IMPROVING THE VPN CONNECTIVITY
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The following are the tips on the way to improve the speed of the VPN services and the network. The first one is to select the nearest and efficient server of the grid, which is adjacent. This is to enhance the bits of data a faster running of the transfer as the data packs only move in near short distances. The larger the mileage, the longer the travel distance thus a slower speed and the less power to efficient, better surfing. The second one is the selection of the best server, which has an increased and better bandwidth. This is to increase the best performance through the nearest server. This is due to the enabling of the various servers to increase the speed.
The third one is to compact the various VPN protocol settings, which are very crucial in employing better performance (Jyothi & Reddy, 2018). The protocols defer in terms of speed and performance; hence the best way is to curb the less rate enabled protocol. This is to make use of the most performing and up to speed. The fourth one is to use wired connections. There is a growing use of wireless connections. Still, they are not as efficient as the with the wire, which is not affected by various obstacles like weather and the distance between the links and the router for bonds.
The fifth one is to generally get in the mode of refreshing the systems after every fixed time of their preference. This is better as the devices, and the gadgets become slower as time goes by and the orders start being exhausted or the rise of the memory leaks which would, in turn, make the system slower. Thus it is advised to refresh the system in turn of switching on and off at intervals of own preference (Chan & Lau, 2018).
References
Chan, H. M., & Lau, C. M. (2018). U.S. Patent No. 9,876,764. Washington, DC: U.S. Patent and Trademark Office.
Jyothi, K. K., & Reddy, B. (2018). Study on the virtual private network (VPN), VPN’s protocols and security. International Journal of Scientific Research in Computer Science, Engineering and Information Technology, 3(5), 919-932.