WP6 integrates individual components along with the development of the user interfaces. A first activity is to setup a Continuous Integration/Continuous Development (CI/CD) environment to ease the development, testing and integration processes and achieve higher quality software that complies to the defined requirements and specifications. Further, it tests the TANGO framework at different levels (unit, integration and system/end-to-end tests) to verify its correct system-level operation and functionality, ensuring the quality of the produced integrated solution.

WP8 coordinates the foreseen communication and dissemination activities and the policy

WP7 designs, demonstrates and implements the validation campaigns. Specifically, it aims to prepare an extensive plan that will allow the evaluation and validation of the TANGO proposed technical solutions against the KPIs and requirements identified in the context of WP2. In order to do that, it recruits highly representative end-users to participate to the TANGO pilot demonstrators, train them and support them during the execution of the pilots.

WP5 is dedicated to the development of AI technologies for green data operations and explainable AI techniques for the end users. Specific activities include the automatization of the Machine Learning workflow to improve energy efficiency during the training of AI models, the revelation of patterns and features that will enable the comprehension, analysis and modelling of data, and the optimization of energy consumption during the execution of a programme on a single node.

WP4 focuses on self-sovereign identity management and behavioural authentication for users and devices. Specifically, it aims to develop a distributed identity solution based on a Self-Sovereign approach as well as to create a secure and easy way for users to verify their identity with Highest Level of Assurance (eIDAS) without any physical presence from the user’s side as well as seamless plug-and-play setup for the IoT devices.

WP3 is dedicated to data innovations based on distributed ledgers and encryption/decryption mechanisms acting as trust enablers. Specifically, it aims to create a decentralised data-sharing ecosystem using blockchain technology, to design and develop of a dynamically configurable trustworthiness module, and to assess the security context through risk levels for data sharing or storing.

WP2 identifies the gaps in distributed data management, extracts the user requirements translating them into functional for the design of the overall architecture.

WP1 aims to guaranteeing the successful administration and control, risk management, and quality assurance on management, legal and ethics levels. Specifically, the WP effectively monitors the project, in administrative, technical, scientific and financial terms, guarantees the adherence of the work to the overall project plans, available resources and timing, and offers the necessary interface to the EU services and external actors.