Why does the service slow down when used in conjunction with a VPN?
A1: Our communication satellite is located over 22,000 miles from Earth. Each data packet must be sent down separately and acknowledged by the remote site. This process takes time. In order to expedite the delivery of data packets to our end-users, HUGHES has developed a patented technology for aggregating those packets and sending all of them down simultaneously. VPNs encrypt each data packet, which prevents our technology from aggregating the data packets and reduces the throughput significantly. A2: HughesNet uses sophisticated acceleration techniques to enable high-speed performance over satellite. These acceleration techniques require access to data packet header information, which is blocked when some VPNs are used. These VPNs encrypt the data and create a secure tunnel through the HughesNet network. The encrypted data cannot be processed by HughesNet’s acceleration techniques, which results in slower performance.
A. HughesNet uses sophisticated acceleration techniques to enable high-speed performance over satellite. These acceleration techniques require access to data packet header information, which is blocked when IPsec-based VPNs are used. These VPNs encrypt the data and create a secure tunnel through the HughesNet network. The encrypted data cannot be processed by HughesNet’s acceleration techniques, therefore resulting in slower performance.
HughesNet uses sophisticated acceleration techniques to enable high-speed performance over satellite. These acceleration techniques require access to data packet header information, which is blocked when IPSec-based VPNs are used. These VPNs encrypt the data and create a secure tunnel through the HughesNet network. The encrypted data cannot be processed by HughesNet’s acceleration techniques, therefore resulting in slower performance.
The HughesNet™ system uses sophisticated acceleration techniques to provide high-speed performance over satellite. These acceleration techniques require access to data packet header information, which is blocked when IPSec-based VPNs are used. These VPNs encrypt the data and create a secure tunnel through the HughesNet network. The encrypted data cannot be processed by HughesNet’s acceleration techniques, therefore resulting in slower performance.
HughesNet uses sophisticated acceleration techniques to enable high-speed performance over satellite. These acceleration techniques require access to data packet header information, which is blocked when IPsec-based VPNs are used. These VPNs encrypt the data and create a secure tunnel through the HughesNet network. The encrypted data cannot be processed by HughesNets acceleration techniques, therefore resulting in slower performance.
