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Warehouse
Multilayer Optimization

Background

WH Optimization

In the logistics world, there is a need for warehouse optimization regardless of whether the warehouse is automatic or manual. The reason for the non-stop warehouse optimization process is that fulfillment centers face many challenges. Some of these challenges include meeting shipping deadlines, reducing order processing times, increasing customer retention rates, improving space utilization, tightening control of inventory, creating efficient picking, reducing order errors, and increasing warehouse safety.

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Caja Warehouse Optimization

Caja warehouse optimization system is like no other, with our cloud-based software controlling every aspect of warehouse operations. Warehouse optimization is not limited to a specific step of operations. It’s relevant during the inbound process, picking time, and even off-picking hours.

With AI-powered software controlling advanced robotics, there are endless possibilities that can be achieved. The cloud-based software serves as the conductor of the orchestra, synchronizing with the fulfillment center’s WMS, to control the routes, bin location optimization, order prediction, picking stations, consolidations, clustering, and much more.

Caja believes the key is filling the maximum number of orders with the minimum number of bins, moving as fast as possible.

This is done by

 
WH Optimization

Clustering

Clustering algorithms help us get the best out of each bin. Dividing orders into groups based on similarities enables maximum SKU sharing between orders at every moment.
WH Optimization

Picking station
collaboration

Sharing a single order between two or more picking stations doubles the efficiency.
WH Optimization

Sync /
a-Sync

Our two types of picking stations allow time-saving with high volume orders as needed.

WH Optimization

Storage bin
consolidation

A consolidation of bins is done at the replenishment station. In this process, the Caja system brings partially filled bins from different locations in the warehouse to merge and free up storage locations.
WH Optimization

Prediction of
routes

Caja’s multi-layered algorithm system continuously optimizes robot routes. As the options of pre-determined navigation choices are countless, our learning system keeps going through the robot’s navigation all the time to find a better

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WH Optimization

Fast moving
robots

Moving fast is possible due to:

a. Dynamic algorithm for predetermined routes choosing the optimal and fastest ones, given all robots’ locations at any moment to the second.

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WH Optimization

Bins location
optimization

Our two types of robots are continuously organizing the warehouse for better picking times. Our AI-guided software dynamically optimizes the warehouse bin locations based on our order prediction algorithm and

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