Wednesday, May 23, 2018

INNORIX IoT - High-speed File Transfers for devices


High-speed File Transfers for devices




In existing standard transfer methods, UDP transfer loses a lot of data while transferring so it unnecessarily uses too much bandwidth and requires opening many ports, resulting in threatened security.

TCP transfer is very slow due to the inefficient communication methods. INNORIX IoT drastically improves these TCP low-speed problems and provides high-speed file transfer rates that are up to 30 times faster even in situations like low-bandwidth, high-latency, high-loss and other hostile environments.





Expands Limited Transfer Capacity


File transfer speeds in existing transfer methods are greatly affected by the devices, OSes, types of software, network conditions, overload of servers and etc. In order for the existing maximum speed to be exceeded, INNORIX IoT expands transfer capacity at the software level, making file transfer speed the fastest in any environment.




Optimizes Transfers by Interval

INNORIX IoT analyzes various transfer environments (file sizes, transfer distances and network conditions, etc.) and automatically optimizes transfers. According to the transfer environment, INNORIX IoT determines the most optimal data size and data arrangement, as well as exchanges data back and forth with the server in each every environment, as result of these actions, INNORIX IoT can transfer files at fastest speed in any transfer environment.



Most Ideal Transfer Method




Other transfer methods can only utilize minimal capacity so bandwidth is wasted, as a result file transfers are always slower and take a longer time. In addition, they cause various transfer problems such as frequent transfer failure, etc.

INNORIX IoT can utilize optimal capacity, enabling file transfers to be quickly completed and the network to be cleaned up much faster. INNORIX IoT fundamentally resolves the issue of having too many files remaining in the network for a long period of time. Therefore, more files can be exchanged in the same network without changing any IT infrastructure.








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