Solving The Solutions With Current Erp System

Given the facts in the case and as outlined in more detail in this case study, it is our recommendation that Mierdorf and Wolfram move to the case level RFID tagging process. The improvements up and down the supply chain in accuracy, inventory control, reduced labor costs are enough to at least continue with the RFID

As RFID technology evolves and becomes less expensive, there will be an increase in the number of companies and vendors using the technology. Eventually, new applications will be developed and these systems may even be able to solve common or unique problems associated with business in today’s market.

To justify the objective I have begun the research with literature revi9ew and by collecting the secondary data from the articles, peer reviewed journals, related research papers and books. Journals and articles were important to understand the challenges and risk RFID technology is facing .I Addition to data collected from another sources are discussing with industries who implemented and using RFID technology to track their products, Reviews and people who are technically involved with RFID technology helped me to collect the data required for my

Today, RFID is used in retail, manufacturing, healthcare, agriculture, travel, entertainment, etc. RFID increases efficiency of operations, decreases reliance on manual process, improves asset visibility and traceability, reduces operation costs, and provides useful data for business analytics. There are many different reasons why companies and firms are beginning to make the switch to RFID, some examples are: automating inventory and asset-tracking in healthcare, manufacturing, retail, and business sectors; identifying the source of products, enabling intelligent recall of defective or dangerous items; prevent use of counterfeit products in the supply chain; improve shopping experience for consumers; provide visibility into the supply chain

RFID technology can offer many advantages to suppliers, retailers, and consumers including “improved accuracy in managing inventory, improved visibility of orders and inventory, reduced costs for logistical operations, improved customer service, improved security, and improved efficiency of business operations” (Park et al. 2010, p. 684).

In order to clarify what savings RFID can provide for an organisation currently utilizing outdated, inefficient  logistics technologies, these time savings should be used, along with some general assumptions, to  project  indicative cost savings.  To facilitate analysis of the labour cost savings associated to implementing RFID processes to an asset tracking  context, the life cycle of a typical asset is considered.  The different types of assets and their individual  characteristics are ignored to simplify the analysis.  In order for this document to provide useful figures for a wider range of customers, a basic logistics department  with varying asset levels and traffic will be analysed. Some general assumptions are listed:   Average warehouse worker works a 38 hour week and earns a $60,000AU salary.    Number of assets to be tracked:  o 10,000  o 20,000  o 50,000  o 100,000   Each tagged asset follows an assumed asset life cycle. Numbers of reads associated to each task:  o Asset Life – 3 years  o Initial Deployment of Asset:   Manufacturer applies RFID tag to asset   Received to Warehouse Stock   2 reads – 1 read into warehouse door, 1 read onto correct shelf/area   Distribution to a Particular Building/Floor   2 reads – 1 read out of warehouse

Radio Frequency Identification – RFID – is an established data-carrying technology used throughout industry. Data relating to an item is stored on a tag, which is attached to the item. The tag is activated by radio waves emitted from a reader. Once activated, the tag sends data stored in its memory relating to the item back to the reader. This data can then be shared between organizations and trading partners via the EPCglobal Network in a secure manner.

Darcy, Peter, Pupunwiwat, Prapassara, Stantic, Bela 2011/ The Challenges and Issues Facing the Deployment of RFID Technology/ Book Title Deploying RFID - Challenges, Solutions, and Open Issues

RFID (radio frequency identification) is an new technology that threatens to take the place of bar codes in the supply chain world. The technology uses electromagnetic fields to automatically identify and track tags attached to objects. This innovation can provide many benefits in logistics and may revolutionize the entire industry. But, even though the technology provides many benefits, it also has many drawbacks and may not yet be developed enough to become the industry standard. The technology also may not be beneficial or cost effective for every business and will require a total overhaul of a businesses infrastructure, which can be extremely costly. Furthermore, both bar codes and RFID technology have many pros and cons, also industry may not be ready to implement RFID into their infrastructure.

INTRODUCTION: In June 2003 Wal-Mart first announced its plan to implement RFID technology in its supply chain by January 2005; this caught many of the suppliers unawares. Though the plans envisaged compliance from the top 100 suppliers, around 129 suppliers jumped into the fray, afraid of being left behind in the race. RFID technology was invented in 1969 and patented in 1973; after thirty long years WalMart has demanded its implementation. Expectations are high, unfortunately RFID technology is still in its infant stage.

Radio wave technology has been used since the Second World War but the first application of modern RFID technology came in 1983 when Charles A. Walton received the first patent for his ‘Portable radio frequency emitting identifier’ (US Patent Office, 1983). Since Walton’s patent, modern RFID technology has evolved at a startling rate with “approximately 1500 RFID patents issued between 1997 and 2010” (Mehrjerdi, 2010). The impact RFID has had on global commerce has been wide-spread. Many major industries have found ways to implement the technology into their business practices. Examples include but are not limited to: manufacturing, logistics and inventory control, national defense and commercial farming (FDA, 2015).

Hartsfield-Jackson Atlanta International Airport (ATL) should implement radio-frequency identification (RFID) tags in the airport’s baggage-handling operations for a variety of reasons. First, implementing this system will be beneficial to airport workers, travelers, and the airlines. Second, the cost of lost luggage fees and millions of dollars being spent in reimbursements will be significantly reduced. Third, the overall control of luggage will be more efficient and effective. Fourth, traveler satisfaction will improve, as the luggage process will be hassle free.

While Intel remains a leader in technologies, the manufacturing processes used are dated, and need to be changed. By implementing RFID technology within Intel warehouses, the company can find gaps within the supply chain, and develop solutions

RFID technology is not only used at gas stations, restaurants, and department but also at

• 1. Become familiar with RFID technology and its potential uses in Harley-Davidson’s supply chain using the information presented in this chapter and information you obtain through the Online Companion links, your favorite search engine, and your library. In about 400 words, evaluate the advantages and disadvantages for Harley-Davidson of replacing its bar codes and scanners technology with RFID.