Functional Analysis for ALL apps


Core Functions: Real-time intermodal routing, virtual traffic message signs, push notifications

How It Works: Integrates traffic control center data, floating car data (FCD), and parking systems

Value to Users: Improved travel planning, congestion avoidance, real-time information

MLL Needs: Yes

Notes: Focused on congestion mitigation around large events (e.g., Allianz Arena)

Core Functions: Ticketing integration with public transport and shuttle services

How It Works: Connects to TIP and FCP systems to validate tickets and unlock transport access

Value to Users: Simplified multimodal travel and seamless access to services

MLL Needs: Yes

Notes: Encourages public transport use and reduces congestion at events


Core Functions: Ticketing integration with public transport and shuttle services

How It Works: Connects to TIP and FCP systems to validate tickets and unlock transport access

Value to Users: Simplified multimodal travel and seamless access to services

MLL Needs: Yes

Notes: Encourages public transport use and reduces congestion at events


Core Functions: Public transport routing within Raasepori region

How It Works: Built on Waltti national transport platform

Value to Users: Localized and simplified journey planning

MLL Needs: Yes

Notes: Replicable in small and medium-sized cities

Core Functions: Carsharing booking and charging station reservation

How It Works: App/web interface with RFID or QR-based access to vehicles and chargers

Value to Users: Access to electric vehicles and charging infrastructure in one system

MLL Needs: Yes

Notes: Supports integrated EV mobility ecosystem

Core Functions: Carsharing booking and roaming integration

How It Works: Mobile app connects to Clem infrastructure for vehicle access

Value to Users: Flexible and seamless access to shared vehicles

MLL Needs: Yes

Notes: Supports interoperability with other carsharing systems

Core Functions: Parking availability and integration with mobility services

How It Works: Web platform displaying parking data and Clem vehicle availability

Value to Users: Improves access to shared mobility via parking information

MLL Needs: Yes

Notes: Bridges parking and shared mobility systems

Core Functions: Micro-mobility booking, unlocking, and tracking

How It Works: QR code scanning unlocks vehicles; real-time tracking and payment

Value to Users: Flexible, low-emission urban transport

MLL Needs: Yes

Notes: Deployed in over 400 cities globally


Core Functions: Public transport routing and ticketing

How It Works: Mobile/web platform integrating route planning and ticket purchasing

Value to Users: Unified multimodal transport experience

MLL Needs: Yes

Notes: Integrates public transport with shared mobility services

Core Functions: Driving data visualization and geospatial analysis

How It Works: Uploads and processes JSON/CSV data into map-based visualization

Value to Users: Insights into driving behavior and urban mobility patterns

MLL Needs: Yes

Notes: Supports analytics but not directly integrated into MaaS


Core Functions: Vehicle reservation, remote access, billing, and support

How It Works: Users reserve and unlock vehicles via app using Bluetooth or internet

Value to Users: Fully digital carsharing experience without physical keys

MLL Needs: Yes

Notes: Requires backend knowledge for system management


Core Functions: Travel planning, ticketing, parking, sharing, taxi, and payments

How It Works: Account-based system integrating multiple transport services and payment options

Value to Users: All-in-one mobility platform for end-to-end travel

MLL Needs: Yes

Notes: Widely used MaaS platform with millions of users in Italy


Core Functions: Multimodal mobility services similar to MooneyGo

How It Works: Based on integrated MaaS systems combining routing, ticketing, and payment

Value to Users: Localized MaaS experience tailored for Turin region

MLL Needs: Yes

Notes: Extension and regional adaptation of MooneyGo platform