Joachim Hauser
Sales & Strategy, Marshalling Solutions
+49 151 6753 7627
joachim.hauser@unikie.com
Transforming vehicle production, logistics, and depot operations with efficient automation, controlled by Unikie Marshalling Solution.
Each day, millions of vehicles are driven around in gated areas. New vehicles on their way from factories to dealers, buses in depots, trucks and trailers in logistics centers and commercial vehicles in last-mile delivery centers. All these logistics applications are facing massive challenges with driver capacity, flexibility and cost – and most critically with performance.
Unikie drives the change in vehicle logistics by completely automating driving and services – without drivers, without waiting times, without human restrictions.
Unikie Marshalling Solution transforms vehicle logistics in various environments, including automotive production, logistics terminals, ports, bus depots and industrial areas by increasing the efficiency and reliability of driving operations.
01
Improved efficiency
Automated marshalling allows simultaneous driving of multiple vehicles at off-peak hours, more efficient site usage, and optimal use of charging stations.
02
Enhanced reliability
Unikie Marshalling Solution plans and controls vehicle movements with utmost accuracy, producing precise and repeatable results while eliminating vehicle and facility damages and reducing cost.
03
Infrastructure-based L4 autonomy
The solution utilizes infrastructure-based automation, where all sensors are installed in the infrastructure. This unique technology makes the solution vehicle and sensor agnostic.
04
Based on industry standards
The solution builds on standard-based vehicle controls, wireless connections, AI-based machine vision, advanced algorithms and real-time edge computing for centralized, accurate and fast vehicle control.
Unikie collaborates with leading vehicle manufacturers, from cars and buses to commercial vehicles and special purpose vehicles to provide fully integrated automation solutions for gated areas.
Enhance plant operations by executing complex tasks like driving vehicles through narrow lanes, to tight parking spots and roller testers with unparalleled precision.
Execute depot operations autonomously by automating depot driving tasks – driving to parking, charging, cleaning, and maintenance – with increased precision and safety.
Unikie Marshalling Solution connects directly with the depot management system, turning digital plans into real-world execution instantly.
For over a decade, Unikie has been at the forefront of automated driving technology developing the enabling technologies of physical AI and delivering highly demanding embedded software solutions.
We build best-in-class turnkey solutions, which are customized and ready to transform your vehicle operations.
Unikie Marshalling Solution utilizes infrastructure-based automation, where all sensors and edge computing are installed in the infrastructure. This unique technology makes the solution sensor and vehicle agnostic – no need for sensors on the vehicle.
The solution remotely plans and controls steering of multiple vehicles in real-time using standard-based vehicle interfaces, wireless connections, LiDARs, advanced algorithms, and real-time edge computing.
Unikie Marshalling Solution manages a fleet of sensors to provide a comprehensive, real-time situational awareness of the operational area with unparalleled precision.
Our proprietary perception technology performs when it matters most — continuously, safely and in all weather conditions.
Being vehicle and software agnostic, Unikie Marshalling Solution can scale to various vehicle types. Our development is driven by standards to ensure scalability and interoperability.
Unikie Marshalling Solution is a safety-first platform that follows a layered safety philosophy. By combining strong perception, adaptive safety control, continuous monitoring, and redundancy, Unikie Marshalling Solution surpasses industry benchmarks, adapting to changing conditions and hazards while maintaining safe, efficient operations.
Download our whitepaper to learn more about the safety architecture, key mechanisms, and operational processes, providing a comprehensive technical overview for professionals.
We drive the transformation in vehicle logistics through trusted partnerships and active industry collaboration. Together with Deutsche Telekom, we bring together advanced software, automation, network connectivity, edge cloud and integration capabilities to accelerate scalable transformation across vehicle logistics.
For companies ready to make their sites safer, smarter and more efficient, Unikie Marshalling Solution offers a powerful step toward digitalized vehicle logistics.
Experience the Unikie Marshalling Solution in action. Request a demo to see firsthand how our technology operates, offering a glimpse into the future of vehicle logistics.
Automated marshalling means moving vehicles within a gated area without a human driver. The Unikie Marshalling Solution handles driving and related services automatically, helping sites move vehicles more efficiently, safely, and consistently.
Unikie Marshalling Solution is an infrastructure-based automation solution for vehicle logistics in depots, yards, factories, ports, and similar closed areas. It helps organizations reduce manual driving tasks, improve throughput, and lower operational costs.
The Unikie Marshalling Solution is designed for a wide range of vehicle logistics use cases, including vehicle production, vehicle distribution, bus depots, logistics terminals, truck logistics, port logistics, and special industrial sites.
Unikie Marshalling Solution combines standard-based vehicle controls, wireless connectivity, sensors, AI-based machine vision, advanced algorithms, and real-time edge computing to plan and control vehicle movements with high precision.
The main benefits include improved efficiency, enhanced reliability, safer operations, reduced vehicle and facility damage, better use of space and charging infrastructure, and less dependency on manual drivers for repetitive movements.
The solution requires LiDAR sensors, network connectivity, and nodes or servers. It can be deployed across depots, yards, factories, or industrial environments depending on the operational setup.
