Personal Security & Privacy
Privacy & security have been thought of as a 2 dimensional (2D) terrestrial problem prior to the advent of drones. Drones make privacy a 3 dimensional (3D) spatial problem. Be it at your home, in the office, at a yacht club, golf course, beach, or a resort, the sanctity of your personal space could be easily compromised by a drone’s ability to carry a “payload” like a voice recorder, camera or sensor.
Understanding what is moving through your space in 2D and 3D, knowing the intent and why it is there, will allow you to better mitigate your privacy and security concerns.
Aviation & Infrastructure
An errant or malicious drone colliding with, or even simply in proximity to a small aircraft or passenger plane can cause severe casualties, disrupt air travel, and potentially shut down an entire airport. For air operators, understanding what is in the skies at any given time, a bird or a drone, will lead to safer landings and takeoffs. The Arkenets 3D Spatial System allows for better management of an airport for bird encroachment and migration issues as well as provide a safer operations environment that drives greater efficiency resulting in better customer service and operational savings.
Urban & Indoor Spatial Sensing
Understanding the movement of objects within a city or a building, be they drones, people, snow or vehicles, empowers different stakeholders (government officials, security personnel, weather forecasters, etc.) with the data needed to make better decisions that will create a safer, secure, more efficient, and more responsive service experience for its citizenry. The Arkenets 3D Spatial System provides an "AI data-dome" infrastructure that creates integrated smart city solutions to tackle a diverse range of urban problems – from traffic congestion, pedestrian flow, police resourcing, smart weather response to terrorist attacks – without capturing personal identifiable information. in building applications the data allows full tracking of people with capturing personal identifiable information.