So you have been asked by your most important foodservice distribution partner to be a category captain. What happens next? As captain you are tasked with managing the assigned category for optimal performance. That entails the following:

•    Analyze all products across the category (not just your own brands)
•    Augment the data provided by the distribution partner with your own internally generated insights
•    Provide structured, actionable recommendations based on intelligence obtained from the data

These recommendations relate to product assortment, pricing policies, promotional activities and other important demand levers for driving profitability. At the same time you need to educate your distribution partners, both at corporate headquarters and in the field, about the product characteristics that can help increase demand. This requires an intelligent approach to data analytics.

What insights about products can help drive category sales?

What might a good analytics model for category management look like? Let’s consider the key tasks we identified in the previous paragraph.

Analyze All Products Across Category

Category management is driven by analytics. As category captain you will receive transaction data from your distribution partner to form the basis of your insights and recommendations. The first issue with which you will likely have to deal is the quality and completeness of this information. Bear in mind that foodservice distributors are typically not used to sharing sensitive sales data with their suppliers, and may lack effective internal processes for making it available. Robust data management solutions like Sentrana’s MarketMover™ help collaborative category partners overcome this challenge by providing timely access to clean, customer-level data.

The next order of business is to map out the analytical processes that can best support your distribution partner’s objective to improve category demand. This may be best approached through posing a series of questions. For example:

•    What intelligence can we derive from the data to help identify ways to improve product demand among existing customers?
•    What patterns and associations will provide us insights about products that current customers are not buying from our distribution partner but could be enticed to buy?
•    How can we improve sales turnover by encouraging customers to switch from lower-to higher-velocity SKUs?

Augmenting Data with Internally Generated Insights

In answering those and similar questions one of your most important activities is to augment the data your distribution partner provides with your own unique insights about the products in the category. An important example of this are the product attributes that drive demand among certain customer types. Perhaps you are charged with managing baked goods and you need to figure out what the right use of shelf space will be for muffin products. Your distribution partner’s objective is to increase total muffin sales – for example along the lines of one of those three questions posed in the previous paragraph. As a manufacturer you can provide your own deep knowledge about what features and attributes drive sales among certain customers.

A critical data challenge, therefore, is to have the ability to map specific attributes to specific products. Category managers should be able to access the product database and establish product groupings and categories based on like attributes. Using the above example, for every product you can assign a  quantitative attribute metric. “Butteriness” may be an appropriate attribute for muffins, and you can rank all applicable products along the lines of “very / moderately / not very buttery”. This can facilitate more rational product groupings within the category that better enables you to analyze and evaluate assortment trade-offs, pricing strategies and promotional approaches.

This kind of product administration capability brings up in turn a whole series of issues around how to create standardized attribute definitions for each relevant subcategory and product set. By allowing category mangers to create new product and subcategory groupings, it becomes likely that these categories will not map directly to those of the distributor. A category administration functionality is required that will manage the interface between the distribution taxonomy and the specific product and attribute groupings mapped by category managers at the manufacturer.

Supporting Analytics

As you map out these processes you can get a better sense of what the analytical capabilities may look like. For example, what data exploration functionalities can help you analyze effectively? To orient your own understanding of the structure of subcategories and products to its organization in your distribution partner’s data records you need a mechanism for guided drill-down and drill-up within products, as well as in regard to customers, sales territories and other key information. There should be a filtering mechanism that allows you to view products along a number of descriptors: for example, all the SKUs currently stocked at a particular operating company of your distribution partner, or all products with the item description “frozen”.

Visualization and editing capabilities are also important components of analysis. How do you want to see the information and organize it into compelling formats for your targeted readers? You will probably want to have a variety of formats and the tools to manipulate data into different visual representations to underscore the insights about customers and products you wish to communicate. You will also want to be able to easily access and modify the reports and formats you use most frequently, and to share reporting and editing capabilities with others working on the same projects.

Providing Guidance and Recommendations

Category managers need to consider how best to translate analytical insights into actionable recommendations for their partners. For example, developing strong promotional content around products for the distributor’s sales force can be an important way to execute against category performance targets. A system for uploading, managing and exporting product-related content is thus an important functionality to consider. Another valuable feature could be scenario analysis capabilities to map out alternative approaches to pricing decisions, promotional opportunities and assortment trade-offs. Finally, manufacturers need to consider how to incorporate data from their own market sources: for example sales information at the total market level rather than just the share occupied by their distribution partner.

Collaborative category management can evolve into a long-term relationship that will improve category performance for distributors and improve overall product sales for manufacturers. Over time the scope of a category management program may expand to include enhanced predictive initiatives and a fuller set of demand levers. Building a good foundation with the right data analytics is a good place to start.

There is no shortage of quantitative analysis in the trade spend practices of foodservice manufacturers.  Unfortunately, very little of this analysis helps give decision-makers insights about the effectiveness of their trade spend programs.  The numbers being crunched do not relate to signals about actual downstream demand, but rather to the formidable mountain of claims from their distributors.  These claims come in all manner of data formats and accounting entries and it typically takes armies of brokers, salespeople and financial staff to figure them out.  After all the cumbersome and error-prone line-by-line calculations to validate claims are said and done, you are no more informed about the profitability or the potential risks associated with any given program.  No wonder there is widespread dissatisfaction with the effectiveness of these programs.  Over 75% of manufacturers in this sector consider their trade spend initiatives to be inefficient, according to the 2010 MarketIntelligence Foodservice Trade Survey.

Pricing signals matter for getting the most from trade spend activities

Decision-makers at foodservice manufacturers need a new approach: one that creates greater visibility throughout complex information chains; and applies analytical methods in order to better align and optimize trade decisions with pricing and other key marketing levers.  Abundant data exist, as do the analytical methods to gain insights from them.  Better measurement and analysis can lead managers to more profitable decisions for themselves as well as their trade partners. This can help turn trade spend into trade investment.

Low-tech, non-standardized processes generate waste

The hodge-podge of disparate programs scattered around the organization with a variety of process and data formats do not easily lend themselves to effective measurement, performance tracking, or coordination with other key marketing and pricing decisions.  Programs tend to have non-standardized and duplicative contracts, cumbersome claims and dispute resolution procedures, and generally low-tech operational processes.  Manufacturers have little way of knowing whether the dollars they are putting into these programs are having measurable impact at the operator and patron level or whether they are simply staying in the pockets of the distributors.  The complexity of the information chain creates a tremendous amount of waste in the system over time that negatively impacts profitability throughout the chain.

New trends in distributor pricing mean opportunities for manufacturers

Such archaic practices stand in sharp contrast to a sea change taking place in distributor pricing: namely, the growing trend of setting prices according to downstream patron and operator demand rather than based on an arbitrary mark-up on the zero sum negotiated price between manufacturers and distributors.  Scientific pricing, an increasingly prevalent practice in the food services wholesale space, offers predictive demand insights for each potential product and customer combination.  Prices thus contain more information about actual downstream demand, enabling products to be pulled through the channel rather than pushed downstream based on the subjective outcomes of manufacturer-distributor negotiations.  Manufacturers have an opportunity to use the same demand signals that inform scientific pricing to guide a more accurate allocation of their trade funds to drive greater overall volume and profit.

Social networking is now standard operating procedure for many restaurant-goers

Let the Facebook Generation work for you

These demand signals are especially relevant because technology has thoroughly transformed the way that retail operators (such as restaurants and caterers) and their patrons communicate.  Digital social networking is now an established way of life for a rapidly growing group of Americans, the majority of whom fall within the most desirable demographic segments of the consumer market.  Sites like Yelp, Urban Spoon and TripAdvisor ensure that salient details about a given restaurant’s menu, prices, food quality, social environment and numerous other attributes are readily available at the fingertips of smartphone-wielding prospective patrons preparing to decide where to gather and dine for the evening.  Clearly, operators have strong incentives to match demand with available supply.  For manufacturers this means abundant information coming from points downstream that can help inform smart trade promotion and pricing decisions.  Decision-makers can gain insights about demand as it relates to geographic and demographic segments; further refine this understanding as it pertains to product categories; and experiment with alternative what-if scenarios to predict the effect of various trade promotion and pricing decisions on demand.

More about trade spend on Sentrana’s blog

In the coming weeks we will be spending some more time on this blog site looking in detail at different aspects of the trade spend challenge and the opportunities we see for foodservice manufacturers to improve performance.  Forthcoming areas of focus include: collaborative campaigns to create win-win programs with trade partners; trade program design; issues related to program execution; and other topics that can help reveal active ways to turn trade spend into trade investment.
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To answer this question, let’s begin briefly by dissecting what IBM has introduced. Imagine that you are receiving a continuous stream of data, such as stock prices on the Nasdaq. These figures must be quickly analyzed so that the proper buy and sell orders can be placed. Suppose that you also need to base your decisions not just on the Nasdaq prices but also the numbers figures coming in from dozens of other exchanges.

No Match for the Information at Hand

Just for fun, let’s say that you also want to include up-to-the-second weather information of 20 cities in your decision process. We can safely say that there are not a great deal of human beings in the world that could look at all of this information in the blink of an eye, make the best possible decision, and then repeat the exact same process a split-second later with new information. Well, this example highlights the best application for stream computing. In the stock price analysis outlined above, we needed to evaluate information coming to us on a continuous basis from a number of different sources, evaluate it, and deploy the result in a desired manner. Let’s say that we wanted analyze the correlation between Motorola’s stock price movements and the price movements of 50 other stocks on 50 different exchanges, as well as the outdoor temperatures of every single world capitol. IBM’s breakthrough allows you to do this and also update your analysis in real-time as new information is received. That’s the good news.

The bad news is that there are real limits to the insight that can be obtained this way. There are really two areas in which stream computing can be applied: link detection and itemset detection. These two are related – link detection tries to identify events that are correlated, and itemset detection tries to identify events that are co-incident (i.e. the prices of GE and Sony stock went up, AND the price of Motorola went up).

Not Quite Forward-Looking

Itemset detection algorithms have progressed to the point where they can be accurate and effective without taxing the computer’s resources too heavily. IBM’s accomplishment lies in deploying this algorithm for real-time itemset detection on unprecedented scale, but ultimately, the business insight that can be extracted from correlation and co-incidence is limited. Frankly, IBM’s press release statement that System S allows users to “…create a forward-looking analysis of data from any source,” is a bit of a fairy tale. Any competent manager will tell you that “forward looking analysis” based only on correlations in historical data is not a recipe for success. With itemset detection (which is closely related to and sometimes confused with association mining), you can now look at more data more quickly than ever before, but you can’t ultimately do much new with it.

Truly forward-looking analysis requires going several steps beyond itemset detection, because making accurate predictions about events that have never happened requires that you do more than analyze past correlations. For example, how could you predict the highest price at which a customer would be willing to buy a product that they have never purchased before using only their previous purchase information? Or how about predicting the effect an advertisement will have in a market that you have never advertised in before? Integrating techniques that are better geared for this analysis such as principal components analysis, collaborative filtering, and others make these types of predictive analysis possible, not to mention significantly more robust than correlative analytics. The downside of integrating of all of these techniques into your analysis is that it becomes extremely expensive computationally. Other related breakthroughs are required to make this feasible in a business setting (see Cheating Your Way Into Business Visibility). To make better informed decisions with an understanding of the likelihood of possible outcomes, managers and policymakers alike need a way to reduce the uncertainty inherent in them. The aforementioned “virgin sale” process is a very micro-example that exemplifies this problem. Sadly, being able to comb through data more quickly by itself does not get us to that higher end-state. IBM can claim a notable achievement in computing, but hailing it as a quantum leap for businesses decision support understates the true challenge of making better business decisions.