Proceedings Article10.1109/WiSEE49342.2022.9926843
Enhancing Space Security Utilizing the Blockchain: Current Status and Future Directions
Anastasios N. Bikos,Sathish A. P. Kumar +1 more
- 12 Oct 2022
pp 77-82
3
TL;DR: In this paper , a ready-prototyped DLT/IOTA secure framework (SWIoTA) is proposed to provide added-on cybersecurity to the critical space core functionalities, and illuminate the roles of DLT ledger to secure networks of satellites orbits, as well as space tokenization concept.
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Abstract: The Blockchain concept is often mostly associated with Bitcoin and monetary transactions, however, the technology has enormous potential for several industries including the space sector. Cybersecurity enhancement plays a detrimental role in critical core operations inside the space functional flow: from the supply chain, satellite orbital tracking, and digital communications efficacy. The increasing adaption of connected highly advanced technologies exposes satellites, aeronautical drones, space vehicles, and ground stations to new types of cybersecurity risks. Hacking, cyber threats, as well as cyber-crimes in space are new trends. Such industrial ecosystems can benefit from Blockchain & distributed ledger technologies (DLT) that make it possible to intelligently decentralize governance. This work attempts to further demystify the linkage between space and the Blockchain, address the ledger's potential to provide added-on cybersecurity to the critical space core functionalities, via a ready-prototyped DLT/IOTA secure framework (SWIoTA), and finally, illuminate the roles of DLT ledger to secure networks of satellites orbits, as well as space tokenization concept.
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Citations
Federated Learning based Intrusion Detection System for Satellite Communication
Ryhan Uddin,Sathish A. P. Kumar +1 more
- 20 Jun 2023
TL;DR: An extra-terrestrial communication system paired with a federated learning (FL) based intrusion detection system implemented in an inexpensive software defined networking environment and its evaluations show that it is perfectly viable for data centric terrestrial networks.
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Deep-reuse-enabled Common Satellite Network via Collaborative Blockchains: Architecture, Challenges, and Solutions
TL;DR: In this article , the authors proposed an architecture of Deep-reuse-enabled Common Satellite Network via Collaborative Blockchains (DCSN-CB), where the notion of deep reuse is described from resources and information.
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Hybrid Classical-Quantum Neural Network for Improving Space Weather Detection and Early Warning Alerts
Ahmad Alomari,Sathish A. P. Kumar +1 more
- 20 Jun 2023
TL;DR: The proposed Hybrid Classical-Quantum Neural Network (HCQNN) is capable of detecting space weather events with 99.9% accuracy and providing early warning alerts to mitigate potential impacts on space-based systems.
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