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Robots world performance of humanoids . However , conducting pilots in environments that closely mimic real-world conditions is crucial . This includes replicating the machinery , spacing , items or parcels , lighting , and even terrain found in operational warehouses .
During a pilot study , tracking key metrics will allow corporations to quantify humanoid productivity and cost . Some of the key metrics include process speed ( e . g . PPH loaded onto a belt ), error rates , onboarding and maintenance time , uptime and downtime , time required to charge or swap out batteries , energy utilization and cost , and so on . When evaluated as a whole , these metrics will allow organizations to holistically determine the efficacy and value of humanoids .
Performing a pilot study also allows organizations to work through any potential hiccups during the humanoid onboarding process , in a controlled setting . For example , it is critical to ensure seamless communication between a humanoid ’ s operating system and the WMS ( Warehouse Management System ) in use . WMS have become increasingly robust , taking on the role of a ‘ warehouse brain ’. Humanoids need to be able to communicate back and forth with a WMS to receive instructions and tasks , and it ’ s best to work through this prior to full-scale
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