intelligence and AI-driven reasoning, AEON merges data to understand its environment. Autonomy: AEON can operate continuously without direct supervision. Arvato Speeds Up Order Picking with New Rack-to-Person System in Poland Arvato, a logistics service provider specializing
The new system utilizes advanced robot technology to support order picking for employees. The autonomous mobile robots (AMRs) transport the warehouse shelves with goods to the picking stations in the 516,000-square- foot logistics center in Poznan. The robots move around the warehouse using a camera system and navigation codes. The direct delivery of shelves to the work stations, where employees pick the goods according to the order, streamlines and accelerates the picking process. Once picking is complete, the robots automatically return the shelves to the correct storage location. They also use historical data and heat map analyses to determine the ideal warehouse and stock layout as well as storage location for each item. AI helps the rack-to-person robots navigate, recognize their surroundings, and optimize routes, which allows them to perform tasks efciently and precisely. The robots are used in a closed storage zone, with sensor gates ensuring that employees do not accidentally enter the robots’ working area. The solution also enables continuous operation, which increases productivity and operational efciency. Hikrobot Integrates Wiferion Technology into AMRs Hikrobot, a provider of mobile robotics, now works with wireless charging technology from Wiferion. With
AMRs at Arvato center
Agility: AEON combines dexterity and locomotion with wheeled legs, using Hexagon’s measurement technology, to move quickly and perform high- accuracy tasks. Awareness: Bringing together spatial
in supply chain management and ecommerce, recently implemented a new rack-to-person system at its logistics center in Poznan, Poland—increasing the efciency of goods picking and warehouse processes for the online business.
Aligning Real-World Results With Automation Expectations B , Vce Presdent, Soluton Autom ton, FORTNA
Busnesses m fnd tht rel-world returns on ther wrehouse utomton sstems do not mtch on-pper promses Here re questons to s nd steps to te so opertons cn mxmze return on nvestment How hs busness chned snce the ornl cse for utomton Automted sstems re shped b foundtonl fctors le volume, SU dmensons, nd servce level
reements (SLAs) As the world chnes nd consumer preferences shft, busnesses dpt But t tes effort nd ntenton for utomton to do the sme For exmple, f sstem ws desned to support two-d delver but the SLA lter shfts to one-d delver, eepn the sstem s-s cn be recpe for frustrton nd downtme An mpct ssessment cn evlute the sstem’s current stte nst the new requrements, nd dentf n necessr chnes, such s smpl ddn more robots or mn ddtonl chnes Are ou ettn the most out of our dt Anltcs dshbords montor welth of metrcs, from btter use to fults nd other performnce dt Ths nformton cn be used to dentf problems before the turn nto mor ssues nd cuse downtme For exmple, f one robot s worn snfcntl slower thn others, usn dt to dentf the problem enbles opertons to te proctve steps to fx the robot before t stops worn ltoether Are ou eepn up wth preventve mntennce nd softwre updtes Reulr equpment mntennce s essentl to mxmzn the lfespn of utomted sstems nd preventn costl downtme Ths mntennce mndte lso extends to softwre—wrehouses should me pln for ptches nd updtes on reulr cdence eepn softwre up to dte cn eep sstems runnn t pe effcenc, stremlne troubleshootn, nd enble optml performnce, securt, nd functonlt
Hikrobot AMR
150 Inbound Logistics • July 2025
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