Faster, easier and less expensive to deploy than IPSec VPNs, SSL VPN Plus reduces costs and increases IT control by eliminating the configuration, management and support complexities of IPSec VPN clients. Able to perform in both client-to-site configurations and site-to-site configurations, SSL VPN Plus is the IPsec VPN replacement for secure remote access.

Unlike other SSL VPN products that tack-on fees to use anything more than basic features, NetPilot SSL VPN Plus prices are all inclusive with every concurrent user having access to all of the following features that come as standard with the NetPilot VPN Plus option.

NetPilot's SSL VPN Plus provides:

• Support for all IP-based applications - legacy or custom, exchange, RDP, Citrix - you name it we support it

• Multiple modes of access: Clientless, Java Applet, Full Client/Node

• 100% "dummy proof" remote access, using web-installed clients, automatic updates and NAT traversal (i.e., no special end-user network configuration)

• Customizable Portal, with one-click access to common applications including file shares, exchange, Citrix, and RDP

• Integrates with LDAP, AD, Radius, and most two-factor authentication devices including RSA SecureID

• Supports client-to-site and site-to-site configurations

• Scalable architecture, able to expand to needs without replacing hardware

• Better Performance - Our purpose-built NetPilot platform outperforms even the fastest IPSec servers because of the patented ICAA and TSSL technology

• Reduced helpdesk calls - customers who have installed SSL VPN Plus ,on average, see an 80% reduction in helpdesk calls

• No more IPSec client installs, upgrades or maintenance - SSL VPN Plus uses a web-downloadable and automatically upgrading full-access client

• Endpoint Security - Prevent rogue computers from spreading viruses across your network

SSL VPN technologies tunnel private network traffic inside a second encrypted protocol for traversal over of the public Internet. This process has overhead but is compounded by the "TCP-over-TCP meltdown" which is inherent when encapsulating one protocol within another. Transmission control protocol has various parameters (SYN, ACH, RTT) for setting retransmission times for the delivery of data from client to server in the event of packet loss.