1. A method for authenticating access between a fixed device surrounded by a geospatial boundary and a mobile device that enters the geospatial boundary for secure communication comprising: keeping track of the physical position of the mobile device using a geospatial positioning technique; enabling the fixed device to determine when the mobile device has entered the geospatial boundary surrounding the fixed device; wherein the fixed device determines if the mobile device is a peer eligible for authentication; upon authenticating the mobile device, the fixed device and the mobile device perform an operation while the fixed device and the mobile device are within the geospatial boundary; wherein the geospatial boundary is defined by a geometric shape and a size; and wherein the method that the fixed device determines if the mobile device is a peer eligible for authentication comprises, the mobile device sending an encrypted signal that includes a geospatial position of the mobile device to a control agent; wherein the control agent acts as a broker and transmits the geospatial position from the mobile device to the fixed device, thus enabling the fixed device and the mobile device to remain anonymous until a trusted authentication is established between the fixed device and the mobile device; the control agent performing a position calculation to determine if the mobile device is within the geospatial boundary; upon the control agent determining that the mobile device is within the geospatial boundary, the control agent sending an updated contact list including an identifying information of the mobile device to the fixed device; the fixed device receiving the updated contact list and using the updated contact list to determine that the mobile device is a peer; upon determining that the mobile device is a peer the fixed device transmitting an encrypted signal to the control agent, wherein the encrypted signal includes a high fidelity position and a unique identification information of the fixed device; wherein the control agent is not able to decrypt or read the encrypted signal and is only enabled to send the encrypted signal to the mobile device; upon receiving the encrypted signal, the mobile device decrypting the encrypted signal enabling the mobile device to access the high fidelity position and the unique identification information of the fixed device; the mobile device using the high fidelity position of the fixed device to determine that the mobile device is still within the geospatial boundary; and the mobile device updating a contact list to finalize authenticated access with the fixed device enabling the mobile device and fixed device to transmit encrypted signals directly to each other.