Business Models Overview
This section provides an in-depth overview of state-of-the-art business models for SP1, based on a comprehensive systematic literature review and empirical data collection. It outlines various technologies, digital tools, funding mechanisms, procurement procedures, and governance models that can be integrated into these business models. Concrete examples from ASCEND’s lighthouse and multiplier cities are highlighted to illustrate the elements that make these solutions state-of-the-art.
Description
- Platforms offering cloud-based services for managing digital twins or data-based models provide clients with sophisticated tools for urban planning and management.
- The primary revenue models for these platforms are subscription-based, significantly reducing initial investment costs for users while ensuring steady income for service providers.
- Additional monetization strategies include leveraging collected datasets for analytics purposes (with user consent) and introducing targeted advertising visible to platform users.
Benefits
- The subscription-based approach simplifies the process of finding and comparing service providers, enhancing market transparency and competition.
- By creating digital replicas of urban districts, these platforms enable planners and decision-makers to simulate various scenarios, such as traffic flow and energy consumption, to optimize processes for greater efficiency.
Governance and Procurement
- These platforms can be managed internally by a city's IT department, a public company, or procured from private companies and subsequently hosted by the city.
- Typical procurement procedures for these platforms include Request for Proposals (RFP), Request for Information (RFI), Competitive Contracting Procedure (CCPU), and Competitive Procurement Requests (CCPR).
Description
- Facility management leverages IoT and cloud computing to enable cities to remotely manage facilities, optimizing energy use and operational efficiency.
- Technologies such as smart street lighting, waste management systems, smart parking solutions, and traffic management systems are commonly used in this model.
Benefits
- Revenue generation stems from data monetization and significant cost savings achieved through process optimization and improved operational efficiency.
- Additional savings are realized through reduced energy consumption, contributing to more sustainable urban management practices.
Governance and Procurement
- Various governance models, including city management (CM) and special purpose vehicles (SPV), can be employed to oversee facility management initiatives.
- Procurement procedures typically include RFP, RFI, CCPU, CCPR, and Unified Procurement (UP).
Description
- This business model focuses on using data to facilitate real-time traffic management, reducing congestion and promoting sustainable urban mobility.
- The model includes the implementation of smart transportation services, such as parking guidance systems, transit information systems, smart payment systems, e-parking, and automated parking solutions.
Benefits
- Revenue is generated by charging transportation companies for utilizing these advanced systems, while additional income can come from data analytics and targeted advertising.
- The increased use of digitalization leads to significant cost savings and more efficient use of resources, enhancing overall urban mobility.
Governance and Procurement
- Traffic management initiatives can be governed by city management (CM) or special purpose vehicles (SPV).
- Common procurement procedures include RFP, RFI, CCPU, CCPR, and UP.
Description
- Real estate developers can gain valuable insights into property values and urban development potential through data-based models like digital twins.
- Revenue generation models for these services include pay-per-use and subscription plans, with additional potential from targeted advertising to specific user categories.
Benefits
- Digitalization of public-private administrative processes results in significant cost savings and more efficient procedures for both parties involved.
Governance and Procurement
- These services can be governed by city management (CM) or SPVs owning the land.
- Procurement procedures typically include RFP, RFI, CCPU, CCPR, and UP.
Description
- By partnering with infrastructure companies, cities can offer predictive maintenance services based on urban data models, enabling proactive management of city infrastructure.
- The same revenue generation and monetization strategies applicable to real estate development can be applied to predictive maintenance services.
Benefits
- Proactive maintenance based on predictive analytics leads to significant cost savings and improved infrastructure reliability and longevity.
Governance and Procurement
- Predictive maintenance services can be governed by city management (CM) or special purpose vehicles (SPV).
- Procurement procedures include RFP, RFI, CCPU, CCPR, and UP.
Description
- This model focuses on creating virtual tours and immersive experiences, allowing tourists and citizens to explore cultural landmarks and historical sites digitally.
- Revenue can be generated through partnerships with tourism organizations, subscription fees, ticket sales, and targeted advertising.
Benefits
- Enhancing the tourism experience through digital means increases engagement and provides additional revenue streams for cities and tourism organizations.
Governance and Procurement
- Tourism-related digital services can be governed by city management (CM) or special purpose vehicles (SPV).
- Procurement procedures include RFP, RFI, CCPU, CCPR, and UP.
Description
- Cities can act as providers of digital government-related data, improving transparency and enhancing interaction between community managers and residents.
- The digitalization of public administration services results in significant cost savings and more efficient use of time and resources for both the administration and the public.
Governance and Procurement
- These public information services can be governed by city management (CM) or special purpose vehicles (SPV).
- Common procurement procedures include RFP, RFI, CCPU, CCPR, and UP.
Description
- A Virtual Power Plant (VPP) integrates distributed energy sources, flexible consumers, and energy storage systems through a smart grid, optimizing energy generation, distribution, and consumption.
- VPPs contribute to energy security, grid stability, and the efficient use of renewable energy resources.
Benefits
- Economic savings are realized through optimized energy consumption and tariff management, with potential revenue from selling electricity back to the grid and providing grid services.
Governance and Procurement
- VPPs can be governed by city management (CM), national control points (NCP), or special purpose vehicles (SPV).
- Procurement procedures include Wholesale Contracts (WC) and Competitive Procurement Requests (CCPR).
This comprehensive overview demonstrates how various digital tools and technologies can be integrated into different business models, each offering unique benefits and monetization strategies while optimizing urban management and services.