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Streamlining Business Rule Management in IoT and Digital Twin Ecosystems: Design and Implementation of a Centralized Platform / Chaîmae MOTTAKI 

Public ISBD Titre : Streamlining Business Rule Management in IoT and Digital Twin Ecosystems: Design and Implementation of a Centralized Platform Type de document : Travail de fin d'études Auteurs : Chaîmae MOTTAKI, Auteur ; Kamal MEZGOUTI, ; Khoi NGUYEN, Editeur : ECAM Année de publication : 2024 Langues : Anglais (eng) Mots-clés : IOT Index. décimale : TFE - Informatique (ECAM) Résumé : In the current fast-changing business environment, dealing with the complications of handling business rules across multiple IoT controllers is a major obstacle. The rule management complexity is increased by the decentralized nature of IoT controllers spread out across multiple locations. This project aims to address this challenge directly by creating a centralized platform specifically for managing business rules. Our goal is to improve efficiency by integrating rule management into one system. By carefully examining the existing decentralized system, we will assess its complexities and prepare for the implementation of our suggested solution. Through the strategic choice of suitable technologies and the design of a complete solution, we will provide the company with a comprehensive set of tools for smooth rule orchestration. ⁤More than just optimization, this project reflects an innovative change in how the company handles its rules, ultimately opening up new opportunities for expansion and productivity and enhancing the company's competitive advantage. ⁤ Streamlining Business Rule Management in IoT and Digital Twin Ecosystems: Design and Implementation of a Centralized Platform [Travail de fin d'études] / Chaîmae MOTTAKI, Auteur ; Kamal MEZGOUTI, ; Khoi NGUYEN,  . - ECAM, 2024. Langues : Anglais (eng) Mots-clés : IOT Index. décimale : TFE - Informatique (ECAM) Résumé : In the current fast-changing business environment, dealing with the complications of handling business rules across multiple IoT controllers is a major obstacle. The rule management complexity is increased by the decentralized nature of IoT controllers spread out across multiple locations. This project aims to address this challenge directly by creating a centralized platform specifically for managing business rules. Our goal is to improve efficiency by integrating rule management into one system. By carefully examining the existing decentralized system, we will assess its complexities and prepare for the implementation of our suggested solution. Through the strategic choice of suitable technologies and the design of a complete solution, we will provide the company with a comprehensive set of tools for smooth rule orchestration. ⁤More than just optimization, this project reflects an innovative change in how the company handles its rules, ultimately opening up new opportunities for expansion and productivity and enhancing the company's competitive advantage. ⁤

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