Earlier this year, Frost & Sullivan presented Cisco’s Internet Routing in Space (IRIS) with its 2012 Global Satellite Transponder Technology Innovation Award for unrivaled accomplishments in the satellite industry.
Cisco IRIS allows space and satellite communications to take full advantage of the value and capability of networking. It extends the benefits of the Internet Protocol (IP) to satellite communications, which have traditionally used proprietary protocols that are difficult to operate within conventional IP-based wireline and wireless networks.
Watch below as Brad Boston, senior vice president, Global Government Solutions and Corporate Security Programs Security Group,Cisco and Rufus Connell, vice president, Frost & Sullivan discuss how Cisco’s IRIS solution is enabling the evolution of satellite networks.
After the jump, check out Tony Jeffs, Cisco director of marketing, accepting the award and discussing the program during the March 2012 Frost & Sullivan award ceremony in Coronado, California.
Brad Boston, senior vice president, Global Government Solutions and Corporate Security Programs Security Group, Cisco and Rufus Connell, vice president, Frost & Sullivan discuss how Cisco’s IRIS solution is enabling the evolution of satellite networks.
Frost & Sullivan presents Tony Jeffs, director of marketing, Cisco with the 2012 Global Satellite Transponder Technology Innovation Award.
Over the last decade, commercial satellite technology has evolved to consistently provide communications for emergency response, disaster recovery, military and commercial applications.
Cisco’s Internet Routing In Space (IRIS) solution is revolutionizing the satellite communication industry by bringing the networking capabilities of Cisco IOS Software to space.
Based on growth, innovation and market leadership, Frost & Sullivan has presented the 2012 Global Technology Innovation Award in the Global Satellite Transponder Market to Cisco. The Technology Innovation Award is a prestigious recognition of Cisco’s accomplishments in the satellite industry.
According to Frost & Sullivan, “Cisco’s IRIS solution allows satellite operators to better compete in the greater communications industry landscape by offering standardized IP protocols to the satellite market.”
While Cisco offers Advanced Services to assist customers with network planning, optimization and operations, Cisco is not a service provider that provisions communication services for end users. Cisco has transitioned operations for production service of the IRIS capabilities on board the Intelsat IS-14 satellite to TeleCommunication Systems, Inc. TCS provides OS-IRIS managed satellite services for government and commercial customer use, allowing organizations to reach multiple continents from a single connection to TCS’ network infrastructure.
In October 1945, science fiction writer Arthur C. Clarke published a paper in Wireless World entitled, “Extra-Terrestrial-Relays: Can Rocket Stations Give World-Wide Radio Coverage?” In his paper, Clarke proposed the concept of a platform orbiting above the Earth that would serve as a relay facility for radio signals sent to it that could then be retransmitted back to Earth with far greater coverage (‘footprint’) than was achievable through the terrestrial transmission techniques of the time. He describes his platform in the article:
Steven Boutelle, Vice President, Cisco Global Government Solutions Group would like to share some of the latest updates to the Internet Routing in Space (IRIS) program and provide an expert’s overview on where the satellite industry stands today. Watch Steven’s interview below!
To further assist in moving IRIS forward, TeleCommunications Systems, Inc. has been selected as an exclusive service provider. This is another milestone in the long-term collaboration between TCS and Cisco in an effort to move IRIS onward.
Brad Boston, Cisco Senior Vice President in the Global Government Solutions Group, discusses the recent milestones in Cisco’s Internet Router in Space program, including the first-ever software upgrade of an Internet Protocol router aboard a commercial satellite while in orbit, as well as completing the industry’s first VoIP call made without the use of any terrestrial infrastructure to route the call.