Charging Robotics to Develop Wireless Charging Systems with Deliverz.ai

Why It Matters

The deal extends proven wireless EV‑charging technology to indoor autonomous robots, unlocking efficiency gains for healthcare and logistics operators and creating a new growth avenue for Charging Robotics beyond automated parking.

Key Takeaways

• MOU signed between Charging Robotics and Deliverz AI.
• Wireless charging adapted from EVs to logistics robots.
• Prototype to be piloted in hospitals and industry.
• Aims to cut robot downtime, simplify operations.
• Opens new revenue stream beyond automated parking.

Pulse Analysis

Charging Robotics has spent years perfecting contactless power delivery for electric vehicles, deploying mobile robots that navigate to a vehicle and charge it without a plug. That expertise—centered on safety, regulatory compliance, and high‑efficiency power transfer—now finds a natural extension in the autonomous mobile robot (AMR) market. By leveraging the same inductive coils and control algorithms, the company can offer a charging solution that eliminates manual cable handling, a critical bottleneck in dense indoor environments where space and labor are at a premium.

Deliverz AI, a subsidiary of Gix Internet, specializes in integrating third‑party AMRs for logistics workflows in hospitals, factories, and warehouses. These robots operate on tight schedules, and any loss of power forces costly downtime. Wireless charging promises near‑continuous operation by allowing robots to dock automatically under a ceiling‑mounted transmitter, recharging without human intervention. The partnership will produce a prototype tailored to Deliverz’s robot form factors, with a focus on meeting stringent healthcare safety standards and ensuring seamless software integration.

Strategically, the MOU signals a broader shift where wireless power moves from the automotive sector into the broader automation ecosystem. Success could open a multi‑billion‑dollar market for Charging Robotics, diversifying revenue beyond automated parking lots. For the logistics and healthcare industries, the technology offers a scalable path to higher robot utilization, lower labor costs, and smoother workflow automation, setting a new benchmark for next‑generation smart facilities.