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The Future of Logistics is Open Source
DISCO Living Labs insights and repository
Copenhagen, Denmark
Ghent, Belgium
Thessaloniki, Greece
Helsinki, Finland
Zaragoza, Spain
Valencia, Spain
Barcelona, Spain
Padua, Italy
North Hesse, Germany
Aarhus, Denmark
Piacenza, Italy
Prague, Czech Republic
Learn more about DISCO Meta Model Suite !
D1.9 Data Management plan v2
D1.10 Data Management plan v1
D2.1 - Urban Logistics Transition Requirements
D2.2 Digital Transition Assessment Tool
D2.3 - DISCO Meta Model Suite Architecture
D2.4 DISCO-X Enabling Tools
D2.5 Measures and Meta Model Suites interoperability
D2.6 - Adaptive Blueprint and integrated Meta Model Suite
D3.1 DISCO Data Space open software repository Version 1
D3.3 The Data Spaces Radar and Onboarding Toolkit
D3.4 DISCO Data Space open software repository Version 2, & Implementation Guide
D4.1 Agile Model Implementation Roadmap
D4.3 Evaluation of Impact at starring Living Labs
D5.1 Agile Model Implementation Roadmap step 2
D7.1 Dissemination and Communication Plan
A DISCO for Europe
Urban Freight Lab, Seattle DISCOCURB experience
DISCO Living labs as mission-oriented experiments
The Future of Logistics is Open Source
Living Labs as a strategic part of the European Cities Mission
Helsinki Microhub concept
Onboarding cities to the UFDS: DISCOLLECT Framework and case study
Data Space User Group
International Data Spaces Certification
DISCOLLECT: Smart Data Platform
DISCO Innovations
DISCOLLECTION Design and Architecture Documentation
DISCOLLECTIOn Data Model Conversion Documentation: APDS for parking and DATEX II for urban vehicle access regulations
Mobile Microhub Helsinki Living Lab demonstration
Multifunctional Microhub Helsinki Living Lab demonstration
Driving urban logistics transformation lessons learnt from the DISCO Project
Accelerating data driven systemic transition in urban logistics at four Living Labs lessons from the DISCO Project
Future Blog | What Will Urban Logistics Be Like in the Future?
DISCO Transitions e-course
CIVITAS Green Log e-course
Exploring Innovative Solutions for Smarter Loading Zones; Insights from Helsinki LL Measures Piloting
From vision to practice: How DISCO aligns with the ALICE Physical Internet Roadmap
How do we make urban logistics efficient without saturating the center of our cities? Learning from Zaragoza's DISCO Pilot
Urban Logistics Best practices & Resources
International Data Spaces Reference Architecture Model
IDSA Rulebook
Dataspace Protocol
IDS Reference Testbed
ASEAN Guidelines on Urban Freight Transport
ALICE Innovation Market Place
BOOSTLOG project
Learning from ULaaDS’s Urban Logistics Stakeholders Fora methodology
Lessons from Shenzhen’s Green Logistic Zones: Fast-Tracking Zero-Emissions Freight
New Uses for Public Car Parks Adapted to the Delivery Needs of the District Confluence, Lyon
How-to Guide Zero-Emission Zones: Don’t Wait to Start with Freight!
UVAR in SUMP
Enabling Data-Sharing: Emerging Principles for Transforming Urban Mobility
Recommendations to Integrate ULaaDS in SUMP and SULP
The Future of Urban On-Demand Urban Logistics
A Framework and Process for the Development of a Roadmap Towards Zero Emissions Logistics 2050
Biking the Goods - How North American Cities Can Prepare for and Promote Large-Scale Adoption of Cargo e-Bikes
Finding the Right Space for Urban Logistics - A Framework for Open Parcel Locker Systems
Topic Guide - Sustainable Urban Logistics Planning
Guide for Advancing towards Zero-Emission Urban Logistics by 2030
Urban and Suburban Logistics Realstate
Urban Logistics Hubs - International Transport Forum
Bringing the Physical Internet to life
A new Level of data synchronization for efficient logistics data exchange
Towards paperless freight transport system in the EU
Greening Regional fReight Transport in fuAs
Recommendations on Urban Logistics : Sustainable urban logistics planning (SULP)
Recommendations on Urban Logistics : Data Sharing for Zero Emission Urban Logistics
Recommendations on Urban Logistics : Accelerated Deployment of Innovative Sustainable Solutions
deployEMDS Requirements analysis of the technical infrastructure
deployEMDS Technical specifications report
Study on New Mobility Patterns in European Cities - Targeted Survey on Urban Logistics
The new setting and prospects of the urban freight market: the contribution of ALICE to decarbonization of European cities
Curbside Management in the Age of the Physical Internet
IKIGAI Kicks Off: An EU Project Accelerating the Physical Internet and Zero-Emission Freight
Key takeaways from the IPIC 2026 webinar: Physical Internet applications for last mile
International Standardisation Needs for Scaling Up Innovation and Advance Implementation of Physical Internet in Urban Logistics & Beyond: From pilots to large scale implementation
Exploring the Future of Urban Logistics Through Physical Internet Implementation Using Delphi
Orchestrating Physical Internet-Led Urban Logistics through Comprehensive Planning and Implementation Guidance from Meta Model Suite
Interactive Map - Online storymap on multimodal freight transport
Funding opportunities calls, tenders relevant for LLs
EIC Accelerator Challenges 2025
ESA Call for proposals & funding oppurtunities
ALICE Funding Opportunities
EIT Urban Mobility: Calls for Proposals
EU Funding & Tenders Portal
Capacity Building
Key Performance Indicators Framework – the experience of DISCO project.
From Theory to Practice, Demonstration and planned development of the DISCO Urban Freight Data Space
Global e-learning programme on electric mobility Zero-Emission urban freight
Unlocking the potential of Digital Twins for sustainable on-demand urban logistics
Introduction ALICE-C40-POLIS Webinar. Parcel Lockers.
POLIS – ALICE Greening Urban Freight Webinar Series 2024 #1: Physical Internet Led Urban Logistics
Webinar on Find Space for Mobility and Logistics Data
Mastering Evaluation for Sustainable Urban Logistics Solutions: Insights from the DISCO Project
Networking
Citizen engagement
ALICE members as partners of DISCO
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The Future of Logistics is Open Source
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Copenhagen, Denmark
Ghent, Belgium
Thessaloniki, Greece
Helsinki, Finland
Zaragoza, Spain
Valencia, Spain
Barcelona, Spain
Padua, Italy
North Hesse, Germany
Aarhus, Denmark
Piacenza, Italy
Prague, Czech Republic
Learn more about DISCO Meta Model Suite !
D1.9 Data Management plan v2
D1.10 Data Management plan v1
D2.1 - Urban Logistics Transition Requirements
D2.2 Digital Transition Assessment Tool
D2.3 - DISCO Meta Model Suite Architecture
D2.4 DISCO-X Enabling Tools
D2.5 Measures and Meta Model Suites interoperability
D2.6 - Adaptive Blueprint and integrated Meta Model Suite
D3.1 DISCO Data Space open software repository Version 1
D3.3 The Data Spaces Radar and Onboarding Toolkit
D3.4 DISCO Data Space open software repository Version 2, & Implementation Guide
D4.1 Agile Model Implementation Roadmap
D4.3 Evaluation of Impact at starring Living Labs
D5.1 Agile Model Implementation Roadmap step 2
D7.1 Dissemination and Communication Plan
A DISCO for Europe
Urban Freight Lab, Seattle DISCOCURB experience
DISCO Living labs as mission-oriented experiments
Living Labs as a strategic part of the European Cities Mission
Helsinki Microhub concept
Onboarding cities to the UFDS: DISCOLLECT Framework and case study
Data Space User Group
International Data Spaces Certification
DISCOLLECT: Smart Data Platform
DISCO Innovations
DISCOLLECTION Design and Architecture Documentation
DISCOLLECTIOn Data Model Conversion Documentation: APDS for parking and DATEX II for urban vehicle access regulations
Mobile Microhub Helsinki Living Lab demonstration
Multifunctional Microhub Helsinki Living Lab demonstration
Driving urban logistics transformation lessons learnt from the DISCO Project
Accelerating data driven systemic transition in urban logistics at four Living Labs lessons from the DISCO Project
Future Blog | What Will Urban Logistics Be Like in the Future?
DISCO Transitions e-course
CIVITAS Green Log e-course
Exploring Innovative Solutions for Smarter Loading Zones; Insights from Helsinki LL Measures Piloting
From vision to practice: How DISCO aligns with the ALICE Physical Internet Roadmap
How do we make urban logistics efficient without saturating the center of our cities? Learning from Zaragoza's DISCO Pilot
International Data Spaces Reference Architecture Model
IDSA Rulebook
Dataspace Protocol
IDS Reference Testbed
ASEAN Guidelines on Urban Freight Transport
ALICE Innovation Market Place
BOOSTLOG project
Learning from ULaaDS’s Urban Logistics Stakeholders Fora methodology
Lessons from Shenzhen’s Green Logistic Zones: Fast-Tracking Zero-Emissions Freight
New Uses for Public Car Parks Adapted to the Delivery Needs of the District Confluence, Lyon
How-to Guide Zero-Emission Zones: Don’t Wait to Start with Freight!
UVAR in SUMP
Enabling Data-Sharing: Emerging Principles for Transforming Urban Mobility
Recommendations to Integrate ULaaDS in SUMP and SULP
The Future of Urban On-Demand Urban Logistics
A Framework and Process for the Development of a Roadmap Towards Zero Emissions Logistics 2050
Biking the Goods - How North American Cities Can Prepare for and Promote Large-Scale Adoption of Cargo e-Bikes
Finding the Right Space for Urban Logistics - A Framework for Open Parcel Locker Systems
Topic Guide - Sustainable Urban Logistics Planning
Guide for Advancing towards Zero-Emission Urban Logistics by 2030
Urban and Suburban Logistics Realstate
Urban Logistics Hubs - International Transport Forum
Bringing the Physical Internet to life
A new Level of data synchronization for efficient logistics data exchange
Towards paperless freight transport system in the EU
Greening Regional fReight Transport in fuAs
Recommendations on Urban Logistics : Sustainable urban logistics planning (SULP)
Recommendations on Urban Logistics : Data Sharing for Zero Emission Urban Logistics
Recommendations on Urban Logistics : Accelerated Deployment of Innovative Sustainable Solutions
deployEMDS Requirements analysis of the technical infrastructure
deployEMDS Technical specifications report
Study on New Mobility Patterns in European Cities - Targeted Survey on Urban Logistics
The new setting and prospects of the urban freight market: the contribution of ALICE to decarbonization of European cities
Curbside Management in the Age of the Physical Internet
IKIGAI Kicks Off: An EU Project Accelerating the Physical Internet and Zero-Emission Freight
Key takeaways from the IPIC 2026 webinar: Physical Internet applications for last mile
International Standardisation Needs for Scaling Up Innovation and Advance Implementation of Physical Internet in Urban Logistics & Beyond: From pilots to large scale implementation
Exploring the Future of Urban Logistics Through Physical Internet Implementation Using Delphi
Orchestrating Physical Internet-Led Urban Logistics through Comprehensive Planning and Implementation Guidance from Meta Model Suite
Interactive Map - Online storymap on multimodal freight transport
EIC Accelerator Challenges 2025
ESA Call for proposals & funding oppurtunities
ALICE Funding Opportunities
EIT Urban Mobility: Calls for Proposals
EU Funding & Tenders Portal
Key Performance Indicators Framework – the experience of DISCO project.
From Theory to Practice, Demonstration and planned development of the DISCO Urban Freight Data Space
Global e-learning programme on electric mobility Zero-Emission urban freight
Unlocking the potential of Digital Twins for sustainable on-demand urban logistics
Introduction ALICE-C40-POLIS Webinar. Parcel Lockers.
POLIS – ALICE Greening Urban Freight Webinar Series 2024 #1: Physical Internet Led Urban Logistics
Webinar on Find Space for Mobility and Logistics Data
Mastering Evaluation for Sustainable Urban Logistics Solutions: Insights from the DISCO Project
Citizen engagement
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