The environmental surroundings of most companies have changed radically in recent years. Especially the competitive pressure has risen substantially over the past decades, fuelled by an increased globalization of markets and supply chains. In order to continuously satisfy consumer needs in a timely manner, organizations have to focus on performance and efficiency improvement measures. In terms of supply chain management, performance includes the three dimensions efficiency, effectiveness and flexibility which have to be dealt with on an equal basis. One mean to improve supply chain performance is the linkage between various IT applications involved in the whole supply chain. These efforts and trends are treated under the term electronic supply chain management (E-SCM). There are three major critical success factors for the successful operation of an electronic supply chain. These can be clustered into decision motivation (e.g. a shared vision and a strong motivation), implementation process (e.g. the tight integration of inter-organizational information systems and the re-engineering of inter-organizational business processes) and infrastructure conditions (e.g. agreement upon a shared industry standard). There are numerous benefits of an E-SCM implementation such as increased communication speed and decreased cost in terms of communication, inventory and customer service. Furthermore, E-SCM allows mitigating the bullwhip effect by improv-ing the availability of information throughout the entire supply chain. In addition E-SCM allows organizations to implement an entirely pull-based approach. One downside of E-SCM is the need to make a company’s entire business processes transparent, also towards supply chain partners who might be engaged with competitors. A further danger of E-SCM is to over-rely on speed rather than on flexibility.
Table of Contents
1 ABSTRACT
2 INTRODUCTION AND RESEARCH PURPOSE
3 THE UNDERLYING CONCEPT OF SUPPLY CHAIN MANAGEMENT
3.1 SUPPLY CHAIN MANAGEMENT AS A SUCCESS FACTOR
3.2 DEFINITIONS AND OBJECTIVES
4 SUPPLY CHAIN PERFORMANCE MEASUREMENT
4.1 CONCEPT OF PERFORMANCE MEASUREMENT
4.2 BENEFITS
4.3 CHALLENGES
4.4 FRAMEWORKS
4.4.1 SCOR-model
4.4.2 The Balanced Scorecard
5 THE RELATIONSHIP BETWEEN ERP, SCM & E-COMMERCE
6 E-BUSINESS IN SUPPLY CHAIN MANAGEMENT
6.1 DEFINITION
6.2 ELECTRONIC SUPPLY CHAIN MANAGEMENT
6.2.1 History
6.2.2 IT in Supply Chain Management
6.2.3 The Impact of IT on Supply Chain Integration and Performance
6.2.4 Critical Success Factors for Inter-organizational Information Systems
6.3 BENEFITS
6.4 DRAWBACKS
7 CASE STUDY: INTEL & ROSETTANET
7.1 ROSETTANET AS AN EXAMPLE FOR AN E-SCM SYSTEM
7.2 IMPLEMENTATION OF ROSETTANET AT INTEL
8 CONCLUSION
Research Objectives and Themes
This paper aims to provide a systematic examination of supply chain management (SCM) principles and the strategic integration of electronic systems (E-SCM) to improve operational efficiency. The research investigates how companies navigate the transition toward digital supply chains, focusing on performance measurement, the interplay between ERP and e-commerce, and the practical implementation of standardized systems like RosettaNet to gain competitive advantages in a global market.
- The evolution and fundamental concepts of Supply Chain Management.
- Methods and frameworks for measuring supply chain performance.
- The strategic relationship between ERP systems, SCM, and e-commerce.
- Critical success factors and challenges in implementing electronic supply chain management.
- A practical analysis of the RosettaNet implementation at Intel.
Excerpt from the Book
7.1 RosettaNet as an example for an E-SCM system
RosettaNet is a consortium of more than 500 information technology (IT), electronic components (EC), semiconductor manufacturing (SM) and solution provider (SP) companies (with Intel being one of the founding members) that strives to create, implement and promote open e-Business services and standards. (Sammon and Hanley 2007, p. 299) Its product RosettaNet – an E-SCM system – enables supply chain partners to exchange information directly, making manual data entries and paperwork obsolete. (Intel 2010) Furthermore, it does not only ensure greater data accuracy but also makes sure that the information in the supply chain is valid and can be processed in real time. (Intel 2010) The overall aim of the RosettaNet initiative is to develop and promote the adoption of universal standards for worldwide supply chain management. (RosettaNet 2010) Applying such best practice principles for E-SCM on a global scale, RosettaNet is set out to: (RosettaNet 2010)
- Reduce cycle times
- Reduce inventory costs
- Improve productivity through automation
- Measure supply chain ROI
To fulfill these objectives, RosettaNet is designed to accommodate the collaboration with various other IT sub-systems that the players involved in a supply chain may use as their back-end ERP systems. (RosettaNet 2010) In order to achieve these objectives, RosettaNet uses the extensible markup language (XML) standard and delivers the necessary communication over the internet. For setting up a RosettaNet infrastructure in the supply chain network of several interrelated entities, the following key standard specifications need to be defined: (Cartwright, et al. 2005, 240)
- RosettaNet Implementation Framework (RNIF)
- RosettaNet Business and Technical Dictionaries
- Partner Interface Processes (PIP)
While the RNIF defines the XML specifications to be used, the Business and Technical Dictionaries establish valid data formats that are to be used across the supply chain. The PIP finally defines sequences of business transactions and responses. (Cartwright, et al. 2005, 240) Examples for such business transaction are purchase orders, web invoices or advanced ship-
Summary of Chapters
1 ABSTRACT: This chapter provides an overview of the challenges in modern supply chains and introduces electronic supply chain management as a solution for improving efficiency and flexibility.
2 INTRODUCTION AND RESEARCH PURPOSE: The section outlines the environmental shifts in global markets and sets the foundation for the systematic study of supply chain principles and their business process integration.
3 THE UNDERLYING CONCEPT OF SUPPLY CHAIN MANAGEMENT: This chapter defines the core concepts of SCM, highlighting its role as a competitive success factor and explaining its objectives within a global network.
4 SUPPLY CHAIN PERFORMANCE MEASUREMENT: This part examines the necessity of measuring supply chain performance and details specific frameworks like the SCOR-model and the Balanced Scorecard.
5 THE RELATIONSHIP BETWEEN ERP, SCM & E-COMMERCE: This chapter explores the conceptual links between enterprise resource planning, supply chain management, and e-commerce systems.
6 E-BUSINESS IN SUPPLY CHAIN MANAGEMENT: The author discusses the integration of electronic systems into SCM, covering historical developments, critical success factors, benefits, and inherent drawbacks.
7 CASE STUDY: INTEL & ROSETTANET: This chapter offers a practical look at how Intel implemented RosettaNet to automate supply chain processes and achieve greater electronic integration.
8 CONCLUSION: The final chapter summarizes the research findings and addresses the future challenges of standardization in the digital economy.
Keywords
Supply Chain Management, E-SCM, Performance Measurement, RosettaNet, Intel, ERP, E-Business, Bullwhip Effect, SCOR-model, Balanced Scorecard, Information Technology, Process Integration, Digital Economy, Inter-organizational Information Systems, Supply Chain Optimization.
Frequently Asked Questions
What is the core focus of this research paper?
The paper focuses on the principles of Supply Chain Management (SCM) and how electronic systems, collectively known as E-SCM, are used to integrate business processes and improve performance in global supply chains.
What are the primary thematic areas explored?
The main themes include performance measurement systems, the relationship between ERP and e-commerce, the critical success factors for inter-organizational information systems, and the implementation of web-based standards.
What is the ultimate goal of the research?
The goal is to understand how firms can improve efficiency and effectiveness by moving from traditional, internal-focused management toward an integrated, transparent, and web-based supply chain approach.
What scientific methods are applied in the paper?
The work utilizes a systematic literature review to establish the theoretical framework, followed by a case study analysis to demonstrate the practical application of E-SCM technology in a real-world setting.
What does the main body of the paper cover?
It covers the definition and objectives of SCM, performance measurement frameworks (SCOR, Balanced Scorecard), the relationship between IT systems, the emergence of E-SCM, and the practical case of Intel's RosettaNet.
Which keywords best describe this study?
Key terms include Supply Chain Management, E-SCM, Performance Measurement, RosettaNet, ERP, and Supply Chain Integration.
Why is RosettaNet considered significant for Intel?
RosettaNet is significant because it provides a standardized, XML-based platform that allows Intel to automate complex business transactions, reduce costs, and integrate hundreds of trading partners into a unified digital ecosystem.
What are the major drawbacks identified for E-SCM implementation?
The paper notes that challenges include the high cost of development, the need for a high degree of trust among partners, the potential for uneven benefits favoring larger manufacturers, and the danger of over-relying on speed at the expense of flexibility.
How does Intel manage different levels of supplier technology?
Intel uses a Middleware Services Platform (MwS) to translate data across multiple communication gateways, such as EDI, File Transfer, WebSuite, and RosettaNet, allowing them to support both sophisticated and less advanced trading partners.
- Quote paper
- Swen Beyer (Author), 2010, Supply Chain Performance Measurement & E-Business Supply Chain Management: Including a Practical Excursus on the Intel Case, Munich, GRIN Verlag, https://www.grin.com/document/153242
