Organisations are under increasing pressure to improve on supply-chain transparency but meeting these demands is easier said than done…
Improving supply chain transparency is a high priority for companies, especially in industries such as foodservice where consumers and regulators are pushing for more publicly available information on how products are made and delivered. Increasing product complexity—growing demand for organic and gluten-free foods, for example—as well as food safety and security concerns, continues to drive the demand for more transparency.
How Can Organisations Meet These Demands?
Responding to these demands is no easy task. The fragmented nature of the supply chain can make it difficult to achieve the kind of consensus that is needed to create efficient, end-to-end monitoring systems. However, as the industry responds to the need for more transparency, there is a huge opportunity to take a leadership position. Key to developing the level of transparency that is now expected is changing the behavior of stakeholders and harnessing the power of data visualization technology to present abundant data in easily understood and actionable formats. With these changes in place the industry can open the way to innovations that could take supply chain performance to a new level. Moreover, the journey provides some valuable lessons for other industries that are striving to meet market demand for increased supply chain transparency.
Companies in the foodservice industry sell food that is prepared and served in venues outside the home (the most familiar outlet is restaurants). A complex supply chain that stretches from agricultural growers across the globe to end consumers supports each restaurant. The supply chain also includes manufacturers, freight carriers, forward warehouses, distribution centers (DCs) and third-party logistics providers (3PLs). Many of these players tend to operate in silos that can impede the end-to-end flow of information.
What Challenges Does Data Present?
Data latency represents one of the most difficult hurdles. For example, some trading partners share daily inventory and sales information in single, large batches; by the time the data is uploaded into supply chain visibility tools, it may be too old in “food time.”
The veracity of data is another challenge. There are many reasons why inaccuracies creep into supply chain data streams. An overarching problem is a lack of widely adopted, consistent standards for exchanging data. There are also various operational issues to contend with. An example is the reuse of product numbers and warehouse identifiers without alerting trading partners to such changes.
Untimely or inaccurate data is always an issue, but particularly in today’s highly variable consumer environment. Demand for food products can be unusually volatile because shifting consumer preferences influences it. Some peaks in demand—for example, when a restaurant dish suddenly becomes popular because a celebrity tweets about it—are almost impossible to anticipate.
The industry fragmentation described above compounds such problems. In a fragmented environment, trading partners tend to optimize locally. For example, a DC might build safety stock of a critical product for a favored restaurant chain that is not visible to other players. Unseen inventories scattered across a supply chain cause significant inefficiencies.
Add the dramatic increase in the volume of data to the mix, and it becomes clear that operational models have opportunities to improve before the industry can deliver the levels of supply chain transparency that are expected in today’s world. These changes are within reach—and many are being implemented.
Changing behaviours to tackle supply chain transparency
One of the first steps to overcoming these problems is to change the behaviors that cause data errors and latency.
For example, Armada, a Pittsburgh-based fourth-party logistics provider (4PL) to the foodservice and retail industries, is working with DCs and other entities to make sure that the inventory and shipment data they provide is as near to real-time as possible. Huge improvements are possible by simply rethinking the way data is managed and shared, and by breaking down operational silos.
Changing stakeholder behavior lays the foundation for the new technology that drives greater supply chain transparency. At Armada, this emerging technological base has two key elements.
First, an integrated platform allows the company to receive data in multiple formats such as EDI. Second, Armada is working to fundamentally change the way this data is stored and accessed for clients and their network stakeholders. For example, the practice of generating reports from data stored on applications is no longer sufficient. Data warehousing and extraction as well as business intelligence capabilities are being built to support the high-volume information management systems that are now needed.
This is not cutting edge—but harnessing these capabilities to develop tailored visual displays of complex data represents new territory for foodservice supply chain practitioners.
Why traditional methods won’t do
Traditional methods of displaying and analyzing operational data through columns and rows aren’t enough if the goal is to redefine supply chain transparency. In addition, practitioners need faster, more effective ways to consume and use the large volumes of data now available. And it is likely that the flood of data will increase over the next few years.
Importantly, much of this data needs to be configured for mobile technology platforms that are growing in importance. An example of an innovative display format is an “items at risk” dashboard that shows when items in specific DCs are reaching stock-out levels based on lead times.
These are exciting innovations, and the industry is only at the beginning of this journey. For instance, there is huge potential for developing more advanced analytics. The ultimate analytical goal is to develop systems that automatically identify potential problems and trigger remedial action.
Consider, for example, a case where the “items at risk” screen shows that an item is nearing an out-of-stock situation. The system automatically initiates a transfer order from a DC that it identified as a source of additional stock. The DC is notified, and the order approved without having to engage unwieldy manual procedures. Moreover, the system issues alerts and updates to designated managers via their mobile devices.