Current electric vehicle charging processes are often manual, slow, and prone to errors, creating inefficiencies and safety concerns, especially as EV fleets scale and the demand for autonomous vehicle operations increases. Existing charging infrastructure struggles to meet the demands of fully autonomous systems, requiring human intervention and hindering true autonomy.

Rocsys provides hands-free charging solutions for electric vehicles, integrating both hardware and software to automate the charging process. The Rocsys platform utilizes a robot-assisted charging connector that physically connects to the vehicle's charging port without human intervention. This system ensures precise and reliable connections, enabling faster charging cycles and improved safety. The platform includes the Rocsys Steward, an automatic connection device, the Rocsys Portal for monitoring and management, the Rocsys API for integration with existing systems, and Rocsys Proactive Care for continuous service and support. By automating the charging process, Rocsys aims to make EV charging effortless, scalable, and ready for fully autonomous vehicle fleets.

Robot-assisted charging connector for automated and hands-free charging.

Rocsys Steward: Automatic connection device ensuring precise alignment and secure connection.

Rocsys Portal: Web-based platform for remote monitoring, management, and reporting of charging operations.

Rocsys API: Enables seamless integration with existing fleet management systems and charging infrastructure.

Rocsys Proactive Care: Continuous monitoring and support to ensure system uptime and performance.

Compatible with various EV types, including robotaxis, automated guided vehicles (AGVs), and autonomous trucks.

Designed for use in diverse environments such as ports, logistics hubs, and automotive facilities.

The primary target audience includes operators of electric vehicle fleets in ports, logistics, automotive, and other industries, as well as autonomous vehicle solution providers and vehicle manufacturers looking to automate and optimize their charging processes.