Aline : Page créée avec « == Description== This document has been produced by the ‘Cybersecurity of UAVs and Robots’ community of interest on the subject of ‘Friend-Enemy Identification’ applied to aerial, ground or naval UAVs. »

2025-05-13T15:34:03Z

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	~~<div lang="fr" dir="ltr" class="mw-content-ltr">~~
	== Description==		== Description==
	Ce document ~~est produit par la communauté d’intêret « Cybersécurité des drones et des robots » sur le sujet de « l’identification Ami~~-~~Ennemi » appliquée aux drones aériens~~, ~~terrestres ou navals~~.		This document has been produced by the ‘Cybersecurity of UAVs and Robots’ community of interest on the subject of ‘Friend-Enemy Identification’ applied to aerial, ground or naval UAVs.
	~~</div>~~

	The aim of this report is to examine the various existing approaches to identifying friendly and enemy UAVs, highlighting their advantages, limitations and technical challenges. It will also explore innovative solutions, including the integration of artificial intelligence, secure communication protocols and hybrid identification systems.		The aim of this report is to examine the various existing approaches to identifying friendly and enemy UAVs, highlighting their advantages, limitations and technical challenges. It will also explore innovative solutions, including the integration of artificial intelligence, secure communication protocols and hybrid identification systems.

Aline : Page créée avec « The aim of this report is to examine the various existing approaches to identifying friendly and enemy UAVs, highlighting their advantages, limitations and technical challenges. It will also explore innovative solutions, including the integration of artificial intelligence, secure communication protocols and hybrid identification systems. Finally, we will propose possible improvements aimed at enhancing the reliability and efficiency of FFI systems in an increa... »

2025-05-13T15:20:55Z

Page créée avec « The aim of this report is to examine the various existing approaches to identifying friendly and enemy UAVs, highlighting their advantages, limitations and technical challenges. It will also explore innovative solutions, including the integration of artificial intelligence, secure communication protocols and hybrid identification systems. Finally, we will propose possible improvements aimed at enhancing the reliability and efficiency of FFI systems in an increa... »

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|ShortDescription FR=Production du GT "Identification Ami-Ennemi" de la Communauté d'intérêt "Sécurisation des drones et robots"
|ShortDescription EN=Production of the ‘Identification Ami-Ennemi’ WG as part of the ‘Securing drones and robots’ Community of Interest.
|ImageStr=Drone.png
|Tag=Drones, Robots
|Status=Production
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{{Livrable
|PDFDeliverable=CI_Drone_Identification Ami-Ennemi.pdf
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<div lang="fr" dir="ltr" class="mw-content-ltr">
== Description==
Ce document est produit par la communauté d’intêret « Cybersécurité des drones et des robots » sur le sujet de « l’identification Ami-Ennemi » appliquée aux drones aériens, terrestres ou navals.
</div>

The aim of this report is to examine the various existing approaches to identifying friendly and enemy UAVs, highlighting their advantages, limitations and technical challenges. It will also explore innovative solutions, including the integration of artificial intelligence, secure communication protocols and hybrid identification systems.
Finally, we will propose possible improvements aimed at enhancing the reliability and efficiency of FFI systems in an increasingly complex and evolving context.

{{PageSubHeader Commun
|WorkGroup=GT Sécurisation des drones et robots - Repérage de drone ami-ennemi/en
}}

Identification Ami-Ennemi/en - Historique des versions

Aline : Page créée avec « == Description== This document has been produced by the ‘Cybersecurity of UAVs and Robots’ community of interest on the subject of ‘Friend-Enemy Identification’ applied to aerial, ground or naval UAVs. »

Aline : Page créée avec « == Description== This document has been produced by the ‘Cybersecurity of UAVs and Robots’ community of interest on the subject of ‘Friend-Enemy Identification’ applied to aerial, ground or naval UAVs. »