Hyundai CRADLE and CaPow Successfully Complete Proof-of-Concept, Achieve 100% Uptime for Hyundai Glovis

Summary

BE’ER SHEVA, Israel - May 28, 2025 - Hyundai CRADLE, the innovation arm of Hyundai Motor Group (HMG), has announced the successful completion of a proof-of-concept (PoC) with CaPow, provider of an in-motion power delivery solution for robotic fleets, at a Hyundai Glovis facility in South Korea. The PoC featured head-to-head testing of CaPow’s industry-first Power-in-Motion technology versus traditional contact-based charging systems, demonstrating clear operational gains and the elimination of downtime with CaPow’s solution. CaPow’s Power-In-Motion technology achieved 100% uptime, unlocking new efficiencies for logistics automation.

Charging downtime has long been a bottleneck for logistics automation, forcing companies to maintain redundant fleets and absorb higher costs. CaPow’s Power-in-Motion system ensures uninterrupted Automated Guided Vehicle (AGV) and Autonomous Mobile Robot (AMR) operations by transferring power en route through modular floor antennas, keeping robots in an energy-positive state, reducing reliance on large lithium-ion batteries, and minimizing environmental impact. By deploying CaPow’s technology in the PoC, Hyundai Glovis successfully eliminated downtime, achieving 100% uptime and reducing reliance on bulky charging systems.

Key results include:

• 100% uptime achieved, keeping Hyundai Glovis’ operations running smoothly at all times
• Measured reduction in fleet size, lowering operational costs.
• Significant warehouse space reclaimed per charger, enabling more efficient facility utilization.

Following this successful PoC, Hyundai Glovis plans to expand the implementation of CaPow’s technology across additional operations, further enhancing automation efficiency.

“At Hyundai CRADLE, we focus on testing disruptive innovations that enhance operational efficiency and productivity,” said Nissim Hofi, open innovation manager at Hyundai CRADLE Tel Aviv. “The PoC with CaPow showcased the ability of Power-in-Motion technology to eliminate downtime by delivering energy en-route, opening new possibilities for optimizing logistics operations.”

“We observed measurable improvements in efficiency and uptime using CaPow’s solution as compared to traditional charging systems,” said Jiman Kim, senior manager at Hyundai Glovis Future Innovation & Technology Center. “This aligns with our goal of adopting innovative and practical technologies that streamline operations and reduce costs.”

“Achieving tangible improvements in efficiency and reduced downtime in Glovis’ operations reinforces the value we deliver to the market,” said Prof. Mor Peretz, CEO and co-founder of CaPow. “The PoC results from their fleet validate the benefits of our power-in-motion technology, and we look forward to continuing our work with Hyundai Glovis to redefine the landscape of logistics automation.”

About Hyundai CRADLE 

Hyundai CRADLE is Hyundai Motor’s corporate venturing and open innovation business, which partners with and invests extensively in prominent global startups to accelerate the development of advanced future technologies. Hyundai CRADLE identifies newly established startups that focus, amongst others, on "Disruptive Innovations," including mobility services, artificial intelligence, robotics, energy, new materials, smart cities and cybersecurity.

About Hyundai Glovis 

Hyundai Glovis, one of the world’s largest logistics companies, maximizes efficiency throughout the customer value chain thanks to its optimized logistics system and unrivaled competitiveness. With over $20 billion in annual revenue in 2024 and operations spanning more than 40 countries, Glovis is working to secure future core capabilities through a smart logistics solution business based on AI and big data-driven automation.

About CaPow

CaPow is a pioneer in the field of efficient power delivery for robotic fleets. Its novel Power-In-Motion technology transfers energy to robotic fleets while in motion, eliminating downtime and ensuring constant throughput. The system seamlessly integrates into existing warehouse infrastructure, enabling operators, automation experts, and OEMs to achieve maximal efficiency while dramatically reducing overall expenses.