SIGFX - a true wireless solutions provider. Wireless products and services are experiencing explosive worldwide growth. Countries that lack a basic wired telecommunications infrastructure are turning to wireless solutions for their communication needs. SIGFX plans to offer a multitude of wireless services in countries where the potential for significant wireless growth exists. Television signals currently reach areas of the world where no other forms of wired or wireless communication exists. SIGFX plans to use existing television signals to reach these underserved areas.

Here in the United States, SIGFX is positioned to assist with one of America's leading economic and social issues - the Digital Divide. The Digital Divide is the widening gap between those who have access to phone and internet services and those who lack access to such services.

Additionally, SIGFX may also help facilitate the U.S. transition to digital television. By enabling use of the vertical blanking interval (VBI) and other available spectrum within digital television transmissions, broadcasters may be able to eliminate some of the cost barriers associated with bringing digital television to the American public.

SIGFX - providing advanced infrastructure equipment to the wireless industry. We believe that the Return Signal Processor (RSP) developed by SIGFX may immediately alleviate many of the technical issues plaguing the wireless industry today. Our equipment helps to diminish capacity problems, increase wireless coverage of existing networks, and improve signal reception. SIGFX signal processors have the ability to work with signals that would otherwise be indiscernible in a noisy, overcrowded spectral environment.

Our wireless infrastructure equipment can enable current service providers to offer additional features over their existing networks and become E-911 compliant. SIGFX has developed equipment which uses the RF spectrum in a much more efficient manner and brings the next generation of intelligent wireless products to market.