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Policy Making Outputs
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DUET is developed by cities for cities. DUET’s digital twins promote data-driven decision making by building a comprehensive, virtual representation of a city's processes. With the right data points, DUET digital twins provide a business-level view that can be used to measure, analyse and predict operational impact across an entire city or region. This end-to-end, real-time, visibility enables cities to understand what is happening across its multi-disciplinary domains and services. With this knowledge, cities can react quickly to events and simulate alternative policy and operational approaches based on real data, as opposed to making assumptions based on generalized expectations.
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Results from DUET that are useful for policy making can be found below.
November 2021:
DUET Local Digital Twin Named Best Enabling Technology at World Smart City Awards
March 2022:
Policy Brief Unlocks Recommendations for Responsible Adoption of Disruptive Public Sector Technology
March 2022:
Policy Brief Unlocks Recommendations for Responsible Adoption of Disruptive Public Sector Technology
March 2022:
Policy Brief Unlocks Recommendations for Responsible Adoption of Disruptive Public Sector Technology
March 2022:
Policy Brief Unlocks Recommendations for Responsible Adoption of Disruptive Public Sector Technology
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Technology Related Outputs
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DUET digital twins enable the prototyping of urban service changes and/or new ideas quickly and effectively. Improvement is achieved by simulating and experimenting with what-if scenarios involving policy-ready-data, cloud and advanced analytics. Predictive simulations create a better understanding of how a service can meet the needs of its target audience, enabling differing teams from across an organisation (e.g. sales, engineering, customer service etc.) to work together to make more informed choices.
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Results from DUET that are relevant to technology can be found below.
This official project deliverable provided a first high-level blueprint of the overall technology development within the project. The role of this document is to be a common point of reference throughout the project
Cloud Design for Model Calibration & Simulation
The DUET system contains multiple models to perform the calculations for the Digital Twin. The DUET T-cell architecture enables the integration of these models of the DUET system. Computational models (air, noise, traffic) are integrated in DUET by connecting to the DUET T-Cell by means of a suitable API. They are described in this official deliverable.
This report identifies the security and privacy implications and concerns stemming from the activities required to increase a city’s performance and growth regarding smart Digital Twin technologies.
Recommendations for EU Cloud Infra
Outline of technical and legal recommendations for projects operating in the European Cloud Infrastructure and Data Spaces, addressing the emerging shift from cloud infrastructures,
focused on the surrounding environment, to data spaces, focused on the output and contained data.
For maximum flexibility, DUET created a DUET-Cell architecture as a plug-in interface. The DUET data 3 broker corresponds to the DUET-Cell. It is shielded by APIs that allow the components to connect to the T-Cell’s internal message streaming system on which all data flows between the different components.
This deliverable covers the implementation of relevant models regarding traffic, air quality and noise. With this demonstrator deliverable and the closed beta version as a PoC, it is shown that an architecture built around the Message Broker in the DUET core is capable of creating an effective chain of models
OSLO Standards Extensions for Digital Twin
Data interoperability is a key challenge in a digital twin context. To facilitate the aggregation of data sources, the semantics of the data has to be unambiguous. This deliverable presents an approach to reach a common semantic understanding tackling the challenges preventing achieving this goal.
Maintenance and Support
Principles to guide software maintenance and user support tasks, e.g., maintenance of
the components developed in the project and included in the DUET platform, preserving at the same time their stability in terms of interface and behaviour.
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