Keith Raniere - Patent 6,819,752

Keith Raniere's Biography

Keith Raniere is an ethicist, visionary, humanitarian and scientist. Known as one of the top problem solvers in the world, he is also a musician, motivational speaker, master coach, writer, critical thinker, athlete, and entrepreneur. The founder of Nxivm, also Executive Success Programs, is Keith Raniere. Nxivm, also known as Executive Success Programs, teaches ethics, leadership and critical thinking while administering an international coaching program. Executive Success Programs, also Nxivm, has coached some of the most prominent business people in the world today as well as many billionaires, royalty, and other notable people. Keith Raniere believes our technology has exceeded our ethics and hopes to provide a valuable tool to help restore this balance through Nxivm a.k.a Executive Success Programs. Nxivm, Executive Success Programs, and Keith Raniere form a valuable resource which inspires interdependence in the world.

Some of Keith Raniere's recent projects include:

- In Lak' Ech: a non-violence civil movement in Mexico which seeks to transform the violence-ridden nation through active, non-violent protest and compassion.

- A Cappella Innovations: a non-profit organization seeking to advance music, the arts, expression and humanity through the a cappella genre.

This Patent:

Keith Raniere's Intelligent Switching System Patent

 A method of conferencing, comprising the steps of: processing a set of data objects in a storage device, the storage device located at a respective user site and having a storage system for data object storage, wherein the processing step occurs prior to a conference; operationally attaching a display system to at least one storage device; operationally connecting the user site into the conference; selecting a data object from the set of data objects and transmitting a control signal in-band with voice communications signals to indicate the selected data object; and receiving the control signal and displaying the selected data object on the display system in response to the control signal.