System and method for integrating environmental sensors and asynchronous ubication repeaters forming an n-point spatially random virtual lattice network

A system for integrating environmental sensors with a ubication repeater to form a virtual lattice network comprising:

• a first ubication repeater having at least one environmental sensor for communicating environmental information in a first zone;
• a second ubication repeater having at least one environmental sensor for communicating environmental information in a second zone;
• and
• wherein the first ubication repeater and second ubication repeater are set with their precise position using a user's two-way communications device prior to deployment.

A method for integrating an environmental sensor and an asynchronous ubication repeater, comprising the steps of:

• activating at least one environmental sensor;
• conveying the positional information to the at least one environmental sensor;
• deploying the at least one environmental sensor within a building;
• transmitting positional information and environmental information from the at least one environmental sensor to a user who is within a proximity of the least one sensor.

A system for integrating environmental sensor and asynchronous ubication repeaters to form an n-point spatially random virtual lattice network comprising the steps of:

• transmitting from at least one subscriber radio to a ubication repeater a position location stamp for identifying the position of the ubication repeater;
• transmitting ubication information from the ubication repeater to the at least one subscriber radio;
• transmitting ubication information from the at least one subscriber radio to a central station;
• and
• processing ubication information at the central station from the at least one subscriber radio to provide a composite overview of an environmental condition.