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FAQ

How is it possible to install an appliance in transparent mode in two hours without reconfiguring the network, when it takes several days to install a Reverse Proxy box?
How does installing BoostEdge in Transparent and Invisible mode protect my servers?
Why is point-to-point deployment needed?
Why is point-to-point mode not required in HTTP?
What does session level processing (L.5) mean?
How is it possible to install an appliance in transparent mode in two hours without reconfiguring the network, when it takes several days to install a Reverse Proxy box?

All our products are of course installed in Reverse Proxy, but thanks to our patented technology, they can be installed in transparent mode in just two hours without requiring any modification to the network, servers, applications or clients.

The user types in the same URL to access the application and the application still sees the user's address rather than a proxy.

How does installing BoostEdge in Transparent and Invisible mode protect my servers?

BoostEdge's Transparent and Invisible deployment mode, installed in just two hours, protects your servers from attack by making them invisible to users. This brings zero-defect security.

Why is point-to-point deployment needed?

In general, TCP protocols do not support compression innately. The protocol must therefore be encapsulated to add both compression and encryption. This requires point-to-point collaboration between the devices.

Why is point-to-point mode not required in HTTP?

HTTP supports compression innately. In the request, the browsers specify which compressions and other coding they can support. The HTTP server then specifies in the response which type of compression it has used. A central device is therefore sufficient.

What does session level processing (L.5) mean?

SpiderOne does not create a compression tunnel within which all connections are multiplexed; it creates a compression session for each TCP session. This ensures the operation of the QoS equipment. For example, if one device gives special priority to the TELNET protocol (port 23), this device will always see TCP packets for this port and will therefore still be capable of applying the same traffic shaping rules.

   

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