Why Mobile Manipulators are Taking over Warehouses
The question is no longer whether mobile manipulation can work. It is where it should be deployed first. Traditional goods-to-person systems will not disappear overnight. They will continue to make sense for certain facilities and workflows.
Design Challenges and Solutions for Underwater Robot Power Systems
This article first examines the basic requirements of underwater robot power systems, then analyzes the key challenges encountered in practical design and the corresponding solutions, before introducing underwater thruster solutions for different applications.
Simplifying High-Density Warehouse Automation
The HaiPick Climb system was designed around a practical question: How can warehouses gain the storage density and throughput associated with AS/RS while making the solution easier to implement, operate, maintain and expand?
Cold Chain Robotics
Cold breaks a lot of hardware that runs fine in an ambient building, so Corvus One for Cold Chain meant re-architecting a system that already worked. Thermal management came first.
Physical AI in the Real World: Four Requirements for Reliable Robot Manipulation
For physical AI to deliver on its promise, it needs a reliable physical interaction layer: End-of-arm tooling (EOAT) that combines adaptability, sensing and feedback so robots can respond effectively to uncertainty and variation.
Closing the Gap Between Advanced Robotics and AI Research for Real-World Deployment
Cameras, grippers, controllers and application software all need to work together. When those connections are built specifically for one workcell, adapting them to another task or a different product to be manufactured can mean significant rework.
Humanoid Robots Move From Demonstrations to Deployment
A robot that performs an impressive task once is very different from a system that can execute thousands of cycles, recover from exceptions, coexist with people and integrate with the software and safety architecture already running a facility.
How drive solutions from FAULHABER move an exoskeleton
Systems are becoming lighter, more reliable and of a greater quality than ever before. It is exactly this development that forms the basis for not only supporting the back, but in future also other specific body joints.
Physical AI in Agriculture and Rugged Industries
In industrial markets, like agriculture, interoperability is essential across all AI-enabled equipment. Walk any commercial farm operation and you'll find a mixed fleet: tractors from different brands, implements from other manufacturers, machines that vary in age by decades.
Why Boston Dynamics Designed Atlas' Head This Way
The head acts as a natural focal point for nearby workers. The lighting interface gives nearby workers an immediate visual indication of Atlas's operational state, intended actions, and any system warnings.
Precision, Not Payload: What Robots Actually Need to Work on Electronics Hardware
Automotive plants have had robots for 40 years and integrators on retainer. Many electronics teams don't have that depth yet, and they're being asked to automate more and at a faster pace.
Simplifying Lift Truck Automation Deployment
Today's solutions are designed to reduce the complexity of deployment with standardized, configurable automation platforms that warehouses can get up and running — sometimes in as little as a day — with little to no software engineering required.
The Invisible Nervous System: Wireless Connectivity for Physical AI and Humanoids
As AI moves from labs into homes, warehouses, and factory floors, wireless connectivity has become as critical to a robot's intelligence as the AI model driving it. Here we look inside the low-latency, low-power, high-speed, multi-radio stack making embodied AI possible.
Inventory Intelligence: How AI is Leading the Third Wave of Warehouse Automation
We have automated the movement of goods and the tracking of goods, but we have not yet automated the truth about goods. Closing that gap is the third wave of warehouse automation, and it is being driven by AI and computer vision.
How Multiway Robotics Transformed a Malaysian Manufacturer's High-Bay Smart Warehouse with 5,000+ Storage Locations
Featuring 5,000+ storage locations, multi-model autonomous forklift collaboration, and 30%+ improvement in storage density, the solution enables efficient, scalable, and digitalized warehouse operations, supporting the customer's ongoing supply chain transformation.
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