Awarded Solution

CONTAI AnyX is known as a logistics ecosystem that connects legacy resources and new innovations by adding gold nuggets of interfaces between the legacy, new and so far unknown future innovations.

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CONTAI AnyX approach has many advantages: good module utilisation throughout their longer life cycles, protection of investments and lifetime configuration capability combining new and old partner network resources – all based on lean but strategic interfaces, standards and modularity.

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Click pics to enlarge!

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Smart interfaces make the ecosystem long-lasting and enable an incremental transition to autonomous logistics in packaging, handling, warehousing and transport. All this by making use of the best local OEM resources and practices.

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The CONTAI AnyX architecture extends the last mile supply chain indoors and enables intangible city hubs – which are lean mPod exchange resource spots for vehicles. mHubs are quick to set up and rescale on demand – no more repackaging nor lost or damaged goods!

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Use of the ground surface as a key resource when unloading or switching mPods from one vehicle to another makes AnyX an agile and multimodal solution in the heterogeneous urban environment.

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“If the sea container was 5 meters wide, it wouldn’t fit on the road.
If the city container was 80 cm wide, it wouldn’t fit on the train, elevator or indoors.

If the sea containers were transported by a ship one at a time, it would be really expensive.
If the city containers were… yes, the solution is quite obvious, but still unique!

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Cooperation with GS1 Germany – a mPod with IoT and foldable GS1® SMART-Boxes with serialized GRAI Global Returnable Asset Identifiers, designed specifically for tracking fresh food shipments and intelligent packaging recycling in grocery logistics.

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Due to the lean but strategic interfaces, module and process scalability is extremely high. That’s why CONTAI AnyX potentially forms a future-proof and worldwide logistics ecosystem that also offers a completely autonomous mPod handling alternative when desired.