RFID – The next revolution in SCM Group 9 PGP/12/248 MURALIKRISHNA BATCHALA PGP/12/260 BADRINATH GM PGP/12/261 SAURABH KUMAR PGP/12/262 PIRAMANAYAGAM M. PGP/12/265 RICHIE GIFTSON PAUL J
Introduction Technique for electronic labeling and
identification Considered as the next stage of Barcode Usage in varied sectors Electronic toll pricing RFID car keys for automobiles to detect theft European central bank uses RFID in bank
notes to detect counterfeit Of course used in SCM
Still in infancy when it comes to SCM SCM termed as killer application for RFID Used by Wal-Mart, P&G, Target, Home
depot, Gillette etc
What is RFID System? Consist of RFID readers and tags A microchip attached to an antenna and
embedded in product or put as label RFID Vs Barcode Line of sight not needed unlike barcodes Ability to read it en masse Read Only Vs Read/Write Vs Combination Active Vs Passive RFID tags Frequency bands determines the range of
operation More the frequency, more is the cost of readers and tags
MIT Auto-ID Centre Goal of developing low-cost, open-standard
RFID for SCM Split into two organizations EPC Global – developing and administering
RFID Auto-ID labs – Research and develop new technologies RFID infrastructure developed and known
as EPC network Consist of Electronic Product Code Object Naming Service Product markup language
Using EPC Network to locate
RFID benefits for SCM
Tracking Products Manufacturing uses for closed loop tracking
of parts, components and subassemblies Pallet level tracking can lead to efficient consignment verification Stacks of multiple pallets can be read at a time Automation and streamlining of SC process can reduce cost Pallet and case level tagging can result in significant benefits at shipping, warehouse and DCs Ex – Dell, Ford and many CPGs
Tracking using RFID
Impetus for collaboration Causes of SC inefficiency – lack of
collaboration and visibility Remember Cisco case of inventory write off Visibility can help identify sources of variability and help reducing it EPC provides real time information on internet about the product's presence in SC Improves critical areas such as demand management, planning, forecasting and order management Automatic electronic sharing of data speeds up workflows
Reduce Inventory shrinkage Lower level of inventories – success mantra
for retailers Stock lost due to shrinkage estimates to 1.7% of total annual sales Consumer ends up paying higher for compensating this loss RFID can provide a security staff to curtail the above Security could be alerted if the product leaves without billing Inventory errors occurs as receiving errors or as dead inventory Dead Inventory – inventory that cannot be located
Prevent Stock-Outs Stock outs – KPI for a retailer Loss of sale and customer dissatisfaction Stock outs can occur mainly because of Inaccurate forecasting – 47% Shelf stocking policy, product in store but
cannot be located – 28% The second point could be effectively
addressed using RFID RFID could sense low amount of stock on shelf and raise an alarm, instead of manual tracking Major benefit of RFID id preventing stock
Fair Pricing of Products Most effective way to enhance profit Dynamic Vs Differential pricing Dynamic – market conditions determine
price Differential – Different market segments RFID provides timely demand and inventory in SC provides efficient means to price the product Frequent price changes will be an effortless task with RFID Ex - Ford uses efficient revenue management systems using hybrid
RFID case studies
Impediments to RFID in SCs Lack of universal standards Frequency spectrum mismatch Standards from EPC global might solve this
High cost of tags and readers Wal-Mart needs tags at rates less than a cent Major obstacle for RFID adaptation
Absence of Application software Extracting pertinent information from tags is
difficult Many MIS do not have built in RFID processing capabilities
Other factor – scattering by soda and liquid
detergents Anonymity is a major concern
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