Case Studies
- Aerospace
- Astronomy
Time ... PNT ... GPS ... Retrocausality ... Delayed Choice Quantum Eraser ... Quantum
Skynet ... allows you to define the amount of time the images will be captured and analyzed, allowing you to create comparative reports between different periods. This allows you to follow the evolution of the elements that you have defined. Be it deforestation, the evolution of an oil slick, a construction, a plantation, or urban factors such as housing areas.

Artificial intelligence (AI) is being used in satellites in a variety of ways, including:

Image analysis: AI can be used to analyze satellite images to identify objects, patterns, and changes. This can be used for a variety of purposes, such as monitoring climate change, tracking deforestation, and detecting illegal activity.
Navigation: AI can be used to navigate satellites through space. This can be especially helpful in crowded orbits, where there is a risk of collisions.
Communication: AI can be used to improve the efficiency of satellite communication. This can be done by optimizing the routing of signals and by detecting and correcting errors.
Fault detection and diagnosis: AI can be used to detect and diagnose faults in satellites. This can help to prevent problems from occurring and to minimize the impact of any problems that do occur.
Autonomous operation: AI can be used to enable satellites to operate autonomously. This means that they can make decisions and take actions without human intervention. This is becoming increasingly important as the number of satellites in orbit increases.

Here are some specific examples of how AI is being used in satellites today:

The European Space Agency's PhiSat satellite uses AI to identify clouds in its images. This allows the satellite to transmit only the cloud-free images to Earth, saving valuable time and bandwidth.
The US military is using AI to analyze satellite images to detect changes in the Earth's surface. This information can be used to monitor climate change, track deforestation, and detect illegal activity.
SpaceX is using AI to navigate its Starlink satellites through space. This helps to ensure that the satellites do not collide with each other or with other objects in orbit.
NASA is using AI to develop new ways to communicate with satellites. This could help to improve the efficiency of satellite communication and to make it more resilient to interference.
The European Space Agency is developing an AI-powered system to detect and diagnose faults in satellites. This could help to prevent problems from occurring and to minimize the impact of any problems that do occur.

Satellite Imagery

ChatGPT

ChatGPT Made me a Map! In this video, we will discuss how we can use ChatGPT, which is large language model developed by OpenAI, helped me to create an interactive webmap just in a few minutes using Python programming language. ... In this tutorial video, we are using the capabilities of ChatGPT to create a webmap using Leaflet and Folium libraries of Python. It is a simple example which demonstrates the immense capabilities of ChatGPT on how its intelligence can be leveraged to create interactive maps quickly and easily without going through the trouble of having to look up code snippets online and in various documentations. This example also shows how the intelligence of ChatGPT can be upscaled to accomplish various other GIS and remote sensing related tasks, which include geospatial analysis, webmapping, cartography and analysis of satellite imagery.

ChatGPT and Google Earth Engine: A Match Made in Heaven for Satellite Image Processing ChatGPT, Google earth engine, Satellite Image Processing In this video, I show how ChatGPT and Google Earth Engine can Make Satellite Image Processing like never before!