) and encrypted transmission (for all software packages). Prices vary based on storage space and required features. If you have a storage option, you can send a link to a stored file, or you can simply send the file as an email attachment (provide the recipient and sender addresses in the browser window). Please note that to receive large files, the recipient must have at least one business account. This type of service is very convenient, but always requires review and selection of providers. Likewise, please check their privacy policies and understand the features required to achieve maximum business benefits. Audit tools, tracking, and encryption are obvious advantages for compliance. 5. FTP The (FTP) is familiar to most of us, and it allows authenticated users (using a username and password) to transfer files to internal or hosted servers. Security is very basic, and basic audits can be conducted with just a few tasks. Only suitable for tech-savvy users is a disadvantage. It is necessary to clear obsolete data, as is ongoing maintenance and user management, which is a bit of a waste of resources. 6. Secure FTP Like its predecessor, Secure FTP (SFTP) needs to be managed and maintained and can take up IT resources during file transfer. Processes and audit records can be defined, but they cannot be used by authenticated users who bypass these processes. Similarly, SFTP is not suitable for technical challenges, and non-technical users also need training. 7. Managed file transfer solutions The MFT () solution is very secure, which is an obvious advantage. they are Usually considered complicated, but once configured correctly, it is ideal for protecting proprietary data and ensuring compliance with various standards. Usually need to grant permission for each user, and management is internal. The ability to define process-driven strategies and provide an accurate audit trail for all data transfers exceeds the potential cost. If you are concerned about potential compliance issues, why not investigate further? Yes-this is a call to action. There is a free trial version, so what do you have to lose? In short, if you must send large files, make sure to involve IT so that they can recommend authorized solutions. Don't use consumer-grade or . Managed solutions can eliminate potential compliance issues, protect data, and create a complete audit trail without the need for third-party involvement. Don't you agree?
is a complex subject. Not all file transfer software is the same. Fundamentally speaking, all file transfer programs help to transfer information between systems. Certain frameworks or methods are good at high-speed file transfer. Many factors affect the delivery time of files or data: Internet speed, computer specifications, packet loss, and distance. However, the most important bottleneck in today's file transfer software is not necessarily a network problem, but a design problem. In some cases, you need to send important files to customers as soon as possible, but the files are too large to attach. Or, you may come across a cute cat video and want to send it to your friends, but cannot because the connection speed is too slow. These trivial things should not disrupt your work rhythm. Don't worry, because file transfer software can eliminate this inefficiency. What is File Transfer Software? File transfer software is a tool that facilitates or reception between two or more users with or without an Internet connection. When the data to be transferred is too large or in formats (audio, video, text, etc.) that cannot be read by traditional file sharing methods, sharing or receiving files is a great application. Why Your Business Needs High-Speed File Transfer Software? Savvy business acumen may think about the need for high-speed file sharing software to transfer files. Indeed, even before the Internet boom, data sharing methods still existed. But there have been many changes since then. PC-to-PC file transfer software or PC-to-mobile software has huge benefits, which are vital to your business. • Useful resource-saving The PC's file transfer software can send data faster than blinking an eye with minimal errors. By using the best file transfer software, companies can save a lot of staff's energy and time to save time in delivering critical information. Comparing this method of web file sharing with basic modes (such as parcel or express), you will realize which method is more effective for your business. • Help contact different types of end-users Large enterprises and companies extend their services to a variety of different users. By using file transfer software, they can ensure that they can send the correct file to the user in the shortest possible time without replacing the file. • Facilitate dealing with international customers Companies using file sharing software can easily contact their international customers and send them the required data without worrying about the distance difference in time zones. This also means that the cost of shipping couriers for international customers is now a thing of the past, because PC-to-PC file transfer software and PC-to-mobile file sharing software simplify the entire process of sending or receiving data. • Help set up remote workplaces With the impact of the pandemic, file transfer software has become more and more important. It makes it easy for employees working from home on the same project to send and retrieve files. • An important step towards a paperless world Given how much paper is wasted in corporate offices and the corresponding environmental impact, file transfer software has led global companies to improve efficiency. File transfer software for PC, Android, or iPhone can connect multiple employees of the same company so that they can work without using a piece of paper. Raysync: One of the Best High-Speed File Transfer Software is a software-based large file transfer solutions provider. It has always been dedicated to providing large file transfer solutions for global enterprises. 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. Our solutions enable you to send files of any size or format at full line speed, hundreds of times faster than FTP while ensuring secure and reliable delivery. Raysync is participating in the NAB exhibition, please see this link for more details： )
is a broad and complex subject. Not all file transfer software programs are the same. Fundamentally, all file transfer programs help transfer information between systems. Certain frameworks or methods excel in high-speed file transfer. File transfer software uses direct device-to-device technology to achieve very high transfer speeds. Many variables affect file transfer time: Internet speed, computer specifications, data packet loss, and distance, etc., will affect the total time required to transfer data. The most important bottleneck in file transfer software today is not necessarily a network problem, but a design problem. Most file transfer applications rely on a central server to facilitate the transfer. The file is copied to the central server. After a long upload period, the receiver will download them. The intermediate step of saving the file before the transfer occurs on the receiving party accounts for an average of 50% of the total transfer time. By combining separate upload and download steps related to file transfer, file transfer software has been able to redefine "high-speed file transfer." It is an excellent alternative to other file transfer solutions (such as FTP, QQ, etc.) and email. In the example, the upload and download steps are a single task, which may cause a total file-sharing time to increase by 2 times. In the email solution, not only the upload and download dilemma reappears, but the file attachment size is usually limited. A popular way to avoid the maximum file size limit is to split the file into many smaller files. For example, you can bypass file restrictions by splitting the document into smaller chunks and sending them one by one. However, this strategy does not apply to all file types. Some file types, such as MP4, MP3, and JPG, will not break up so easily. For files that cannot be divided, use third-party compression tools. Compression should be a simple process that adds another complex step. Not only must the sender compress the file, but the receiver must also decompress the received file. Obviously, the cumbersome degree of file transfer is for the central server to facilitate the file transfer. Recognizing the obstacles that people are experiencing to facilitate high-speed file transfers, file transfer software allows users to transfer files without having to do with cloud-based mechanisms, email-based file transfers, and the intervening All content related low transfer speed. is committed to meeting the data transmission needs of the enterprise or with external partners, providing efficient and controllable accelerated transmission of large files, ultra-long distance, transnational network data transmission, safe distribution of file assets, file management and organizational authority management, and support for local deployment And cloud services provide enterprises with safe, stable, efficient and convenient large file interactive technical support and services. Now Raysync Provides Raysync Pro 100-day Program for $0 for Enterprise Users.1000Mbps Bandwidth,Transfer Speed Lightning,File Transfer Speed Increased by 100 times.Date:10th Sep–31st Oct,You Can Get Raysync Pro 100-day Program with $0,
At present, the amount of file-type data in enterprises has increased sharply, and many enterprises usually use conventional methods such as email, IM tools, FTP, and network disks for file transfer. When the file capacity increases and the network environment deteriorates, the efficiency of and data exchange is low, and the security is poor. If the file is larger, usually a lower method such as express hard disk is used, which cannot meet the requirements of enterprises to obtain files in time. Seriously affect the overall operating efficiency of the enterprise. Besides, the use of the above-mentioned traditional transmission methods is too decentralized, which is not conducive to centralized management of enterprises. In the era of cloud computing, enterprises currently have more and more service nodes and storage nodes, and data flow requirements based on business processes and hybrid cloud architecture are also increasing. The lack of an effective file transfer management platform is undoubtedly a major pain point. So what transfer methods do companies generally use to ? 1. CDN Technology CDN: Content Delivery Network (Content Delivery Network). By adding a new network architecture to the existing network, it is mainly composed of two parts, divided into two parts: the center and the edge. The center refers to the CDN network management center and the DNS redirection resolution center, which is responsible for global load balancing, and the equipment system is installed in the management Central computer room, edge mainly refers to remote nodes, the carrier of CDN distribution, mainly composed of Cache and load balancer. Choose to publish the content of the site to the "edge" of the network closest to the user, so that the user can obtain the desired content nearby, thereby improving the response speed of the user to the site to a certain extent. The data requirements of CDN are only independent documents (software, modules, files) or "independently replaceable" document parts. 2. Transmission Technology Based on FTP Protocol FTP () is the abbreviation of the File Transfer Protocol. FTP allows files to be shared between hosts and is used to control the two-way transmission of files on the Internet. It is a C/S system. FTP uses different port numbers to transfer different content, and different TCP connections are established. First, use TCP to generate a virtual connection for transmitting control information, and then generate another connection for data transmission. Combined with the FTP protocol, it can use file (compression/decompression) or file (fragmentation/assembly), file verification, and other technologies, and can also transfer large files. FTP transfer software such as (FileZilla) also can manage users, block or filter designated IP addresses, Port, control user upload and download speed, detailed transmission history, and log, and can also carry out an encrypted transmission of data. It has the advantage of ensuring transmission security and protecting personal privacy. 3. Transfer Files Based on Middleware Use MQ, MT, and other middleware to transfer files, with data compression, large file transfer, and breakpoint resumable transfer. The transfer of large files uses BlobMessage, which uses fileserver to transfer efficient processing. Message middleware technology has two core functions: asynchronous and decoupling. These two core functions improve the working efficiency of the application system as a whole, enhance the usability, stability, and scalability of the system, and can realize the safe and reliable transmission of large files. 4. IM Instant Messaging Technology Most of the Instant Messenger (IM) technology is based on TCP/IP and UDP for communication, while TCP/IP and UDP are communication transmission protocols based on the lower-level IP protocol. The former is through the form of a data stream, after dividing and packaging the transmitted large file data, through the virtual-circuit connection established between the machines, a continuous, two-way transmission protocol that strictly guarantees the correctness of the data is carried out, mainly Reliable transmission is achieved through mechanisms such as checksum sequence number, confirmation response, time-out retransmission, connection management, and window sliding. The latter is a connectionless transport layer protocol in the OSI reference model, which is mainly used for data that does not require data In the transmission of packets arriving in sequence, the checking and sorting of the packet transmission sequence is completed by the application layer. It provides simple and unreliable transaction-oriented transmission services. Because of its fewer control mechanisms, the delay in data transmission is small and the transmission efficiency is high. IM technology mainly combines the advantages of the two to highlight the characteristics of immediacy and accuracy of transmission, but there are still certain technical difficulties in the application of large file transmission. Through the comparative analysis of the above transmission methods and market demand, the advantages of transmission software are obtained: 1) Transmission efficiency and throughput optimization; 2) The maximum transmission speed can be set; 3) The transmission performance is proportional to the bandwidth and has nothing to do with the transmission distance, and the packet loss rate has little effect; 4) Bandwidth management function; 5) Fair sharing strategy: automatically make full use of available bandwidth resources; 6) High priority strategy: real-time dynamic allocation of priority and bandwidth; 7) Realize user and terminal authentication in a safe way; 8) Application of encryption algorithm, suitable for encryption during transmission and landing encryption; 9) Scalable management, monitoring, and control; 10) View transmission progress, performance, and bandwidth usage in real-time; 11) Detailed transmission history and log. Based on the problems and status quo that most companies are facing to transfer large files, and based on the analysis of the characteristics of the original mainstream transmission technology, the fundamental to ensure the secure transmission of lies in the development of the transmission software that has the advantages described in the third party. At the same time, it can solve the current technical difficulties in transferring large files.
AFTP (Accelerated File Transfer Protocol) is a file transfer protocol developed by JSCAPE. AFTP is meant to accelerate file transfers over high-speed networks that are unable to utilize network output thanks to high latency and packet loss. beneath these conditions, AFTP will up to a hundred times quicker than FTP and alternative file transfer protocols. How Does Accelerated File Transfer Protocol Work? Popular file transfer protocols like FTP/S, SFTP associate degreed HTTP/S depend upon an underlying protocol named TCP. the matter with TCP is that as network conditions like latency and packet loss increase, network output is considerably reduced. this is often for the most part to thanks to the algorithmic program accustomed to guaranteeing TCP's reliableness. TCP uses a window algorithmic program that reduces output as latency and packet loss increase. The result's that file transfer protocols supported TCP ar typically unable to utilize information measure accessible, in result greatly increasing the quantity of your time required to . the results of this are typically seen in satellite, continental, and water file transfers. AFTP (Accelerated File Transfer Protocol) solves this drawback by dynamic the manner file transfers are performed. Instead of relying completely on TCP, AFTP has 2 communications channels employing a combination of TCP and UDP protocols. the primary channel, known as the management channel, uses TCP and is chargeable for tasks like user authentication, file management, and coordinating file transfers. The second channel, known as the info channel, uses UDP and is chargeable for transferring file information. Unlike TCP, UDP doesn't suffer an equivalent level of output reduction in comparison to TCP beneath similar network conditions. AFTP is ready to take advantage of this by sending a majority of information over UDP, therefore providing the best output. AFTP implementations can do reliable file transfers whereas reducing file transfer times by many orders of magnitude (up to 100x) in comparison to TCP primarily based file transfer protocols. Will AFTP Work For Me? AFTP provides the best performance gains once utilized in high information measure networks ( > 5Mbps) that suffer from high latency ( > 50ms). as an example, a file transfer between Tokyo and Los Angeles over a 45Mbps association is probably going to own high latency given the geographical distance between these 2 locations and can enjoy the employment of AFTP. Conversely, a file transfer between 2 hosts on a LAN (Local Space Network) over a 100Mbps association is unlikely to own high latency or enjoy the employment of AFTP. What is the Latency? In a network, latency could be alive of the quantity of your time it takes for a packet of information to induce from one network purpose to a different. Latency will be plagued by several variables as well as the distance between points, the number of gateways between points, and therefore the medium used (e.g. wireless, fiber optics). Latency is usually measured in milliseconds (ms). Example: The latency between Host A in Los Angeles and Host B in Tokyo is two hundred ms. What is Packet Loss? Packet loss could be a network condition once one or additional packets of information fail to succeed in their supposed destination. Packet loss is measured as a proportion of packets that don't reach their destination, additionally called lost or born packets. Example: The packet loss between Host A in Los Angeles and Host B in Tokyo is one.0%. What is the Throughput? Throughput is the actual rate of information delivered over a network. the output is usually measured in rate (bits per second). the output is commonly a fraction of information measure thanks to network conditions like latency and packet loss. Example: The output between Host A in Los Angeles and Host B in Tokyo is 5Mbps. What is Bandwidth? Bandwidth is that the theoretical most rate of information delivered over a network. information measure is usually measured in rate (bits per second). Example: The information measure between Host A in Los Angeles and Host B in Tokyo is 45Mbps. What is the TCP? TCP (Transmission Management Protocol) could be reliable informatics primarily based network protocol in this all packets are sent so as and if a packet is lost it'll mechanically decide to resend that packet. confer TCP on Wikipedia. What is UDP? UDP could be a relative to the TCP protocol, each of that is captivated with the underlying informatics stack. Unlike TCP, UDP doesn't need that packets to be sent so as and doesn't mechanically decide to carry lost packets. Retransmission and rearrangement of packets ar the responsibility of the upper-level protocol, during this instance AFTP. Getting Started With Raysync Transmission Protocol Raysync Provides 3 products about accelerate file transfer solutions: 1. is on the base of Raysync transmission protocols. Without any modification, enterprise users can integrate their existing software with Raysync through the standard Proxy protocol to have high-speed transmission capacity. 2. is an FTP acceleration software customized for enterprise users. It can highly integrate with the existing server architecture to achieve high-speed file transfer. 3. product is based on the Raysync transmission protocol. The RaySSH products are completely compatible with OpenSSH in terms of functions, encryption, and command line. It also integrates high-speed transmission capability with the Raysync transmission protocol on the Internet, which makes it a sharp tool for transmission on Linux/Unix systems. You can choose the accelerated file transfer solutions which is suitable for your enterprises needs , Get Raysync ！
Data is growing explosively, doubling almost every two years. What will increase with it is not only the amount of data but also the capacity of a single file: 2-3G for a picture, 4-5G for a manuscript, 3-4G for a video clip, a dozen G for a design drawing, even There are also of hundreds of G. In general, when organizations send files with external partners or customers, most of them use conventional methods such as mail, FTP, etc. for file transfer, but when the file capacity is above 2-3G, the above method becomes very slow, and not only a speed issue but also the following problems: 1. When using traditional methods to , the transmission, uploading, and downloading is slow, which makes the cycle of delivering and obtaining the files longer, which will take up a lot of time and energy, resulting in lower work efficiency of the organization. 2. When using traditional methods to send large files, it is easy to have transmission interruptions and transmission errors. Data security and integrity cannot be guaranteed. Not only does it require a lot of manpower to carry out continuous tracking, but also it is very likely that business loopholes may occur to the enterprise. Cause huge losses. 3. Some transmission methods have restrictions on the size and quantity of files, such as the number of GBs that cannot be transmitted, and the maximum number of files to be transmitted at a time. This affects the normal business process for some companies or multiple files. Therefore, in this era of rapid data development, how companies can transfer large files safely, stably, and efficiently? Large file transfer tools are indispensable. So, how to accelerate file transfer? Raysync accelerated file transfer software can easily meet the challenges of the . There are mainly the following 3 types of products to achieve accelerate file transfer: Raysync Proxy Acceleration Without any redevelopment, the original application system can be integrated with Raysync through the standard Proxy protocol to own the high-speed transfer capacity. Features: Supports Multiple Proxy Protocols Support Multiple Integration Approaches High Performance of Raysync Extremely Low Occupancy of Resources Support Cross-platform Seamless Integration with Common Software Advantages Transmission Speed Increased by A 100 Times According to the actual test results, the big file transmission speed of FTP applications/web applications can increase by over 100 times, and the maximum speed of a single connection can reach 1Gbps. Optimize The Real-time Transmission Experience Depended on the multi-channel design of the Raysync transmission protocol, the transmission delay caused by the TCP three-way handshake will be eliminated and the real-time performance can be increased by 100%. Raysync FTP Acceleration Raysync FTP acceleration product is a software that can directly connect to the existing FTP server system. After using Raysync FTP acceleration, the FTP transmission speed can be increased by 10 to 100 times. Features: Easy to use High performance of Raysync Intelligent compression Load balancing Raysync RaySSH Acceleration A perfect alternative to ssh/ssh / SCP / Rsync tools of OpenSSH, a sharp accelerate file transfer tool for Linux / Unix systems. Features: Functions are fully compatible with OpenSSH Command-line is fully compatible with OpenSSH Fast transfer speed In Summary Speed determines efficiency. Enterprises need to realize the rapid transmission of large files to improve work efficiency and make enterprises one step faster. Raysync’s three accelerated file transfer products can help companies discover and use the value of data, and manage access, and exchange file data more conveniently and efficiently.
Today's society has become an ocean of data, and enterprises are huge ships floating on the ocean of data. Some people compare big data to "new oil". Oil resources may be exhausted in the future, but a large number of resources contained in data information will become more and more abundant. Circulation can release the value of data. As the carrier of data circulation, transfer software is an essential and important tool for enterprises. Large File Transfer: Massive Small File Transfer: 1. How to get the free version of Raysync? 1.1 Visit via the web browser. 1.2 Visit the interface and download the latest zip file. 1.3 Download the corresponding version according to the system your computer runs. 2. Deployment 2.1 Linux Extract the file to your installation directory first, for example, the installation directory is /opt/Raysync, and execute tar–zxvf xxxx.tar.gz to extract the installation package in the directory. And then you will find the following files: Execute. /install.sh to complete the installation initialization. After the installation is successful, it will automatically prompt Successfully installed, and the Raysync has been successfully added to the boot. Then. /start.sh, run to start the Raysync. 2.2 Windows Unzip the compressed files of Raysync, and double-click the “start” script to start the service. Open the file named “AdminlnitPwd”to get the password, and the account name is admin. 3. Introduction of background management module for Raysync Before operation, clarifying the relationship among administrators, subaccounts and groups can help us get started with radium transmission faster: - Administrators create and manage subaccounts and group spaces. - The administrator adds multiple subaccounts into a certain group space, and members can share files in the group space, upload, download, delete files or create new folders (specific permissions are configured by the administrator). The navigation bar can be divided into 7 parts, you can create and manage the sub-account, manage the transfer logs, and custom enterprise LOGO, home page background picture and enterprise name, and so on.
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