, CHAPITRE 9. VERSION 5 (BUBBLES OF TRUST) : SYSTÈME DE SÉCURITÉ DÉCENTRALISÉ (BLOCKCHAIN PUBLIQUE) FIGURE 9

, en utilisant pubF, la blockchain vérifie la signature (verifiedWith{ }) de la transaction reçue afin de valider son intégrité. Ensuite, elle vérifie le ticket à l'aide de pubM

, si le ticket est valide, alors, la blockchain sauvegarde une information associant le GrpID, l'ObjID et la clé pubF (ex, XX?YY?pubF

, représente toute autre transaction que celle de l'association. Elle contient (1) la charge utile de la transaction (data), (2) le GrpID (ex. XX), (3) l'ObjID (ex. YY), et (4) la signature ECDSA des champs précédents en utilisant privF

, la blockchain vérifie l'intégrité de transaction n en vérifiant la validité de la signature par pubF

, si la signature est valide, alors la blockchain vérifie si pubF est associé avec les champs GrpID et ObjID de la transaction

, s'ils sont associés, alors

, F est authentifié avec succès, sinon il est rejeté

, Comme expliqué ci-dessus, ces différences sont dues à la complexité de la requête d'association par rapport à la préparation d'un simple message de données. Enfin, d'après les colonnes 10, 11, 12 et 13, le Raspberry Pi nécessite 89.24 mW pour exécuter une requête d'association

, 5 page suivante, elle décrit les résultats du Raspberry Pi où la boucle est exécutée à la 15 ème secondes. Dans les deux cas, on peut constater que l'impact de la boucle de traitement de messages est vraiment négligeable. Les autres pics existants sont liés à l'activité du système d'exploitation. FIGURE 9.4-L'impact du traitement des messages de données sur le Laptop Évaluation des exigences de sécurité Avant d'entamer l'étude sur le coût financier de BBTrust, dans ce qui suit, nous allons 6, La Figure 9.4 décrit les résultats du Laptop où la boucle est exécutée à la 12 ème secondes. Quant à la Figure 9

, Notre approche permet d'avoir un système d'authentification totalement décentralisé qui permet d'assurer une authentification efficace des objets. La disponibilité, la traçabilité et l'intégrité des données sont également assurées par ce mécanisme. Enfin, il faut savoir que même si le service de confidentialité des données n'a pas été abordé dans ce chapitre, ce dernier peut être intégré (ex. en chiffrant les transactions avec un mécanisme de

C. Dans-ce, cette approche peut répondre aux exigences de sécurité tout en gardant une bonne performance du système et du réseau. Les résultats des différentes évaluations en terme de temps, d'énergie, et en coût financier montre les performances et l'adaptabilité de notre approche pour des cas d'utilisations divers, utilisant des architectures, des objets, des technologies et des protocoles différents

, Chapitre 10

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