Artificial Intelligence Storage: AI Storage solutions that optimise workflows
The challenge facing any warehouse manager is how to operate a storage facility more efficiently.
Read MoreOur Operational Analysis process is critical in order to fully understand current processes, product type and stock volumes, existing storage capacity as well as throughput pinch points and pick issues.
Once this data has been gathered and put through our bespoke analytics and simulation tools, we are ultimately able to provide an accurate overview of the existing efficiency levels within a warehouse storage facility and design and install the optimal storage solution to meet both existing and future requirements.
The key benefit of in-depth and strategic Operational Analysis to customers is that by processing huge amounts of operational data, we can assess and thereby design a highly efficient warehouse storage solution that will demonstrate both the operational outcome and the expected ROI.
To truly drive innovation and design the optimum warehouse solution, we have developed in-depth data analysis processes involving analytics, simulations and digital twinning. Within our data gathering phase we undertake a full audit of the customer’s data in the following areas:
Here we analyse the length, width and height of each product to then multiply by stock quantity. This is a vital stage as it allows us to identify what is happening within the warehouse. We apply the weight and also check density to ensure the data is accurate and will not skew the results.
This will determine the unit volume, volume held in stock and volume being sold. We also undertake aperture optimisation analysis whereby we look at the optimum aperture for each product e.g. pallet location, carton flow etc. taking into account the minimum aperture i.e. the minimum size of area a product will fit into, and what aperture it should be fitted into.
For effective order profile analysis, we use the customer’s sales data to help us understand the volume of sales over a period of time and additional peaks e.g. Christmas. We also take into account a customer’s potential growth objectives e.g. we can process the data through our software model with a 20% growth projection, if the client is looking for that objective.
We also identify how often each SKU is being accessed, carrying out bespoke forms of Pareto (80-20 rule) and Classification (aka ABC Analysis, or Banding Analysis). The results of the analysis are able to help us drive efficiency into our design, as well as help us to identify how best to position particular SKUs within our layouts for optimum efficiency.
Our approach using mathematically proven insights drives our decision-making process. Through our bespoke simulation software tools we are able to replicate a customer’s operational processes. This provides a safe ‘playground’ for us to assess different solutions under various hypotheses and establish the optimal method of tackling the problem, rather than the most obvious.
By carrying out further analyses, such as time-in-motion studies, we are able to create real-time simulations of both the original and conceptual designs, utilising our bespoke modelling package. This enables us to compare the operational performance of both systems and contrast other vital metrics, such as space-utilisation and growth capacity.
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The challenge facing any warehouse manager is how to operate a storage facility more efficiently.
Read MoreExplore our guide on how Artificial Intelligence is revolutionising the logistics industry, enhancing efficiency, accuracy, and overall operational excellence.
Read MoreHarry Watts of SEC Storage outlines how to achieve strategic alignment in your warehouse, by adopting SEC’s ‘SAVES Cost’ approach.
Read MoreFor assistance with the operational analysis of your next project to guarantee maximum operational efficiency, contact one of our storage specialists today.
Unit 11 The iO Centre,
Arlington Business Park,
Stevenage, Hertfordshire,
United Kingdom, SG1 2BD