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A NASA-funded, co-managed research project seeks to take advantage of the smart contracts technology of the United States. Ethereum blockchain to automate space maneuvers by avoiding space debris.
In developments that could potentially have significant implications for space probes, NASA is putting resources behind a research project that is fundamentally considering the use of blockchain technology to enhance and make space communications and navigation more efficient and safer.
The research project, titled "Resilient Networking and Computing Paradigm", will be led by Dr. Jin Wei Kocsis, an assistant professor of electrical engineering and computer science at the University of Akron (UA).
Benefiting from a $ 330,000 grant over three years, Kocsis will seek to develop a cognitive architecture in which spaceships will no longer need to rely on crucial information from scientists on earth.
Instead, Ethereum-based smart contracts will help spaceships "think for themselves" to detect and avoid floating space debris that could be significantly damaging in the event of a collision. # 39; AU.
Dr. Kocsis added:
In this project, Ethereum blockchain technology will be harnessed to develop a secure, secure, and cognitive network and computing infrastructure for deep space exploration. Blockchain consensus protocols will be explored further to improve the resilience of the infrastructure.
Kocsis hopes that the decentralized architecture will help the spacecraft automate data collection alongside other tasks, freeing scientists from the field to analyze the data rather than spending time on the trajectories. space probes to anticipate environmental risks.
"I hope to develop a technology that recognizes and avoids environmental threats, while automatically performing a number of tasks," she added.
The details remain slim on the type of Ethereum blockchain – public or private – considered for the research project.
Nevertheless, the application of decentralized technology could lead to "next-generation space networks," according to Thomas Kacpura, director of NASA's state-of-the-art communications program at the Glenn Research Center. The research project could result in a "decentralized processing of NASA's space network nodes in a secure way", which means a more responsive and resilient network that can also integrate current networks, the NASA official said.
Image from Shutterstock to photo
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