DCM1

https://docs.google.com/document/d/1GxuaBy2p-ljm0TxedV4W4SfBGAwDibQ2z5jXFuIbDJU/edit

https://docs.google.com/document/d/1Y8Bt40656sBOhLFHXN5aKYl5l0aK4160UjSs1AvYuXQ/edit

The DCM1 will recreate all the steps in a majority and autonomous way of its satellites, through  the AI with data provided through the dynamics and functions of the satellites. In this way,  based on information already admitted, the robot will be able to absolutely predict how to  improve its systems and its autonomous systems, this technology will be created to predict and  improve error margins, thus creating greater safety and precision in the satellites. 

The technological innovation that we are presenting is based on the GEOSPACIAL sector,  which is the junction of spatial data with artificial intelligence, our technology will welcome these  mechanisms and improve it for the improvement of NASA systems. Our goal is to promote an  adaptation in satellites through robotics, data and AI, and also in the future quantum computing. 

We are proposing uses of existing technologies, but with a new way of acting, our project model  is to establish an exclusive standard in the automation system of NASA satellites, through the  optimization of satellites with robots. We want, through quantum computing and AI, to recreate  the neurol system, admitted in our robots to the autonomous system. So, we will have more real  results, establishing recognition standards, we can align the error margins and thus guarantee  that the satellite automation system is effective.

Our technology not only wants to recreate these systems, but we also want to innovate the  space technology sector, standardizing robots to be adapters not only of satellites but of every  space system and service that NASA can offer. SOLO DCM1 is the beginning of the revolution  of autonomous space systems, we want to create solutions that are focused on the high level of  technology, in a dynamic and comprehensive way, our main objective is to solve autonomous  problems in an intelligent way, through sets of conditions that have high rigor in their energy  management and operational risks. 

The SOLO DCM1 will operate independently with correlation to the satellites through data and  computation plus AI, so our robot promptly with the satellites will not need help or human  monitoring, as everything will be in it and will be done by it. 

In view of this scenario that was presented about SOLO DCM1, we need to support that  because it is a technology that is not yet common to risks that have not yet been tested, our  idea was inspired by the entire autonomous system that exists on earth, so we know that steps  in this technology that need to be analyzed in more depth, and just like any other venture with  risks and flaws to be corrected, we are a new technology, wanting to correct common  technologies. Therefore, our biggest limitation today would be the final result, since nothing in  this aspect has yet to be used. 

https://www.inovacaotecnologica.com.br/noticias/noticia.php?artigo=nasa-quer-empurrar-telescopio-hubble-orbita-mais-alta&id=020130220929#.YzoJd3bMLIU

On Thursday, March 31, 2022, starting at 6:00 pm, NASA's AQUA satellite, whose data are used by INPE's Queimadas Program as a reference indicator of the number of outbreaks of vegetation burning, presented problems in instruments and has been put into safe mode while technicians investigate causes and possible solutions.

The situation is independent of INPE and stems from technical difficulties at AQUA. NASA reported that the generation of this data for the entire globe is hampered and has suspended its publication on the Worldview and FIRMS platforms.

https://olhardigital.com.br/2022/02/23/ciencia-e-espaco/veiculo-de-manutencao-de-satelites-da-northrop-grumman-sera-lancado-pela-spacex/

A unique learning experience that inspired me even more to create new projects and study aerospace engineering

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#dcm1 #software #satelites #robotic #robot