Rocsys has officially launched a new Platform at the Advanced Clean Transportation Expo (ACT Expo) in California, United States.
The Rocsys Platform offers a fully integrated solution, combining state-of-the-art hardware, intelligent software, and proactive support services.
Designed to meet the demands of 24/7 autonomous operations, it ensures vehicles are reliably charged, connected, and ready when needed — eliminating reliance on manual processes.
With the port automation market expected to surpass US$15.5 billion by 2032 and the robotaxi industry growing rapidly — Waymo alone operates over 200,000 rides weekly — the need for automated infrastructure is critical.
However, manual charging remains a major, often overlooked, bottleneck.
The Four Pillars of the Rocsys Platform
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Rocsys Steward – An advanced robotic connection device using computer vision and machine learning to autonomously detect vehicle arrival, open the charging port, connect, charge, and disconnect safely. It supports all standard connectors and integrates into existing multi-brand infrastructure.
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Rocsys Portal – A robust operational dashboard offering real-time, data-driven insights into charging activities, allowing operators to optimize performance and efficiency across autonomous workflows.
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Rocsys API – A flexible integration interface that connects the Rocsys Platform with IT systems like Terminal Operating Systems (TOS) and Fleet Management Systems (FMS), delivering full visibility and control over charging operations within broader logistics and mobility ecosystems.
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Rocsys Proactive Care – A 24/7 expert support service providing remote performance monitoring, continuous updates to computer vision capabilities, proactive maintenance, and troubleshooting — ensuring maximum uptime, even in demanding environments like ports and logistics hubs.
Crijn Bouman, co-founder and CEO of Rocsys, emphasized that the infrastructure we have today was built for humans, but as we move into the era of autonomous transport, we must create scalable systems fit for machines.
Rocsys has officially launched a new Platform at the Advanced Clean Transportation Expo (ACT Expo) in California, United States.
The Rocsys Platform offers a fully integrated solution, combining state-of-the-art hardware, intelligent software, and proactive support services.
Designed to meet the demands of 24/7 autonomous operations, it ensures vehicles are reliably charged, connected, and ready when needed — eliminating reliance on manual processes.
With the port automation market expected to surpass US$15.5 billion by 2032 and the robotaxi industry growing rapidly — Waymo alone operates over 200,000 rides weekly — the need for automated infrastructure is critical.
However, manual charging remains a major, often overlooked, bottleneck.
The Four Pillars of the Rocsys Platform
-
Rocsys Steward – An advanced robotic connection device using computer vision and machine learning to autonomously detect vehicle arrival, open the charging port, connect, charge, and disconnect safely. It supports all standard connectors and integrates into existing multi-brand infrastructure.
-
Rocsys Portal – A robust operational dashboard offering real-time, data-driven insights into charging activities, allowing operators to optimize performance and efficiency across autonomous workflows.
-
Rocsys API – A flexible integration interface that connects the Rocsys Platform with IT systems like Terminal Operating Systems (TOS) and Fleet Management Systems (FMS), delivering full visibility and control over charging operations within broader logistics and mobility ecosystems.
-
Rocsys Proactive Care – A 24/7 expert support service providing remote performance monitoring, continuous updates to computer vision capabilities, proactive maintenance, and troubleshooting — ensuring maximum uptime, even in demanding environments like ports and logistics hubs.
Crijn Bouman, co-founder and CEO of Rocsys, emphasized that the infrastructure we have today was built for humans, but as we move into the era of autonomous transport, we must create scalable systems fit for machines.
