Strategic Supply Chain Management - Supply Chain Online
Strategic Supply Chain Management - Supply Chain Online
Strategic Supply Chain Management - Supply Chain Online
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CHAPTER 2 Core Discipline 2: Develop an End-to-End Process Architecture 65<br />
For example, one of our clients was implementing new demand/<br />
supply planning processes, supported by a supply chain planning application.<br />
As part of the new process, the company wanted to track forecast consumption<br />
over time to ensure that demand and supply were balanced on an<br />
ongoing basis. This required gathering data from two separate sources—an<br />
existing CRM application, which held data related to customer orders, and<br />
the new supply chain planning application, which contained information<br />
about incoming supply. Unfortunately, the ordering information described<br />
products one way, whereas the planning application used different data to<br />
describe products for the purpose of planning. The chief information officer<br />
was concerned that resolving this disconnect would require restructuring<br />
the entire data model, a major undertaking. In the end, an answer was<br />
found that integrated the flow of information between the two applications.<br />
A translation table was developed that took the elements of a customer’s<br />
order and translated them into planning items.<br />
Data quality and availability are as important as integration between<br />
applications. The typical company orchestrates hundreds, if not thousands,<br />
of supply chain activities and decisions every day, each depending<br />
on a wide range of data: master data (supplier lead times, material masters,<br />
prices, terms and conditions), transaction data (sales orders, inventory<br />
data, purchase orders, etc.), and analytics (which compare actual<br />
performance with target performance to ensure process management).<br />
Despite the importance of accurate data, one study estimates that between<br />
15 and 20 percent of a typical organization’s data are wrong or unusable. 8<br />
Inaccurate or missing data lead to errors and ineffective execution.<br />
Consider the example of a procurement system that captures quantities<br />
ordered and confirmed by suppliers but doesn’t capture backorders—<br />
quantities ordered but not confirmed. Backorder management must be<br />
done either manually, at the risk of error, or not at all, which could easily<br />
lead to overordering and excess inventory.<br />
Inaccurate or unusable data also create manual work, reducing speed<br />
and efficiency and adding costs to the supply chain. In the worst case,<br />
inaccurate data can drive poor performance. As an example, we had a<br />
client that felt the repercussions of inaccurate data for almost a year after<br />
it first implemented a supply chain planning solution. When preparing for<br />
the cutover to the new system, it had entered standard defaults for supply<br />
lead times, with every intention of updating the data before the “go live”<br />
date. Unfortunately, day-to-day tasks took precedence, and no one got<br />
around to updating the supplier lead-time data—resulting in an increase in<br />
materials inventory (lead times too short) for some materials and inventory<br />
shortages (lead times too long) for others.