Deloitte helped Walmart reduce downtime and improve efficiency by designing a unified, real-time enterprise asset platform.

The challenge

How might a network of signals empower logistics at Walmart? 

About the Project

Deloitte is a global professional services company with offices in over 150 countries. They wanted to empower Walmart with a leading edge solution that encompassed all aspects of logistics, from event processing to business workflows and process automation.

Key Impacts

80k

Unified Asset Data

The Asset Intelligence app unifies physical and digital asset data into a single interface for all employees, managing the massive scale of over 80,000 unique SKUs tracked across regional distribution and e-commerce fulfillment centers.

real-time

Real-Time Analytics

Real-time analytics shift focus from data gathering to problem-solving by tracking equipment conditions—such as temperature and performance—across a regional distribution center's 12 miles of moving conveyor belts.

dashboards

Simplified Navigation

Asset navigation became standardized and intuitive. Consolidating multiple data sources into single views significantly improved accessibility for all users.

$136B

Proactive Maintenance

Leveraging real-time machine data for proactive maintenance helps frontline operators reduce reactive events across Walmart's massive portfolio of over $136 billion in global property and equipment assets.

screenshot of view-building screen Users built views based on their context of use – from a simple sticky to a complex bundle of signal data

Multiple contexts

Companies maintain physical and digital assets (e.g. warehouses, machines, databases) that send, receive, and store information throughout an enterprise. The Asset Intelligence application was designed to consolidate all of those data sources into a single, nimble, and flexible user interface.

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Because a user’s background varied widely – from frontline operator through c-suite executive – the application’s functionality had to conform to multiple scenarios. The depth and breadth of functionality crossed contexts of use. For example, a machine operator may want to know specific details about a single machine, whereas an executive may want to understand performance across an entire category of global machine assets.

screenshot of a view being defined Flowchart of how asset views are built and displayed, where business rule could then be applied. screenshot of application in use A day-in-the-life example, where user has set up workspaces that represent operations and warehouse facilities screenshot of an expanded view A detail screen of an expanded view, where the signal could be recast into multiple visualizations (e.g. charts or custom representations)

Resolution over collection

The application’s analytic capabilities enabled users to spend less time gathering data and more time resolving asset-related challenges. Navigation of assets was simple, intuitive, and standardized. As data would be stored across various locations throughout an enterprise, the application had to consolidate multiple data sources in single views (i.e. screens) to improve accessibility and use of data. Some elements were displayed in near real-time, such as an asset’s operating condition (e.g. temperature, performance, wear).

"...spend less time gathering data and more time resolving asset-related challenges."

Map of asset locations

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