Monday, August 29, 2005

Meru Partners with Juniper on Secure Wireless VoIP

Meru Networks signed an alliance agreement with Juniper Networks to co-market solutions that enable pervasive, secure wireless VoIP . Meru has joined Juniper's J-Partner Infrastructure Alliance program as a preferred member, and will immediately begin collaborating with Juniper on several fronts, including joint sales engagements and other co-marketing activities.


The companies said the combination of Juniper's IP routing and security with Meru's Air Traffic Control technology that delivers a cellular approach to WLANs would enable best-in-class security including end-to-end network security zones. Network security policies will have common enforcement, regardless of whether users are accessing the network via wireless or wireline. This approach to wireless security is becoming more important with the emergence of new wireless LAN-enabled devices such as WLAN phones, dual-mode handsets and WLAN-enabled PDAs.
http://www.merunetworks.com
http://www.juniper.net

  • In June, Meru Networks secured $12 million in Series C funding for its VoIP mobility technology. With its unique Cellular WLAN architecture, Meru's system delivers the over-the-air QoS, scalability, predictable performance and ease of deployment required for large, enterprise-class WLANs. The company said it has achieved significant customer traction, with deployments by U.S. snack-maker McKee Foods, the University of Miami Medical Center in a 1,000+ access point deployment, Hobart and William Smith Colleges, Pacific Sunwear and system integrator Azulstar Networks, a division of Ottawa Wireless, to deliver the nation's largest Metro voice and data Wi-Fi service to the city of Rio Rancho, New Mexico.












Wireless
LANs Need to Evolve toward Cellular Wireless Architecture


by
Joe Epstein
Recent
IEEE 802.11 task groups have worked to improve the speed of wireless
networking and increase the sophistication of the 802.11 base itself.
Unfortunately, 802.11 is still hamstrung by a fundamental problem. Given
the ever-increasing need to have real predictability in networks that will
soon top out at over 600Mbps and rival the capacity of wired networking,
it is clear that 802.11 needs to embrace a cellular wireless networking
architecture and associated technologies.


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