FAQ

1. How does RainBridge's broadband wireless technology work?
RainBridge's technology replaces traditional fiber-optic networks, by using the first radar/radio technology to be housed on a microchip as a way to send and receive data. Our wireless technology is based on using 9424 ™ micro radar technology developed by RCW Ltd. The user sends a safe, low-power, highly focused beam through the air, that can deliver voice, data, fax, e-mail, high-speed Internet access and TV signals simultaneously, to connect businesses to RainBridge's IP network and to inter-city destinations, the internet and to the gateways of the nation's broadband fiber networks.

2. What about the security of RainBridge's wireless link?
RainBridge has developed a partition theory and diophantine equation based encryption system providing extremely high security that's closer to the 'ideal' for a Corporate System. In addition, the radar wave stream is very directional and limited to a small diameter, so only RainBridge's customer site equipment can receive data sent from the RainBridge network. ASDI has provided proprietary technology that enables secure merchant transactions without exposing or compromising any sensitive data

3. Who will use RainBridge's service?
Any business wanting high-speed network services will benefit from RainBridge's services, especially those utilizing e-commerce, design, multimedia applications and those who need to connect offices in different locations.

4. Will weather or other atmospheric elements interfere with the performance of RainBridge's service?
With RainBridge's unique Anti-Rain Fade (ARF™) features, atmospheric conditions WILL NOT affect transmissions thereby allowing much greater distances for the transmission paths in the RainBridge network without compromising the ability to provide high performance service.

5. Are there any regulatory issues regarding RainBridge's technology?
RainBridge's transceivers operate at wavelengths that are not regulated by the Federal Communication Committee (FCC).