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Demand Based Management

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<strong>Demand</strong> <strong>Based</strong> <strong>Management</strong><br />

Phoenix, AZ<br />

May 5, 2003<br />

Krishna Venkatraman<br />

Chief Scientist<br />

<strong>Demand</strong>Tec, Inc.<br />

TM


<strong>Demand</strong> <strong>Based</strong> <strong>Management</strong><br />

A brief history of DBM.<br />

Principles of DBM.<br />

<strong>Demand</strong>Tec’s DBM Platform.<br />

D’Agostino’s, NY.<br />

Conclusions.<br />

2


<strong>Demand</strong> <strong>Based</strong> <strong>Management</strong><br />

Understanding consumer demand and<br />

applying that knowledge to every<br />

merchandising decision<br />

Price Optimization<br />

Promotion Optimization<br />

Placement Optimization<br />

Assortment Optimization<br />

3


DBM Aligns Objectives and Strategies<br />

Corporate Objectives<br />

Sales<br />

Profit<br />

Price Image<br />

perfect<br />

Find the perfect balance<br />

balance<br />

Deliver results<br />

Merchandising Strategies<br />

Price<br />

Promotion<br />

Product Assortment<br />

Placement<br />

4


The Evolution of Enterprise Software<br />

Revenue<br />

Cost<br />

CRM<br />

Sales, Marketing,<br />

Service Automation<br />

Blue Martini, Siebel, Oracle,<br />

SAP, PeopleSoft<br />

ERP<br />

Financials, HR, Manufacturing<br />

DBM<br />

Price, Promotion,<br />

Assortment, Placement<br />

<strong>Demand</strong>Tec,ProfitLogic,<br />

Manu/Talus, KSS<br />

SCM<br />

Purchasing, Logistics,<br />

Inventory, Planning, Distribution<br />

SAP, PeopleSoft, Oracle Retek, i2, Manugistics, SAP,<br />

NONSTOP<br />

Efficiency Optimization<br />

5


Why understanding consumer demand matters<br />

Consumer response to a product is context-sensitive.<br />

Marketing levers affect consumer response<br />

dramatically.<br />

Marketing levers affect true supply chain costs.<br />

6


Convention Consider … …with we would the two new Wisdom: recommend individual demand, Net items, P adjusting Profit moves C in and Customer to both P,<br />

…and … so And But the now the Profit trick the Best is entire Actually to Items push assortment Varies are demand in the Widely is to Upper more the by upper SKU Right profitable.<br />

right!<br />

Products using prices the right, hypothetical slightly, and Retail C to Is to send Under the numbers left demand 2%… from C to P.<br />

Net Net Profit<br />

Profit<br />

$ $ per per SKU<br />

SKU<br />

12%<br />

10%<br />

8%<br />

6%<br />

4%<br />

2%<br />

0%<br />

-2%<br />

-4%<br />

-6%<br />

-8%<br />

-10%<br />

-12%<br />

C<br />

P<br />

BEST<br />

BESTP<br />

WORST<br />

WORST<br />

C<br />

Sales Sales $ $ per per Store Store per per Week<br />

Week<br />

- 0.01 c<br />

+0.02 c<br />

7


Of course you don’t just do it with two items!<br />

Net Profit<br />

$ per SKU<br />

12%<br />

10%<br />

8%<br />

6%<br />

4%<br />

2%<br />

0%<br />

-2%<br />

-4%<br />

-6%<br />

-8%<br />

-10%<br />

-12%<br />

Sales $ per Store per Week<br />

8


The Principles of DBM<br />

Consumers benefit.<br />

Deliver immediate,<br />

sustainable and measurable<br />

results.<br />

Model consumer response at<br />

the appropriate level.<br />

Deliver strategies that<br />

maximize objectives subject<br />

to business constraints.<br />

Model temporal effects.<br />

Capture the interdependent<br />

effects of marketing<br />

instruments.<br />

Include supply chain impact.<br />

Adapt and evolve to<br />

changing and dynamic<br />

needs.<br />

Integrate.<br />

9


A DBM Solution Architecture<br />

Web-based<br />

Interface<br />

Enterprise<br />

Applications<br />

DBM<br />

Platform<br />

External<br />

Data<br />

Reports & charts Business logic Scenario management Promotion calendars<br />

Price Promotion Placement<br />

Product<br />

Assortment<br />

Optimization Engine<br />

<strong>Demand</strong> Engine Financial Engine<br />

POS data<br />

Product data<br />

Promotion calendars<br />

Data<br />

Warehouse<br />

Back<br />

Office<br />

Competitive data<br />

Cost data<br />

Store data<br />

Supply<br />

Chain<br />

Seasonal data<br />

Causal data<br />

Legacy<br />

Systems<br />

10


The <strong>Demand</strong> Engine’s goal is to understand<br />

volume under various merchandising conditions<br />

Volume<br />

150<br />

100<br />

50<br />

0<br />

1<br />

Example: Price/Volume Trade-offs<br />

3<br />

5<br />

Ad and Display Activity<br />

Driving volume<br />

7<br />

9<br />

11<br />

Week<br />

13<br />

15<br />

What happens<br />

to volume at<br />

various prices?<br />

17<br />

19<br />

Actual Model<br />

Forecast Everyday Price<br />

$2.20<br />

$2.00<br />

$1.80<br />

$1.60<br />

$1.40<br />

$1.20<br />

$1.00<br />

Base Price/Unit<br />

11


Output of the <strong>Demand</strong> Engine: a set of algebraic<br />

equations defining relationships between variables<br />

Conceptual<br />

Conceptual<br />

Estimated Prediction Equation<br />

= X ˆ β + X ˆ β<br />

ˆ 1 1 2 2<br />

y<br />

Predicted<br />

dependent<br />

variable<br />

(Sales, share)<br />

Predictor variables<br />

(Price, Promotion, Week,<br />

Cannibalization, Seasonality)<br />

+<br />

...<br />

Estimated<br />

Parameters<br />

12


The <strong>Demand</strong> Engine specification<br />

Models consumer response at<br />

the appropriate decision making<br />

level<br />

Works for all products<br />

Accurate, robust and stable<br />

Handles environmental changes<br />

Cost-effective<br />

Objectives Decisions<br />

Supports multiple applications<br />

Model form<br />

Estimation level<br />

Estimation method<br />

13


<strong>Demand</strong> Engine Specification: Model Form<br />

Multivariate, nonlinear, multistage<br />

Quantifies many merchandising effects simultaneously<br />

Estimates demand across relevant products<br />

simultaneously<br />

Limits the impact of outliers<br />

Attribute-based<br />

Leverages data in a sparse data environment<br />

Provides estimates for new items<br />

Adaptive<br />

Forecasts can be adjusted if necessary<br />

14


Product Level of Model<br />

Dept. Cat. SKU<br />

<strong>Demand</strong> Engine Specification: Estimation Level<br />

Goal: Provide maximum insight that data allow<br />

Few Models x<br />

Millions of<br />

Models<br />

Chain Zone/region Store<br />

Store Level of Model<br />

Option #1:<br />

Estimate aggregate models<br />

for all stores and products<br />

Option #2:<br />

Estimate a single model for<br />

each account-market or<br />

store and product<br />

Option #3:<br />

Something in between: can<br />

we exploit specificity but<br />

manage data sparsity?<br />

15


<strong>Demand</strong> Engine Specification: Estimation Method<br />

Manage Data Scarcity<br />

Modeling Approach Implementation<br />

Pooled Data<br />

or Aggregate<br />

Models<br />

<strong>Demand</strong>Tec<br />

Method<br />

Bayesian<br />

methods<br />

Account-<br />

Market or<br />

Store Models<br />

Exploit Specificity<br />

Market-structure<br />

Internal domain expertise<br />

Data-derived relationships<br />

Customer expertise<br />

(optional)<br />

Attribute-based methods to<br />

leverage information<br />

16


Optimization<br />

Objectives Rules<br />

Maximize Profit.<br />

Maximize Same-Store Sales<br />

Maximize Unit Volume.<br />

Large size items must cost more than<br />

small size items.<br />

Large size items must cost less per oz<br />

than small size items<br />

Brand X must cost more than Brand Y<br />

Stores must have the same/similar<br />

prices on like items<br />

Overall, average prices may not<br />

increase more than x%<br />

Prices must be within x% of<br />

competitor price<br />

17


Optimization Challenges<br />

Problem Size: The average grocery category has<br />

50,000+ products and price zones of 200 stores.<br />

Nonlinear Model Form:The demand functions for the<br />

products and the constraints on them are nonlinear.<br />

Response Time: Users expect fast response times.<br />

Infeasibilities: Infeasibilities are easy to create (e.g., a<br />

solution where volume and profit both increase by 50%<br />

probably does not exist)<br />

18


<strong>Demand</strong>Tec’s approach to optimization:<br />

Nonlinear Programming with Decomposition<br />

Methodological Objectives Implementation<br />

Handle a wide variety of<br />

business rules and<br />

objectives.<br />

Deal with very large-scale<br />

(real world) optimization<br />

problems.<br />

Guarantee fast response<br />

time.<br />

Support “what-if” analysis<br />

User defined hierarchical<br />

structure for business rules.<br />

Infeasibility checking,<br />

correction and reporting.<br />

Advanced nonlinear<br />

programming models.<br />

Parallel computing<br />

environment.<br />

Heuristics to identify<br />

reasonable initial solutions<br />

19


D’Agostinos at a Glance<br />

Family-owned grocery chain founded in 1932<br />

23 grocery stores in New York City and Westchester county<br />

Sales $200 million<br />

Employees (2001): 1,150<br />

Previous pricing system: Homegrown<br />

D'Agostino not only showed a big boost in sales and<br />

profit, but can now enhance customer satisfaction and<br />

loyalty by tailoring its selection to be highly responsive<br />

to their needs.<br />

20


The Challenge<br />

Has not competed on price - motto is "exceptional quality and<br />

superior service at the right price"<br />

Finding “Right Price” was very hard<br />

How did their customers<br />

perceive price?<br />

Did price sensitivity change from<br />

location to location?<br />

Was there a way to automate pricing<br />

to respond to these sensitivities<br />

21


What D’Agostino’s Was Looking For…<br />

A solution that could be implemented easily,<br />

without disrupting operations<br />

Quick results, without dedicating too many<br />

resources<br />

D'Agostino had a homegrown pricing system,<br />

with no optimization<br />

22


The Results…<br />

<strong>Demand</strong>Tec Trial: 8-week price-optimization and price-image<br />

trial involving seven categories across 10 stores.<br />

Revenue<br />

Unit volume<br />

Gross profit<br />

Net profit<br />

+ 9.7%<br />

+ 6.2%<br />

+ 16.1%<br />

+ 1-2 %<br />

23


The Results…<br />

“[Customers used to say:] 'I paid too much for this,' or 'I'm<br />

surprised this one's so low.' With <strong>Demand</strong>Tec, we can have<br />

prices matched to demand, so customers can go in and say,<br />

'Everything is fairly priced.' … they're happy, and that's what's<br />

important. We now have a reliable and effective way to<br />

significantly raise profit and strengthen our price image. I couldn't<br />

be happier with the financial results from implementing<br />

<strong>Demand</strong>Tec."<br />

Nick D'Agostino III<br />

Executive Vice President<br />

D'Agostino Supermarkets<br />

24


What Retailers Are Saying<br />

HEB improved price image and profitability<br />

“<strong>Demand</strong>Tec Price demonstrated to H-E-B that it delivers accurate<br />

information enabling us to execute our merchandising strategies,<br />

while meeting our business objectives and maintaining price<br />

image.”<br />

- Scott McClelland, Chief Merchandising Officer, H-E-B<br />

Longs Drugs reversed a year-long negative<br />

sales trend<br />

“Optimizing pricing strategies is an important part of the company's<br />

growth and overall business performance. Using <strong>Demand</strong>Tec's<br />

software brings a new science and logic to pricing areas that drive<br />

profitability in our stores and helps us meet business objectives by<br />

addressing both competition and consumer reaction."<br />

- Terry Burnside, Former SVP & COO, Longs Drug Stores<br />

25


Summary<br />

<strong>Demand</strong>-<strong>Based</strong> <strong>Management</strong> is the ultimate<br />

way to create great values in the 21 st century.<br />

DBM integrates demand and supply<br />

management.<br />

Turn data to intelligence, using smart analytical<br />

technologies.<br />

The value potential is great, and the time to act<br />

is NOW.<br />

26

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