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August 30, 2006 |

Software as a Service Driving Faster Implementation and ROI across the Enterprise
From Aberdeen Group
Software as a Service (SaaS) is gaining traction in a number of enterprise application areas and making quick believers out of previous skeptics, according to new Aberdeen research. Also known as on-demand or hosted applications, SaaS is changing how companies pay for, implement, and run their software applications. Aberdeen research of 631 companies conducted from March-July 2006 verifies that the SaaS model is driving faster implementation times and quicker return on investment.
Customer Relationship Management (CRM): Implementation in less than 2 months and ROI in less than 6 months
Supply Chain Management: Implementation in less than 3 months and ROI in less than 1 year
Sourcing and Procurement: Implementation in less than 2 months and ROI in less than 1 year
Financial Management: Implementation in less than 3 months and ROI in less than 6 months
Product Lifecycle Management (PLM): Implementation in less than 6 months and ROI in less than 1 year
Although the value proposition of SaaS is seductive, companies considering SaaS need to educate themselves on a number of factors to make a solid buying decision, says Beth Enslow, senior vice president of enterprise research for Aberdeen and report author. First, realize that all SaaS is not created equal. There are five primary types of SaaS, with differing value propositions.
The Aberdeen report, The Software as a Service Buyer's Guide, documents the current usage of and interest level in SaaS across the major enterprise application areas and provides specific advice on which companies should consider SaaS for each application area and which will be better off with an on-premise solution. A complete SaaS evaluation framework is also provided to help enterprises make sound SaaS decisions.
http://www.aberdeen.com/
Designing a Demand-Driven Supply Management Organization
From AMR Research/Mickey North Rizza, Lora Cecere
This Report will focus on defining procurement organizational structures and sharing insights on how to transform the organization to become demand-driven in supply management. It concludes with five key lessons learned from IBM's organizational transformation in becoming a demand-driven supply management leader.
Historically, the pendulum swings between divisional and corporate procurement structures. Each has advantages:
1. Divisional control improves alignment and service to internal customers
2. A corporate procurement organization allows the aggregation of spend across units enabling tighter control of procurement processes. This one face to the customer streamlines many of the processes.
Not surprising, mature organizations want the best of both worlds: high internal customer service with greater control. This has given rise to a hybrid organizational structurethe shared services model.
Process flows in these three models are quite different.
Model A: divisional (decentralized)In this model, the request-to-cash process is aligned by division, with sourcing control and procurement execution by the divisional personnel.
Model B: corporate (centralized)Through the consolidation of processes across divisions, requests from multiple divisions are funneled to a corporate buying organization to execute aggregate buying strategies, Payables may be executed by corporate services or at the local divisional level.
Models C and D: shared servicesIn either model outlined in Figure 1, the shared-services organization performs both sourcing and procurement centrally, with the flow of costs back to the division based on centralized intra-company invoicing or intra-company invoicing by one division to others. In each of these models, the shared services group is operating as a cost not a profit center.
Today we see a migration to the shared services model in large organizations, and to corporate control in midmarket companies (revenue less than $1B). However, the secret to model successand where we see a number of organizations losing their wayis in definition and delivery of customer service to the internal organization.
In November 2005, we asked 264 North American companies to provide insight into their supply management organizational structures. From this survey, we found the following:
1. 43% of respondents use the divisional model.
2. 46% use the corporate model.
3. 11% of companies operate in a shared services model.
This varies somewhat by the type of companymanufacturing versus servicesand by type of spend.
From this survey, we note several trends. The most complex and most common organizational structurefound in mature DDSN supply management groupsis the shared-services model.
Divisional procurement remains the predominant model for the management of direct materials in manufacturing companies. With divisional procurement models, companies have the ability to more quickly react to changes in demand. The power of one face to the supplier, however, is lost. Frequently, divisions are played against each other by the suppliers.
In most of the companies interviewed for this study, AMR Research found companies operating with multiple organizational structures. The need to manage a mix of organizational models with differing requirements by spend type expands the requirements for supporting technologies.
An example of the use of multiple organizational structures for multiple commodity classifications is a $20B metals producer and fabricator. In 1980, it organized its procurement organization into a centralized corporate structure. Though the results met corporate expectations, business units wanted improved customer service and greater ability to sense and react to demand changes. In 1989, the company returned to a decentralized organization.
Nine years later, in order to regain spending controls and vendor leverage, it restructured once again into a corporate procurement environment. The results were impressive in the area of savings, spend control, and leverage. While it may have been a good decision to go divisional at the time, the business climate changed and it led the company back to a centralized model.
By 2001, the company had achieved great cost savings, but needed to achieve even more success in savings, productivity, and customer requirement management. It regrouped to focus on seven key areas:
1. Delivery of real bottom-line benefits affecting profitability
2. Offset commodity raw material increases
3. Leverage the business and scale
4. Improve spend portfolio information and reporting
5. Increase touchless transactions
6. Re-engineer processes to ensure value sustainability
7. Create a higher value organization at a lower cost
These focus steps transformed the organization into a hybrid model consisting of global centralized procurement and a shared services environment. The global organization represents three centers of excellence:
Customer managementShared services organization of regional procurement operations focused on operational service.
Market managementCorporate organization of commodity managers focused on supply market management and commercial leverage.
Global center of excellenceFocused on people, process, and information management for functional excellence. This restructure brought $474M in benefits and sustained value creation to this metals producer and fabricator.
Organizations may use multiple organizational structures that can change throughout the journey. But, in the most successful transformations, the right organizational structures are designed to fit the business strategy.
Service-oriented companiese.g., banking, healthcare, hospitality, insurance, and logisticshave been early pioneers in defining workflows for shared services organizations as well as validating the value proposition for indirect and services spend. Manufacturing leaders should benchmark procurement and sourcing practices against some of these shared services leaders, such as Disney.
For Disney, a recognized leader in hospitality and entertainment, its 2004 annual report says it all:
established our Strategic Sourcing and Procurement organization in 1999
and at the end of fiscal 2003, this organization was delivering annualized purchasing savings of more than $400M per year. At a public event in 2005, a Disney spokesperson stated that these savings were equal to the funds required to build their new theme park in Asia.
In manufacturing companies, through the study, we confirmed the following trends:
Process-based manufacturers lag discrete manufacturing firms in the design of organizations and the refinement of supply management processes.
Midmarket companies are less mature in their supply management capabilities than large companies.
In manufacturing, while 66% of procurement organizations report to the VP of supply chain, we seldom see a clear understanding and appreciation of supply management technologies by supply chain management (SCM) leaders. Why? There are two primary reasons:
Supply management and SCM applications were developed in separate silos with little process overlap, technology integration, or cross-functional understanding. We're just beginning to see them merge.
The VP of SCM usually only appreciates the requirements of direct materials sourcing. As a result, they can undervalue the benefits of today's more mature supply management technologies for indirect, maintenance, repair, and overhaul (MRO), and services spend.
In contrast, manufacturing leaders have first focused on the implementation of demand-driven supply management practices in the areas of more mature technologiesindirect and services procurementwith later applicability to the management of direct materials. References are GlaxoSmithKline (GSK) and HJ Heinz. The Heinz annual report stated that Heinz continued to pursue opportunities in e-sourcing, which was used to purchase more than $700M in ingredient and packaging materials during fiscal 2004.
Supply management is becoming more important to the manufacturing agenda. In the 1990s, SCM processes were largely defined by manufacturing, with little input from supply management. Today, with the higher standards of contract compliance from Sarbanes-Oxley Act (SOX) regulations and the evolution of supply networks with multi-tier global sourcing, the business requirements have grown, with the role of supply management growing in importance as well.
Case study: IBM's supply management transformation
The largest organizational transformation with the greatest impact in both services and manufacturing is IBM. This case study remains one of the best examples of driving transformation through the creation of a shared services model for demand-driven supply management.
In the early 1990s, IBM knew it needed to change. It had hundreds of procurement organizations, $44.5B in total spend to manage, and its business was becoming global. Through a progressive development plan, the company forged a demand-driven supply management strategy. The results were dramatic: $6.5B in savings over fifteen years.
A unique feature of this case study is how IBM defined success. The team used one of the most comprehensive sets of customer service metrics (outlined in Table 2) that AMR Research has seen. Today, based on success of the transformation, IBM Global Procurement uses the same model to operate a shared services center in business transformation outsourcing (BTO) for companies like Colgate-Palmolive and Solectron.
IBM's lessons learned:
Build internal capabilitiesIBM focused on building sourcing capabilities over many years. This was coupled with the definition of business controls and internal audits. Driving this transformation was a systematic program of training, process standardization, and internal audits.
One face to the supplierAs the result of the transformation, suppliers went from dealing with hundreds of organizations within the company (with an average of five contracts per supplier) to having one point of contract within IBM. Supplier interaction was simplified through the redesign of the organizational structure, contracting processes, implementation of paperless procurement, and use of portal technologies for supplier collaboration. The power of one face to the supplier is lost in a divisional structure, allowing suppliers to play divisions against each other.
Global is more than language and cultureTo source globally and execute locally, IBM redesigned the organizational structure, metrics, and enabling technologies. Especially notable in this case study is the structure. It formed nearly two dozen global commodity councils to focus on the management of global strategies by spend type: marketing and advertising, information technologies, facilities, human resources, business specific (e.g., MRO, chemicals, office suppliers, etc.), and direct materials.
A transformational eventIn the words of IBM, business is not about automation, it is about driving a new way of doing business. You must start with strategy and end with technology. It is for this reason that IBM remains a leader in demand-driven supply management.
Form follows functionTo use the key learnings of the IBM case study, start with strategy, build the right organization, and end with technology. Unfortunately, companies too often start with technologies. With the evolution of shared services models and paperless procurement, the requirements for contract management, collaborative workflow, and supply management analytics have increased. It is imperative that companies start with a clear definition of the business process, define a supporting organizational structure, and then implement technologies.
As organizations become more global, with spend growing due to the outsourcing of services, manufacturing, and logistics, we can learn several lessons from leaders like Disney, IBM, GSK, and Heinz in driving organizational transformation:
Start with the vision. The goals of any transformation need to span procurement and sourcing for all types of spend. Leaders understand that supply management is hard to generalize, and that each spend type requires the focus of experts. Build global commodity councils to deliver the strategy.
Build credibility into the process. In many of the interviews for this research, we kept hearing the same theme from many companies: If I had all of the money that the procurement organization has saved over the last years with their new technologies, I could fund a new company. Because many projects have not established a way to measure, audit, and track savings, they lack internal credibility.
In driving demand-driven supply management organizational initiatives, companies can learn from GSK. Its leadership solved this problem early in the project by defining a process where cost savings could only be declared when approval and signoff by both finance and its internal customer was satisfied. Then and only then, could the savings count towards the goal or employee bonuses.
Stay the course. While the savings have some of the highest return on investment (ROI) of any project tracked by AMR Research, the payoff happens over timefor IBM it has been a decadewith a focus first on outward-facing benchmarking, followed by many years of building internal capabilities and supplier relationships. It cannot be achieved through an IT project orientation. Instead, multiple projects must be architected under a change transformation roadmap.
http://www.amrresearch.com/
Briefing: Master Data ManagementPart 2
From ARC Advisory Group/Steve Banker
As mentioned last week, ARC is kicking off a project to explore Master Data Management (MDM). The idea behind MDM is that at large companies, many master data elements are scattered between different ERP instances and in other many systems as well. The goal is to merge those disparate, and often conflicting records, into a single version of the truth. When ARC speaks of MDM as a technology, we are talking about an off the shelf solution that supports the global identification, linking, and synchronization of all data elements that help to fully explain: Assets, Customers, Employees, Products, and Suppliers.
There are more MDM solutions for Products, than for the other major master data noun classes. MDM's Product applications are also known as Product Information Management (PIM) systems. There are different flavors of MDM that focus on Product data. One flavor, the eCommerce flavor, is based on the merging of workflows to pull product data elements into a system of record, with tools to clean and audit that data, but these solutions have even more extensive workflows and tools to publish that data in multiple formats to multiple channels. Cardonet, Comergent, Stibo Catalog, and now Click Commerce fall into this camp. Here, the sweet spot is companies that have large quantities of products and many customers, and the company sells and markets to different groups of the customers through a large number of mediums; i.e. print catalogues, online catalogues, e-mail offers to specific groupings of customers, CD catalogues, or even special offers aimed at individual clients. Publication workflows can integrate suppliers, product managers, content managers, marketing, graphic designers, and sales. The ROI from these combined eBusiness PIM solutions comes primarily in the form of quicker publication production cycles, leading to the ability to publish more offers, and thus achieve higher sales. These solutions may lead to a company having to spend more time on data management, but the savings in production time, from being able to quickly get the correct data in the right format, is so great that the total time for producing publications is greatly reduced.
GXS offers a different style of PIM. GXS is a leading provider of business-to-business EDI, synchronization and collaboration solutions. Their sweet spot is MDM combined with Global Data Synchronization (GDS). GDS is a standards-based approach for suppliers to share product information surrounding new product introductions, product changes, and discontinuations with their customers. Some large retailers that initiated mandates for GDS backed off those mandates when they discovered that it did not really make sense to proceed, until they fixed their own internal data. Thus, there is some movement among large retailers to implement MDM. Most Consumer Goods suppliers are currently being asked to sync relatively small amounts of product data, and some are investing in MDM solutions, because they believe these mandates will grow in scope. This analyst's opinion is that it makes more sense for retailers to start with GDS mandates and only move to RFID once the data synchronization effort is well established.
Liaison Technologies could also be classified as being in the data sync/MDM camp, and they tell us that that most of their MDM customers start with data synchronization before implementing their PIM solution. They have a strong niche in the Paper industry, and one thing distinguishing their offering is that they offer MDM in a Software as a Service model (a single instance multi user solution, although large companies can choose to go with their own instance of the software). They have a content team that will iteratively clean data as an additional service, as well as a MDM strategic consulting (strategy and assessment) team.
There also are MDM solutions focused on customer data. These solutions are also known as Customer Data Integration (CDI) hubs. In this camp, ARC was briefed by VisionWare and Purisma this week. One of the main sources feeding CDI is Customer Relationship Management (CRM) applications, and these CRM applications are particularly apt to have data that becomes quickly corrupt. VisionWare focuses on the government market where customers are called citizens. On an annual basis births, deaths, marriages, divorce, address changes, the use of aliases and other things lead to base systems becoming corrupt. They argued that in one year, 12 percent of the data become obsolete, so that by the end of five years about 50 percent of the data was out of date. Thus a key component of MDM is the recognition that Customer is a tool to clean data. In their case they use a probabilistic matching tool that was developed from the ground up for the public sector.
Purisma looks at the issue of clean in a different way. For them the ability to link customer IDs across multiple systems, customer 123 in one system is the same as customer ABC in another, allows a company to more accurately aggregate data for the purpose of analysis.
The only MDM supplier with an Assets focus we have come across so far is NRX. When it comes to capital assets, the equipment and machinery that a manufacturer depends upon to make and deliver products to their customers, the information needed to maintain reliable uptime can be quite complex. A complex piece of machinery has a BOM associated with it, and maintenance engineers need drawings, spec sheets and pictures (which were used during the design and engineering phases of bringing the plant live) associated with the machinery that may need to be pulled over from CAD or PLM systems; these engineers also use safety and engineering manuals on an ongoing basis. The PLM data pull is particularly problematic. The way that information is used at the design phase is not the same way it is used during the operate and maintain phases. The MDM/Asset solution needs to be able to transform the data so that different people, with different roles, can use the information efficiently. The MDM/Asset solution then becomes the source of timely and accurate information an Enterprise Asset Management system uses to insure uptime.
There is a Business Intelligence (BI) style of MDM that is focused on making existing analytic applications more effective. These solutions deal with much more granular forms of master data than Products or Customers. The solutions are focused on how data from diverse sources rolls up into data warehouse data hierarchies. Hyperion, a Business Intelligence company that also sells budgeting and financial analytic applications, offers a solution that is designed for synchronizing master data into Corporate Performance Management analytic applications. Similarly, Requisite Technology, purchased last November by Click Commerce, historically focused on using their MDM to support spend analytics by the procurement organization.
Another BI style MDM supplier is Kalido. Kalido offers a solution that speeds the development of more customized BI data warehouses and data marts. Kalido believes that these projects should start with a small pilot. When a company decides to build a data warehouse, they will often find that the implementation raises issues that are essentially political. For example, how should a customer be defined? What exactly is a customer? Answering these questions can involve negotiation between different business executives with divergent goals on how to use the data records. Consequently, the data model will frequently change during the course of the implementation. Kalido's solution can allow for the data warehouse to capture data against an old model, change the model, and yet not require all the data to be reloaded into the data mart. Instead the changes to the data model will generate alerts that certain previously valid data is now invalid. This is the Work in Progress depository. Kalido also offers a Publication depository with workflows for data governance and stewardship (where should invalid data be routed, who has sign off rights on changes, etc.) and full data auditing down to individually identified and time stamped data points.
What all of the companies we talked to this week have in common is that they are not trying to solve the problem of world hunger, which in enterprise terms is having clean data in all systems at all times, they are attempting to solve the problem in chosen niches where there is a strong business case.
http://www.arcweb.com/
Why Lean Companies Stay Fat: Lean Manufacturing for High Performance
From Accenture
Lean manufacturing is designed to trim corporate fat and make companies fitter, faster and more competitive, but it requires long-term commitment. However, with a clear vision of an integrated, multi-year goal, the organization will both simplify and speed up product flow and facilitate just-in-time delivery.
The overall goal is the lasting improvement in company profitability that underpins high performance. It is achieved by fighting flab of all kinds, from excess inventory to over-extended equipment setup times.
The benefits of lean manufacturing can be substantial. Building flexibility into manufacturing processes and facilities and integrating and coordinating the organization's overall supply chain network will both simplify and speed up product flow and facilitate just-in-time delivery. A slimmer supply chain will optimize the alignment of product capabilities with what customers actually want.
Studies indicate that more than half of all US manufacturers have embarked on some kind of lean manufacturing initiative. However, far fewer actually achieve lasting profit improvement because they fail to recognize that, like dieters, they will have to take the health of the total organization into account. Lean manufacturing initiatives will have important consequences for many other areas of an enterpriseboth operational and strategic. It is therefore important to take a holistic view that considers the implications the various elements of the overall supply chain network have on each other.
The starting point for any successful lean manufacturer is defining multiyear objectives across the enterprise and devising a well-thought-out plan. Additionally, existing customer and/or supplier agreements may prove prohibitive to lean operations. Capital investments may also be required within facilities to overcome the limitations of old equipment. A positive cash flow can usually be seen within 120 days of the program's start.
Accenture's experience with companies that have achieved high performance through lean manufacturing reveals their focus on four core capabilities.
The four capabilities are:
1. Undertake lean manufacturing as a way of life: It must involve 100 percent commitment and involve everyone in the company in changing the company's culture along lean lines.
2. Recognize what long-term success involves: The answer is far-reaching change that must be embraced boldly.
3. Get on the scale and stay on: The correct things must be measured with appropriate technologies and the results must be shared.
4. Avoid the big letdown: The enterprise must persevere with the course through fully integrated and consistently communicated change programs.
A successful lean manufacturing program is a long-term strategy. It has to be an integrated, operational strategy that encompasses the entire company and its culture. Therefore, lean manufacturing is the foundation of sustained profitability and ultimately of high performance.
http://www.accenture.com/
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