Both SWIFTLY (sharing-economy matching for last-mile) and LEAD (on-demand last-mile with digital twins) address the same core last-mile delivery problem from different angles.
NIMBER AS
Norwegian logistics tech SME building sharing-economy matching platforms and digital twin applications for last-mile urban delivery.
Their core work
NIMBER AS is a Norwegian technology SME that builds digital marketplace platforms for last-mile logistics, applying sharing-economy principles to match spare delivery capacity with urban parcel demand in real time. Their core concept treats underused vehicle capacity as a shareable resource — similar to how ride-sharing redistributes idle cars — applied to city freight. Over time they have extended this platform thinking toward digital twin modelling and physical internet concepts, positioning their technology within larger smart logistics infrastructure. They bring a commercial product perspective to EU research consortia, serving as a real-world testbed and commercialisation pathway rather than a pure research contributor.
What they specialise in
SWIFTLY was explicitly a sharing-economy matching platform for last-mile logistics, built as a standalone SME Phase 1 feasibility study.
LEAD (2020–2023) applies digital twins to support on-demand logistics in a low-emission context.
LEAD lists physical internet as a core keyword, indicating familiarity with open, standardised logistics network architectures.
Both projects address the structural shift toward on-demand consumer expectations and their implications for freight and delivery infrastructure.
How they've shifted over time
In their first H2020 project (SWIFTLY, 2019), NIMBER was focused entirely on the marketplace layer — the matching algorithm and sharing-economy business model for last-mile delivery, with no technical infrastructure keywords recorded. By their second project (LEAD, 2020–2023), the vocabulary shifted to digital twins and physical internet, signalling a move from app-layer product thinking toward systems-level logistics architecture. This suggests a company that started with a consumer-facing platform concept and is maturing into deeper integration with smart logistics infrastructure research.
NIMBER is moving from marketplace-first product thinking toward infrastructure-level systems design, making them increasingly relevant for smart city logistics, autonomous delivery, and open logistics network initiatives.
How they like to work
NIMBER has operated in two distinct modes: as the sole coordinator of their own SME Phase 1 feasibility project (SWIFTLY), and as a third party in a much larger RIA consortium (LEAD). This pattern is typical of early-stage tech SMEs that first validate their concept with EU support, then attach their platform to a larger research effort as a commercial testbed. Their 28 partners across 11 countries come almost entirely from the LEAD consortium, meaning their network is broad but externally convened rather than self-built.
Despite having only two EU projects, NIMBER has intersected with 28 unique partners across 11 countries, almost entirely through the large LEAD RIA consortium. Their geographic exposure spans Northern and Western Europe, consistent with their Oslo base and the pan-European scope of urban logistics research.
What sets them apart
NIMBER occupies a rare niche as a commercial tech SME that bridges sharing-economy product design with serious logistics science — most last-mile startups operate entirely outside the EU research ecosystem. Their SME Phase 1 track record demonstrates they can translate a business platform concept into EU-evaluable research value, and their third-party role in LEAD means they have direct experience embedding their platform in a large academic-industrial consortium. For a consortium needing a real, operational commercial platform as a validation testbed or exploitation pathway, NIMBER offers something most academic or industrial research partners cannot provide.
Highlights from their portfolio
- SWIFTLYNIMBER coordinated this SME Phase 1 project independently, securing EU validation for their sharing-economy logistics matching concept — rare for a small Norwegian startup with no prior EU research history.
- LEADA 2020–2023 RIA project integrating digital twins and physical internet into adaptive last-mile logistics, exposing NIMBER to a large pan-European consortium and more advanced logistics infrastructure concepts.