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Currently there are tens of millions of students receiving satellite-based tele-education courses in rural regions of countries such as China, India, Indonesia and Mexico. In the Caribbean, the South Pacific Island countries and Australia there are programs to use satellites to provide both education and health care services. By the end of the 21st century, space-based applications will be vital to every country on Planet Earth. One of the most important developments in space-related technology in this century is to extend the scope of “tele-reach technologies”, such as tele-education and tele-health services, tele-operation, tele-work or telecommuting, and tele-monitoring services in support of environmental and national security-related applications. Space-based Tele-reach is defined as technologies and applications which allow remote presence, participation or interaction or control. The diversity of “tele-reach services” continues to expand to include tele-commuting, international tele-work, environmental tele-monitoring and tele-operation such as remote operation of astronomical observatories. Current “tele-reach” can range from simple internet voice calls to complex systems that provide: tele-health, tele-education, tele-monitoring of ice-masses or rain fall and virtual reality remote control. ”Tele-reach” activities often involve the seamless technical marriage of fiber optic, coax, broadband wireless and satellite systems to provide a full array of capabilities to urban, suburban, rural and remote areas of a country or a region.
(Madry and Pelton, 2011)
Tele-reach allows people and organizations to complete tasks and activities at a distance, whether they are teaching a course, conducting a business meeting, performing a medical procedure, monitoring deforestation, or generating power. A synergy of Information and Communication Technology (ICT) infrastructures enables Tele-reach solutions.