In the data economy, value creation takes place traditionally within organisations using their own available data resources: data collection, sharing, aggregation and analysis, and building algorithms that facilitate decision-making and anticipate the future. In the next phase of the data economy, visualisation of data resources will be the focus, which will be achieved by combining advanced data analytics with 3D modelling and so-called digital twins modelled from production and products, through which production and products can be virtually simulated and further developed with the help of data. Another development trend is the integration of data resources into a value network created by developers, manufacturers and consumers, and the utilisation of data through the application of new digital solutions such as AR/VR technologies. The third identified development theme related to the daeconomy is the real-time nature of data and its reliability, as well as automation of data collection and classification.Renewal of the municipality’s industry and the promotion of business-based RDI activities, taking into account green growth and digitality, are the main priority of the Satakunta Growth Potential Recovery and Resilience Plan (2020). Digital technologies such as artificial intelligence, data analytics, data visualisation, AR/VR technologies and high-speed telecommunications connections (5G), and in particular their business-driven efficient deployment, enable the fourth industrial revolution (Industry 4.0), in which both Finnish and Satakunta companies must be involved immediately in order to maintain their international competitiveness. Tackling global environmental and sustainability challenges through new digital technologies is an integral part of the fourth industrial revolution. The maturity of responsibility has become an increasingly important international competitiveness factor for companies, alongside cost-effectiveness, customer orientation and quality. The fourth industrial revolution will restructure the economy and break the boundaries between sectors and their traditional division of labour. By combining data resources with other enabling digital technologies, real-time guiding value chains, innovative sustainable development solutions, new digital products and services and customer-centred business models are created (Artificial Intelligence 4.0 first interim report of the Ministry of Economic Affairs and Employment 29/2021.3D Data Economy Satakunta’s Success Factor in Digital Green Growth project aims to create a collaborative data economy value network for universities, robotics and automation business clusters (Robocoast), gamification network (Gamecoast) and industrial and service companies that use digital technologies in their business operations to build a collaborative data economy platform. In addition, the project aims to develop the digital capability of the value network through three pilot implementations related to the data economy. The first preliminary planned pilot implementation will create, together with the value network, the Predictive Maintenance PDM (Predictive Maintenance PDM), which, through data resources and their visualisation, is able to optimise, for example, production efficiency, energy use and minimising harmful side streams of production (waste and waste). The second pre-planned pilot implementation, together with the value network, builds a virtual gamified customer path that allows for the pooling and visualisation of data resources through the automation of customers, freelance planners and dealers. In addition, the pre-planned pilot project will build a virtual gaming customer path with the value network, which allows for the pooling and visualisation of data resources through the automation of customers, freelance planners and dealers in the joint management of services. The purpose of the pilot together with the value network is to find out how data that currently exists between suppliers and subscribers and between the port, mainly on paper, could be reliably transferred to the network and automate the processing phases. Enabling technologies include 5G, IoT and cloud computing, and so-called distributed ledger technology, i.e. blockchain (data reliability and cybersecurity). The project will result in a data economy value network and a functional development platform composed of different actors, through which technology companies, as well as universities, industrial and service companies, will be able to model, visualise and utilise existing data resources. Pilots implemented in the project serve as examples of other development measures using similar data resources that promote industrial renewal and green growth and, if successful, serve as a basis for new products and services in the data economy.