Remediate inherent errors when transferring large files by one solution

Businesses are progressing towards data-centric transformation, thus generating more demand for transferring large files seamlessly across networks. As the size and volume of data permeate more business operations and decision-making, more inherent constraints of standard file transfer methods incur, including file losses, latency, non-response, etc. Most businesses persist to apply insufficient transfer methods, hence, limiting their potential in integrated operations, and not fully utilizing IT infrastructures.

Chronic transfer problem

Despite most businesses having high-performance hardware infrastructures, including high bandwidth, high-capacity storage, and network equipment, large file transfers remain exceedingly unreliable. Typical file transfer protocols, in the relentless race for data transfer protocol innovation, have become inefficient for transferring large files with chronic failures:

• Transferring interruptions

• File losses

• Low-speeds

• Non-response

• Security breach

In the live operating environment, although large file transfers are completed, files are often lost or corrupted in the process, changing the size of the transferred files. When this occurs to mass files, it introduces a critical challenge. In general, these recurrent failures occur due to unspecified reasons, thus, leaving the typical transfer methods that cannot tackle.

Overcome transfer limits by RHTTPS model of Exabyter

Developed based on the widespread protocol HTTPS (Hypertext Transfer Protocol Secure), Exabyter is a successful implementation of the new data transfer protocol, RHTTPS (Reliable Hypertext Transfer Protocol Secure). RHTTPS is a technology that inherits the merits of the preceding protocol and is upgraded with new features by the modern algorithms integrated to overcome the unresolvable limitations of standard file transfer protocols.

Mass file transfers

Generally, copying and processing mass files require a lot more time than processing a single file of the same size. Most software restricts the maximum number of processes to maintain stability.

Exabyter features a unique UI architecture and I/O optimization technology. When users transfer mass files, all transfer information is displayed immediately. Furthermore, Exabyter accelerates the transfer speed with high throughput, ensuring there is no packet loss and latency throughout the entire process.

Resume upload/download

In limited situations, resuming a download within the download function according is supported depending on the kind of browsers/web servers, however, this is not always guaranteed. If transfers fail, users must start over, thus creating frustration for users when uploading and downloading large files.

However, Exabyter allows users to resume uploading/downloading files autonomously and independently regardless of the server configuration and environment. Users can restart the transfer from the point of interruption anytime, even if the user cancels the file transfer, quits all browsers, logs out of the web system, or shuts the PC off and back on again.

About INNORIX, the Exabyter provider

INNORIX, with over 20 years of experience in the development of file transfer technology, has continuously upgraded Exabyter to transfer data at enterprise-level security regardless of file size, types, transmit distances, and network conditions. Constantly updating encryption algorithms to counter the ever-evolving decryption algorithms of cyberterrorists, Exabyter provides a file transfer solution with optimum reliability and security for partners.

Exabyter is trusted to be deployed by enterprises all over the world to transfer business-critical digital assets.