Awards & Nominations
Inovaon has received the following awards and nominations. Way to go!
Inovaon has received the following awards and nominations. Way to go!
My team had the idea to build a super modern Drone with latest generation Cameras and Sensors, along with the help of a satellite, where it makes all the reading of the areas quickly and accurately. After the information is sent to the Drone, it will automatically go to the determined location, with its high resolution cameras and a super powerful zoom and sensors, it reads faces and is automatically sent to a database where it instantly identifies each individual. , characterizing as one of high danger or not. Drones are of great importance for security actions in any country, citing for example the Favelas of Rio de Janeiro.
This was the challenge
Drones and Satellites for Urban Development.
Project
Innovate on the Project
Technological drones with satellite assistance.
How does this "solve" the challenge?
Helps to secure society without endangering the lives of soldiers and civilians.
Why is it important?
Because it is extremely important to act with caution, and especially to ensure the lives of civilians and soldiers.
Providing additional details about the project.
What exactly does this do?
All areas are mapped with the help of the satellite, where the information is sent to the Drone, used for face and terrain recognition.
How it works?
Through high-resolution cameras and a super-powerful zoom, all the terrain and the people in the area are read, identifying the faces of the individuals, and instantly the information is forwarded to a database and the record of each person is explained, characterizing each degree of danger of each one.
What benefits does this bring?
It brings more comfort and security for both civilians and soldiers, preserving the lives of everyone around.
What do you hope to achieve?
We hope that with the introduction of these unmanned aerial vehicles (UAVS), we will be increasingly safe, citing for example the poor communities of Rio de Janeiro, better known as Favelas.
In June and August 2020, researchers at NASA's Ames Research Center in California conducted flight tests of Unmanned Aircraft Systems (UAS) from drone aircraft at Moffett Field in Ames. The purpose of the flight test was to investigate the feasibility of a concept called Time-Based Compliance Monitoring (TBCM). Compliance monitoring is an important task of air traffic controllers or UAS traffic management services that will be implemented in the future, in which they monitor whether aircraft are adhering to their assigned flight paths. TBCM extends this concept by continuously evaluating the times required for the aircraft to maintain these trajectories. For the tests at Moffett Field, five specifically designed flight profiles were successfully run on 26 flights to collect data for the evaluation of the TBCM concept. This type of research is applicable to the growing growth of UAS aircraft in areas such as package delivery and potentially even air taxis.
Link: https://www.nasa.gov/feature/unmanned-aircraft-systems-uas-drone-flights-at-moffett-field
My team's experience with Space Apps was fantastic. We learned a lot about some NASA processes. The chosen challenge was due to my country, more precisely the State of Rio de Janeiro, for the high index of needy communities and the high level of crime, hence the use of drones, to prevent the death of innocent civilians and soldiers, developing more strategies effective and efficient for the security of the entire population. We would like to thank NASA for this event, as it was of great importance for us to develop our knowledge in several areas.
The project was developed with the help of some data from NASA, as well as some statistics from the country of origin Brazil.
NASA Link: https://www.nasa.gov/feature/unmanned-aircraft-systems-uas-drone-flights-at-moffett-field
Link Brasil: http://olerj.camara.leg.br/retratos-da-intervencao/violencia-e-intervencao-policial
#hardware #innovation #technology
This project has been submitted for consideration during the Judging process.
Data from Earth-observing satellites, airborne science platforms, unmanned aerial vehicles (UAVs), and in situ platforms can be used to address development challenges around the world. Your challenge is to use this data to enable local stakeholders to develop more sustainable, disaster-risk resilient, and inclusive urban plans.

