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Call #6 Unlocking End-to-End Automation

Challenge Metadata

Challenge Description

Level-4 autonomous vehicles (L4 AVs) are reshaping the future of transport with their ability to self-navigate without human intervention. Yet, true end-to-end automation extends well beyond the journey itself. To achieve seamless logistics, intelligent systems must also manage the critical steps before and after transit: loading, unloading, customer interaction, navigating complex urban spaces, and interfacing with human operators and infrastructure.

AI-powered humanoid robots have the potential to close these gaps, working alongside autonomous vehicles to create an integrated, adaptive, and scalable logistics network. By connecting these autonomous systems through real-time optimization and decision-making, AI can orchestrate collaboration between humans, robots, and vehicles—setting a new benchmark for efficiency, resilience, and customer experience in logistics.

Why it matters:
The next wave of logistics innovation depends on moving from isolated automation toward fully coordinated ecosystems. This challenge calls for bold ideas, prototypes, and collaborations that demonstrate how AI, humanoid robotics, and L4 AVs can converge to deliver seamless, sustainable, and human-centered logistics solutions.

The thematic focus will be on the following areas:
  • Sender-to-Hub Optimization (Scalable solutions to reduce inefficiencies through improved load planning, automation, and digital integration)
  • Robotic Load-Flow: Automating the Railway Hub (Automated (Robotic) loading and unloading of rail wagons to enable fast and reliable handling of heterogeneous cargo.)
  • The Touchless Mile: Automated Parcel Exchange (Automated last-mile solutions using (humanoid) robots, autonomous vehicles, and smart lockers for contactless parcel delivery.)
It represents the first stage of a two-step innovation process. Based on the ideas developed during the workshop, participants may further elaborate their concepts through a subsequent project submission. Selected projects may receive initial funding of CHF 25,000 and the opportunity to collaborate with Planzer.