CAMMAN is about to change the meaning of "all access." This light-weight, self-contained web casting system transmits live video and live sound from a personal perspective.

CAMMAN means no cameras following anyone around. Rather, CAMMAN is an unobtrusive accessory that allows anyone with a web browser to see and hear what its host experiences. Whether it's a day in the life of a celebrity, or a fan's experience at a sporting event, CAMMAN offers a first person reality experience.

Product Features: ultra-portable and self contained. Camera and PC are under 2-lbs. camera component can be embedded in a hat, clothing, lapel, etc. PC component can be worn in a shoulder pack, back-pack, or belt-clip manually adjustable frame rate, resolution, image quality, and audio-settings automatic adjustment of framerate, resolution and image quality based on current uplink bandwidth runs for 3-4 hours on a single battery charge auto-detection of public wi-fi networks auto-switching between 3G (CDMA/EVDO) & Wi-Fi networks to assure connectivity Windows Media or Flash-based player images can be recorded to provide a long-term payoff undetectable hardware facilitates natural interaction Available as a 2-piece system to allow for on-site production support

ChefCam - Sample from Tristan Restaurant Recorded January 2007. To schedule a live demo, please email us at: camman@netscopeinc.com

Here's how it works:

We place a small bullet or board camera on our "host" - perhaps in a baseball cap, on a lapel, embedded in a mascot, or on any piece of clothing. The camera is connected to a small, lightweight system that will encode the video feed. Live streaming images and sound then transmit to a web site where fans can see what their host is seeing; from the vantage point of a coach, athlete, fan, or celebrity.

CAMMAN uses several forms of wireless broadband access and seamlesly chooses the best bandwidth possible. This allows the host to be untethered to a location. Whether its a broadband Wi-Fi connection, or a cell phone signal, CAMMAN will continue to broadcast as the host is on the move, automatically switching between network sources and adjusting the video quality based on the available bandwidth.