To ensure that data collected from a drone survey mission is properly secured against unauthorized access or manipulation, it is important to understand the implications of using drones for surveillance. Privacy advocates have focused on requiring court orders before law enforcement agencies use drones, which would result in the implementation of drone technology in circumstances where the use of drones by law enforcement would be beneficial and, to a large extent, uncontroversial. For example, in light of the Boston Marathon bombing, police might want to fly a drone over a marathon to ensure public safety. However, this requirement exceeds the current Fourth Amendment protections with respect to the reasonableness of observing activities in public places.
In addition to court orders, there are other measures that can be taken to protect data collected from drone surveys. Unmanned aerial vehicles (UAVs) allow for faster and less expensive inspections without sacrificing accuracy. They require minimal special training and education to operate, so you can collect data as often as you want and do so without endangering your workers, reducing safety risks. To make sure that data is properly secured against unauthorized access or manipulation, it is important to use platforms such as Propeller that allow this data to be shared throughout the organization and make it very simple to view sites as close as possible to the real world.
Accurate data from 3D drone surveys, combined with platforms that allow this data to be shared throughout the organization, make it very simple to view sites and as close as possible to the real world. In addition, with the right processing platform, such as Propeller, you can get the data you need from each drone flight and ensure that you receive compensation for the work you do, thus obtaining a significant return on your investment in a drone program. Studies conducted with drones at the start of a project and at regular intervals throughout the work provide a historical record and a coherent (and reliable) record of progress over time. This helps to identify potential hazards on site before they cause problems. Not only is drone topography useful for keeping workers safer, but it also helps to centralize project documentation and increase collaboration with surveyors, engineers, foremen and site managers.
Drones are cheaper and easier to use than traditional surveying equipment, so there's no need to spend tens of thousands of dollars on hardware or have special training or education to capture site data. When the inspection of the drone is finished, pressing the single button again will send the data to Propeller via a WiFi signal, usually an access point on a mobile phone. To ensure that projects are cost-effective and that data collected from drone surveys is properly secured against unauthorized access or manipulation, it is important to use platforms such as Propeller that allow this data to be shared throughout the organization and make it very simple to view sites as close as possible to the real world. Accurate data from 3D drone surveys combined with platforms that allow this data to be shared throughout the organization make it very simple to view sites and as close as possible to the real world. In addition, with the right processing platform such as Propeller, you can get the data you need from each drone flight and ensure that you receive compensation for the work you do.
