Integration of RealTunnel Firewall/NAT solution in eyeP Media SIP soft phones streamlines deployment and improves end-user experiences of standards based voice and video over IP services
Lausanne, Switzerland and Oslo, Norway – June 10, 2009. eyeP Media, a leading provider of RCS and SIP- based ToIP client software for fixed and mobile applications, and Paradial, a provider of standardized IP connectivity and security solutions, today announced that the eyeP Communicator has been enhanced with Paradial’s RealTunnel Firewall/NAT traversal solution. The combination enables customers, ISVs and communications service providers gain market advantage by quickly deploying standards based soft phone services that work across any network device, including strict corporate firewalls and NATs. The enhanced eyeP Communicator streamlines deployments, maximizes service availability and optimizes the quality of IP-based communication services.
Highly flexible, eyeP Communicator has been designed to offer modular packages and quick rebranding, allowing service providers to immediately address the customer needs, whether residential or corporate.
"Enhancing the eyeP Communicator product line with Paradial’s comprehensive, standardized and proven Firewall/NAT traversal technologies allows us to provide to our customer with a user friendly connectivity experience" said Alain Sturzenegger, CEO, eyeP Media. “RealTunnel in combination with our superior audio and video quality, ease of use and integration - offer an unparalleled user experience for residential and corporate IP communication users.”
"Paradial's technology provides eyeP Media with the highest quality firewall/NAT traversal product available in the industry," said Paradial’s CEO, Ingvar Aaberg. "Our carrier grade implementation of industry traversal standards - including ICE, STUN and TURN - and secure HTTPS tunneling technologies, allows eyeP Media customers to deploy services without having to worry about whether corporate firewalls and other network devices will prevent end-users from accessing services."
