This work will focus on the case study of the Species Project, an AI-powered system created to monitor the wildlife that has its habitat near the installations of a UK-based renewable energy company. The project is analyzed in the context of Twin Transition to determine the business model innovation and the new dynamic capabilities that emerged from its implementation. The study has managerial and scientific implications and is aimed at contributing to the existing literature on dynamic capabilities and business model innovation in Twin Transition.
This work will focus on the case study of the Species Project, an AI-powered system created to monitor the wildlife that has its habitat near the installations of a UK-based renewable energy company. The project is analyzed in the context of Twin Transition to determine the business model innovation and the new dynamic capabilities that emerged from its implementation. The study has managerial and scientific implications and is aimed at contributing to the existing literature on dynamic capabilities and business model innovation in Twin Transition.
Business Model Innovation and Dynamic Capabilities for Twin Transition: the case study of the Species Project
GHIOTTO, STEFANO
2023/2024
Abstract
This work will focus on the case study of the Species Project, an AI-powered system created to monitor the wildlife that has its habitat near the installations of a UK-based renewable energy company. The project is analyzed in the context of Twin Transition to determine the business model innovation and the new dynamic capabilities that emerged from its implementation. The study has managerial and scientific implications and is aimed at contributing to the existing literature on dynamic capabilities and business model innovation in Twin Transition.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/74294