Physical AI Is Scaling. Robot Energy Infrastructure Must Scale With It
As Physical AI moves from pilots into daily operations, energy becomes an infrastructure layer. Why Power-in-Motion matters for AMR and AGV fleets.... Read more.
What the Latest Robotics Moves Reveal About the Next Phase of Physical AI
AWS, Agility Robotics, Toyota, ABB and Boston Dynamics point to one shift: Physical AI is moving from single robots to complete systems.... Read more.
Robots Are Getting More Efficient. Why AGV and AMR Charging Infrastructure Needs to Catch Up
AGVs and AMRs still need energy, and many still have to stop productive work to get it.... Read more.
AGV and AMR Charging Is Really a Productivity Problem
If you are searching for a better AGV charging system, AMR charging solution or wireless power solution for robots, the most important question may not be how the... Read more.
Physical AI Infrastructure: Why Autonomous Robots Need Power-in-Motion to Scale
CaPow develops Power-in-Motion infrastructure for autonomous mobile robots (AMRs) and automated guided vehicles (AGVs), enabling robots to receive energy while moving... Read more.
AI Is Making Robots Smarter. Now Their Energy Infrastructure Needs to Catch Up
The next major improvement in mobile robotics may therefore come not only from making robots smarter, but from changing how they receive power.... Read more.
The Next Bottleneck in Warehouse Automation Isn’t the Robot. It’s Energy.
Across logistics and manufacturing, companies are deploying increasingly sophisticated autonomous systems designed to move more goods, make faster decisions and... Read more.
How Can AMRs and AGVs Operate Without Charging Downtime?
One operational constraint has remained largely unchanged: robots still need to stop working to recharge. CaPow solves that.... Read more.
2026 Warehouse Automation Innovations: A Roadmap for Success
The rapid evolution of warehouse automation is transitioning from a competitive advantage to an absolute operational necessity.... Read more.
Overcoming Challenges in Wireless Power Transfer for Mobile Robots: A 2026 Perspective
Wireless power transfer (WPT) for mobile robots is rapidly evolving to meet the demands of 24/7 autonomous operations in industrial and logistics environments.... Read more.