Quasy is an anti-collision avoidance system powered by AI and Quantum Computing to predict the behavior of space objects and provide you with actionable insights, allowing you to make informed decisions, minimize risks, and optimize operations
What if we told you, there are over 9 thousand satellites orbiting Earth, half of which are still active.
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On-orbit there are more than a hundred thirty million identified objects.
More than 24 thousand satellites are set to be launched by 2029, and the current number of debris will triple by 2030.
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All this brings a set of unprecedented risks of collisions, which could have severe consequences on services that we use daily, such as telecommunications and navigation.
To protect our assets in space, Active Debris Removal Programs, such as ClearSpace-1, are our best hope but are not a reality yet.
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If we want to keep up with the increasing level of complexity, we must bring our approaches and infrastructure to a new level. And we need to better learn how to deal with the problem.
Currently, we just "react" to potential collisions, but this approach requires a lot of human effort.
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If we want to keep up with the increasing level of complexity, we must shift our approach to space operations from reactive to predictive.
Why Quasy
Enhance Situational Awareness
With real-time insights into the behavior of objects in near-Earth space, you can stay ahead of potential risks and avoid potential collisions. Quasy provides detailed information about the trajectory, velocity, and potential collision risk of objects, so you can quickly assess the situation and make informed decisions.
Improve Safety
By using Quasy's predictive capabilities, you can make better decisions about your spacecraft's manoeuvring and reduce the risk of collision. This enhances the safety of your assets and protects your investments in space. With up-to-date information and accurate simulations, you can take control of your operations and minimize risks.
Optimize Operations
By improving the efficiency of your operations, you can make better use of your resources and minimize downtime. Quasy provides actionable insights that can help you optimize your operations, streamline your processes, and get the most out of your investments. Whether you're managing a fleet of satellites or operating a single spacecraft, Quasy can help you make better decisions and achieve your goals more effectively.
The Dashboard interface includes a visual tracking system, a set of possible data filters, and historical, upcoming, and forecasted events.
Urgent and important events are highlighted so that users can spot them with ease, and take action accordingly.
Potential collisions are visualized so that you can clearly make sense of them. This lowers the uncertainty of orbital maneuvering and decrease risk.
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A set of parameters can be modified as needed to run simulations on demand.
Data can be used as part of the simulations, which will also provide extensive fuel analytics.
In the event of a forecasted collision users can make more informed decisions about spacecraft maneuvering
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Possible corrective actions are computed by our quantum-based system, while our AI suggests the optimal orbital move which typically is the safest and the most fuel-efficient.
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Users can also learn more about the rationale behind every AI suggestion.
While our AI suggests the optimal orbital move which typically is the safest and the most fuel-efficient.
You can also learn more about the rationale behind every AI suggestion.
Possible corrective actions are computed by our quantum-based system, while our AI suggests the optimal orbital move which typically is the safest and the most fuel-efficient.
What if I told you there would be a way not only to manage all this complexity but to calculate the orbit of your assets and the other space debris several times faster, in parallel and in real time?
Quantum & AI Core
Quantum computing and AI technologies are the key to Quasy's ability to provide predictive and actionable insights for space collision avoidance.
Quantum computing allows for the simulation of complex and highly-interactive systems, such as near-Earth space. With the ability to perform millions of calculations simultaneously, quantum computing enables Quasy to simulate and predict the behavior of space objects in real-time. This allows for a more accurate assessment of potential risks and better decision-making for spacecraft operators.
AI technologies are used to analyze large amounts of data and identify patterns and correlations. This information is then used to train machine learning models that can make predictions and provide actionable insights. In the case of Quasy, AI is used to analyze data from multiple sources, including satellite tracking systems and space weather databases, to provide an accurate and up-to-date picture of the situation in near-Earth space.
Together, quantum computing and AI enable Quasy to provide real-time and accurate insights into the behavior of space objects, so that spacecraft operators can make informed decisions and minimize risks.
Our Partners
The project was born in 2022 under the EUSPA myEUspace competition in the quantum track and has received a grant from the EU commission.
