Abstract: A disclosed app includes locating a closest lock box coordinates to a parcel recipient, locking in the coordinates into the drone and sending an email or text to the parcel recipient with a box location and an electronic lock code and a time of the parcel delivery, flying the drone with the parcel to descend over the lock box within three feet for sensing the drone with a matching frequency for opening a top lock box doors, delivering the parcel by drop releasing the parcel into the lock box via the top lock box doors and closing the top lock box doors once package has been lowered into the lock box, notifying the parcel recipient that the parcel has been delivered and receiving the electronic lock code at the lock box and opening a lock box side door via the electronic lock code to retrieve the parcel.

Abstract: Disclosed herein is a real time method and system for analyzing and optimizing a composition of a completion fluid used in oil well operations. The system employs a plurality of sensors and monitors various parameters of the completion fluid, while also monitoring parameters of the oil well. This allows for information to be compared and the completion fluid is modified accordingly prior to the completion fluid being sent sub-terrain. The system includes a centralized command center that receives information from the sensors and translates this information to determine the appropriate ratio of chemicals that should be blended to form the completion fluid. The system allows an operator to monitor the completion fluid and the oil well operation in real time and also generates instant data analysis reports.