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Posts Tagged ‘2D Barcodes’

SNI’s Are Not Enough In a Plateau-Based Supply Chain Security Approach

I recently published an essay on RxTrace called “Plateaus of Pharma Supply Chain Security” in which I proposed that a better timeline for the introduction of technology to secure the U.S. pharmaceutical supply chain was one based on plateaus.  Each succeeding plateau would add the adoption of new technology and/or data communications among the participants in the supply chain with the intent of elevating the security over the previous plateau.

In that essay I included illustrative dates for each of the four plateaus that I offered as an example of the concept, but you could easily imagine the overall program having open-ended dates that would allow the supply chain to adopt one plateau at a time and move to the next plateau only if/when a security problem is discovered at the current plateau.  That is, jump to the next plateau only when necessary.  Taking this approach, you may never actually need to get to the later plateaus.

For example, imagine that the first plateau were for manufacturers to serialize all drugs at the pharmacy-saleable package level (what I normally call “unit-level”) with an FDA Standardized Numeric Identifier (SNI) and all supply chain owners of drugs were to read the SNI’s and simply keep records of who they bought them from and who they sold them to.

With no data communications between trading partners that includes the SNI’s it might seem that little
security has been gained over what is done today.  But this small step (“small” compared to a full pedigree or track & trace system) would allow criminal Read the rest of this entry »

Will The Pharma Supply Chain Be Able To Use Inference? Maybe Not!

In an essay published in April, I explained my theory that “RFID is DEAD…at Unit-level in Pharma”, which, if true, would mean that most drugs in the U.S. supply chain would be serialized by manufacturers with 2D barcodes by 2015 for California.  In my last essay, “Inference in the Pharmaceutical Supply Chain”, I carried that theory one step further by showing how the widespread reliance on 2D barcodes to serialize at the unit level would lead directly to the widespread use of the practice of inference in the supply chain.  This would be out of necessity since the unit-level serial numbers would not be readable without opening their containers, something that can’t happen because it is so inefficient that it would cripple the supply chain.  So let me say it this way, the widespread use of 2D barcodes for unit-level serialization will necessitate the widespread reliance on inference.  The former leads to the latter just like excessive sunshine leads to sunburn.

But the projections of widespread reliance on inference lead directly to a new concern.  Let me explain.  Successful use of inference for determining the contents of cases is totally dependent on the accuracy of the aggregation information established and provided by the manufacturer, or whoever packed them.  If a packer uses a casepacking process that is incapable of yielding highly accurate aggregation information, inference will not work well.

This is a problem.  A big problem, because Read the rest of this entry »

Inference in the Pharmaceutical Supply Chain

In my recent essay, “RFID is DEAD…at Unit-level in Pharma”, I used relative cost estimates to theorize that Radio Frequency IDentification (RFID) will not be the predominant carrier of serial numbers applied to drug packages for compliance with U.S. pedigree laws.  My theory is that there will actually be a mix of RFID and 2D barcodes, and that barcodes will be the predominant carrier technology.  As you might expect, that was a little controversial with the RFID industry (See RFID Journal’s blog post in response to my essay).  Hey, it’s just a theory.  I too, wish everything would be RFID, and for all of the reasons cited by RFID Journal.  It’s just that I don’t believe it’s going to turn out that way and that’s based on the logic I laid out in my essay.  (Also see FiercePharma Manufacturing’s more neutral post in response to my essay.) 

BARCODES WILL PREDOMINATE.  LET’S MOVE ON… 

In a mixed-but-predominantly-barcode-serialized U.S. pharmaceutical supply chain, companies will not be able to tell which unit serial numbers are inside of each sealed case at receiving or at shipping.  Because barcodes are a “line-of-sight” technology, the only way to tell with absolute certainty what the sealed-up unit serial numbers are will be to cut the tape seal, open the case, expose the barcodes, scan each unit and tape the case closed again. 

It is a ridiculous notion to believe that Read the rest of this entry »

RFID is DEAD…at Unit-Level in Pharma

That’s right.  And it comes from an economic reality that was evident even six years ago.  That was when a small group of people with various pharmaceutical supply chain backgrounds had an informal discussion of the relative costs and impacts that each of the three primary business segments in the supply chain would face in a full deployment of Radio Frequency IDentification (RFID).  As I recall, this conversation may not have even been part of the official proceedings of the project we were assembled to work on at the time.  It may have actually occurred during one of the social hours after a day of meetings, but it stuck with me.  Ever since that time I kept meaning to get around to creating the graphs that we envisioned at that time but have never gotten around to it, until now. Read the rest of this entry »

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About The Author
Dirk Rodgers

Dirk is a Sr. Consultant in the U.S. Healthcare Supply Chain. He contributed to many of the industry groups that were formed to investigate solutions to the problem of counterfeit and other illegitimate drugs in the legitimate supply chain. He served as co-chair of a number of key technical work groups in GS1 and GS1 US. These include the original GS1 EPCglobal Drug Pedigree Messaging work group that created the DPMS pedigree standard, the Network Centric ePedigree (NCeP) work group and the RFID Barcode Interoperability Guideline work group. Dirk holds a BS in Electrical and Computer Engineering from the University of Wisconsin-Madison.

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