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Work Package
WP8 — System integration, data management, testing and refinement (Lead: XLAB)
Goals & Objectives
- Integrate all hardware, software, and application components into a cohesive, interoperable system.
- Conduct thorough testing and verification against KPIs to ensure reliability and performance.
- Optimize the system based on test results for scalability, efficiency, and readiness for deployment.
Tasks
- Task 8.1: Sensor/Hardware system integration and testing (VSENS (L), FHG, XLAB, CAFA, IDEMIA; M13-35) This task focuses on the seamless integration of hardware components into the OnMoveID system to ensure full compatibility and interoperability. Comprehensive functional and security testing is performed to optimize performance, identify potential issues, and implement effective error-handling mechanisms. The scalability of the hardware system is also evaluated to ensure it can accommodate increasing data volumes and user demands. A deployment readiness assessment is conducted to verify that the system is fully prepared for deployment, and all findings and results from the integration and testing phases are thoroughly documented. This documentation includes updates on system configurations, testing outcomes, and scalability assessments, ensuring the system is robust, efficient, and deployment ready.
- Task 8.2: Apps and software functions and interfaces integration and testing (XLAB (L), CAFA, THALES, THALCZ, FHG, CAFA, AIT, IDENTY, VSENS, IDEMIA; M13-35) This task develops, deploys and integrates the overall system. It connects multiple hardware and software systems for transmission, storage of heterogeneous data, enabling decision at BP. It ensures seamless interconnection between system components and external environments (e.g. NUI, ESS – or their mock-ups). Update of the system components follows the ESS Technical Guidelines. A deliverable, detailing the management (deployment, operation and update) of the system will be provided, along with the verification procedures and their outcomes, allowing for further security testing.
- Task 8.3: System optimization and refinement based on test and integration test results (IDENTY (L), UL, THALES, THALCZ, FHG, XLAB, CAFA, AIT, IDENTY, VSENS, IDEMIA; M13-35) This task focuses on systematically enhancing the overall performance, responsiveness, and user experience of the OnMoveID system. It includes refining algorithms for efficiency, optimizing user interfaces for better usability, strengthening security measures, and ensuring the system can scale effectively to handle increased loads. Additionally, bugs are identified and resolved, and comprehensive usability testing is conducted to gather feedback and further improve the system’s design and functionality. Through detailed analysis and iterative refinement, the system is optimized to achieve high standards of performance and reliability, ensuring it is fully prepared and robust for deployment.
- Task 8.4: Key performance indicator verification (PPHS (L), All partners; M13-35) Key Performance Indicator (KPI) verification as determined in WP3 involves systematically assessing whether the system meets predefined performance targets and objectives. This process includes evaluating metrics such as security of verification, anti-spoofing capabilities, response time, accuracy, reliability, and user satisfaction, legal and ethical compliance, ensuring they align with the established benchmarks for the OnMoveID system. Testing and validation procedures are carried out under various conditions and scenarios to verify that the system performs consistently and efficiently. The process also involves collecting and analysing data from real-world and simulated environments to measure performance against the KPIs, to identify any gaps, and to implement necessary adjustments. Comprehensive reporting is conducted to document the verification results, confirming that the system meets the required standards for deployment and operation. The task results are gathered using nested tables and prepare the final system security and performance assessment.
- Task 8.1: Sensor/Hardware system integration and testing (VSENS (L), FHG, XLAB, CAFA, IDEMIA; M13-35) This task focuses on the seamless integration of hardware components into the OnMoveID system to ensure full compatibility and interoperability. Comprehensive functional and security testing is performed to optimize performance, identify potential issues, and implement effective error-handling mechanisms. The scalability of the hardware system is also evaluated to ensure it can accommodate increasing data volumes and user demands. A deployment readiness assessment is conducted to verify that the system is fully prepared for deployment, and all findings and results from the integration and testing phases are thoroughly documented. This documentation includes updates on system configurations, testing outcomes, and scalability assessments, ensuring the system is robust, efficient, and deployment ready.
- Task 8.2: Apps and software functions and interfaces integration and testing (XLAB (L), CAFA, THALES, THALCZ, FHG, CAFA, AIT, IDENTY, VSENS, IDEMIA; M13-35) This task develops, deploys and integrates the overall system. It connects multiple hardware and software systems for transmission, storage of heterogeneous data, enabling decision at BP. It ensures seamless interconnection between system components and external environments (e.g. NUI, ESS – or their mock-ups). Update of the system components follows the ESS Technical Guidelines. A deliverable, detailing the management (deployment, operation and update) of the system will be provided, along with the verification procedures and their outcomes, allowing for further security testing.
- Task 8.3: System optimization and refinement based on test and integration test results (IDENTY (L), UL, THALES, THALCZ, FHG, XLAB, CAFA, AIT, IDENTY, VSENS, IDEMIA; M13-35) This task focuses on systematically enhancing the overall performance, responsiveness, and user experience of the OnMoveID system. It includes refining algorithms for efficiency, optimizing user interfaces for better usability, strengthening security measures, and ensuring the system can scale effectively to handle increased loads. Additionally, bugs are identified and resolved, and comprehensive usability testing is conducted to gather feedback and further improve the system’s design and functionality. Through detailed analysis and iterative refinement, the system is optimized to achieve high standards of performance and reliability, ensuring it is fully prepared and robust for deployment.
- Task 8.4: Key performance indicator verification (PPHS (L), All partners; M13-35) Key Performance Indicator (KPI) verification as determined in WP3 involves systematically assessing whether the system meets predefined performance targets and objectives. This process includes evaluating metrics such as security of verification, anti-spoofing capabilities, response time, accuracy, reliability, and user satisfaction, legal and ethical compliance, ensuring they align with the established benchmarks for the OnMoveID system. Testing and validation procedures are carried out under various conditions and scenarios to verify that the system performs consistently and efficiently. The process also involves collecting and analysing data from real-world and simulated environments to measure performance against the KPIs, to identify any gaps, and to implement necessary adjustments. Comprehensive reporting is conducted to document the verification results, confirming that the system meets the required standards for deployment and operation. The task results are gathered using nested tables and prepare the final system security and performance assessment.
- Task 8.1: Sensor/Hardware system integration and testing (VSENS (L), FHG, XLAB, CAFA, IDEMIA; M13-35) This task focuses on the seamless integration of hardware components into the OnMoveID system to ensure full compatibility and interoperability. Comprehensive functional and security testing is performed to optimize performance, identify potential issues, and implement effective error-handling mechanisms. The scalability of the hardware system is also evaluated to ensure it can accommodate increasing data volumes and user demands. A deployment readiness assessment is conducted to verify that the system is fully prepared for deployment, and all findings and results from the integration and testing phases are thoroughly documented. This documentation includes updates on system configurations, testing outcomes, and scalability assessments, ensuring the system is robust, efficient, and deployment ready.
- Task 8.2: Apps and software functions and interfaces integration and testing (XLAB (L), CAFA, THALES, THALCZ, FHG, CAFA, AIT, IDENTY, VSENS, IDEMIA; M13-35) This task develops, deploys and integrates the overall system. It connects multiple hardware and software systems for transmission, storage of heterogeneous data, enabling decision at BP. It ensures seamless interconnection between system components and external environments (e.g. NUI, ESS – or their mock-ups). Update of the system components follows the ESS Technical Guidelines. A deliverable, detailing the management (deployment, operation and update) of the system will be provided, along with the verification procedures and their outcomes, allowing for further security testing.
- Task 8.3: System optimization and refinement based on test and integration test results (IDENTY (L), UL, THALES, THALCZ, FHG, XLAB, CAFA, AIT, IDENTY, VSENS, IDEMIA; M13-35) This task focuses on systematically enhancing the overall performance, responsiveness, and user experience of the OnMoveID system. It includes refining algorithms for efficiency, optimizing user interfaces for better usability, strengthening security measures, and ensuring the system can scale effectively to handle increased loads. Additionally, bugs are identified and resolved, and comprehensive usability testing is conducted to gather feedback and further improve the system’s design and functionality. Through detailed analysis and iterative refinement, the system is optimized to achieve high standards of performance and reliability, ensuring it is fully prepared and robust for deployment.
- Task 8.4: Key performance indicator verification (PPHS (L), All partners; M13-35) Key Performance Indicator (KPI) verification as determined in WP3 involves systematically assessing whether the system meets predefined performance targets and objectives. This process includes evaluating metrics such as security of verification, anti-spoofing capabilities, response time, accuracy, reliability, and user satisfaction, legal and ethical compliance, ensuring they align with the established benchmarks for the OnMoveID system. Testing and validation procedures are carried out under various conditions and scenarios to verify that the system performs consistently and efficiently. The process also involves collecting and analysing data from real-world and simulated environments to measure performance against the KPIs, to identify any gaps, and to implement necessary adjustments. Comprehensive reporting is conducted to document the verification results, confirming that the system meets the required standards for deployment and operation. The task results are gathered using nested tables and prepare the final system security and performance assessment.