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Research Project
MyPaaS: Mobility as a Service
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MyPaaS project proposes innovative and sustainable solutions of Mobility as a Service for a new concept of urban context.
Where: italy
Where: italy
Challenge
We are living in the age of sharing economy, mobile systems and intelligent transportation, trends that lead us to see MaaS - Mobility as a Service - as the new frontier of urban mobility. It is a mobility model in which users' needs are met by a single integrated service provider that combines transport infrastructures, travel information and payment services.
Approach
It is in this context that the MyPaaS research initiative, in which Engineering and Municipia are working together with universities, public bodies and private companies, falls. The aim is to contribute to the improvement of urban mobility with a view to greater sustainability through the use of established solutions such as Municipia's INES Cloud platform and Engineering's Digital Enabler.
In detail, the project includes the following activities:
- creating, testing and spreading technologies aimed at integrating all the various systems (planning, pricing, booking, payment) that enable new forms of mobility as a service.
- developing, through Artificial Intelligence and predictive analysis techniques, models that process user behavior in order to intercept demand for mobility and to provide planning functions for the Public Administration.
- developing and validating innovative business models for MaaS systems.
- identifying and promoting the regulatory and legal framework for the development and implementation of MaaS schemes at national level.
Project funded by PON Reseach & Innovation Funds 2014-2020 and FSC.
Results
Urban mobility improved
Innovative and sustainable solutions
Technologies
AI & Data
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From Data to Artificial Intelligence: Services, Products, and Processes for Future-Proof Business.
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Research Project
QLMD: Quantum Computing for an efficient urban logistical ecosystem
Applying Quantum Computing to urban logistics to optimize routes, reduce costs and emissions, improve sustainability, and tackle complex problems with scalable solutions.
Case Study
Reengineering of the Health Record of the Regione Molise
The evolution will facilitate information sharing among healthcare facilities and ensure citizens access to an integrated and coordinated service.
Case Study
The digital transformation of the Local Police of Turin
Thanks to Municipia's digital ecosystem, the Command has improved process management, streamlined tasks related to administrative penalties, benefiting both the entity and users.
-
Research Project
QLMD: Quantum Computing for an efficient urban logistical ecosystem
Applying Quantum Computing to urban logistics to optimize routes, reduce costs and emissions, improve sustainability, and tackle complex problems with scalable solutions.
-
Case Study
Reengineering of the Health Record of the Regione Molise
The evolution will facilitate information sharing among healthcare facilities and ensure citizens access to an integrated and coordinated service.
-
Case Study
The digital transformation of the Local Police of Turin
Thanks to Municipia's digital ecosystem, the Command has improved process management, streamlined tasks related to administrative penalties, benefiting both the entity and users.
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