represents the idea of the Internet
of Things in intralogistics. The concept behind intelligent
bins assumes that each transport item like containers, pallets
and packages is equipped with a digital storage unit, an
active processing unit and sensors as well as a communication
interface. The logistical objects are able to save, administrate
and communicate logistics process information like their target
destination, the loading information or order priorities. Based
on this information the objects can take several decisions
locally and without external control. The intelligent bin from
Fraunhofer IML is based on this idea and offers a wide range
of use cases. Today, control and operation of material flow
processes are still done in a centralized way based on one or
more material flow control systems. Following the basic idea
of the Internet of Things, the distribution of the prevailing
central controls to a multiplicity of smaller self-organizing
decentralized control units [7], material flow systems can be
realized without the need for additional control infrastructure.
Through communication and interaction with physical objects
like switches and conveyors the InBin finds its way through
the material flow system based on routing algorithms from
the internet [13]. Hence, it acts autonomously and reaches the
represents the idea of the Internetof Things in intralogistics. The concept behind intelligentbins assumes that each transport item like containers, palletsand packages is equipped with a digital storage unit, anactive processing unit and sensors as well as a communicationinterface. The logistical objects are able to save, administrateand communicate logistics process information like their targetdestination, the loading information or order priorities. Basedon this information the objects can take several decisionslocally and without external control. The intelligent bin fromFraunhofer IML is based on this idea and offers a wide rangeof use cases. Today, control and operation of material flowprocesses are still done in a centralized way based on one ormore material flow control systems. Following the basic ideaof the Internet of Things, the distribution of the prevailingcentral controls to a multiplicity of smaller self-organizingdecentralized control units [7], material flow systems can berealized without the need for additional control infrastructure.Through communication and interaction with physical objectslike switches and conveyors the InBin finds its way throughthe material flow system based on routing algorithms fromthe internet [13]. Hence, it acts autonomously and reaches the
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