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New Auto-Id Integration Standard in RFID Could Play A Major Role In Adoption & Proliferation of IoT (Internet of Things)

integration standard RFID

Editor's Note: This guest blog features Barcoding, Inc. Barcoding, Inc. is a systems integrator.  They offer automated data capture solutions – from project planning and development to implementation and ongoing support post-deployment – for thousands of clients all over the country. In fact, it’s what they’ve done successfully now since 1998, a testament to the strength of their people and the dedication they have to their customers. A systems integrator is a person or company that specializes in bringing together component subsystems into a whole and ensuring that those subsystems function together. At Cerasis, we align well with Barcoding, Inc. because we believe in leveraging technology as an enablement tool and competitive advantage for our shipper customers for more effective transportation management. As a company entering our second decade, like Barcoding, Inc., we pride ourselves on being a technology minded company first with the introduction of a web-based TMS, the Cerasis Rater, all the way back in 1998. 

Further, this blog post speaks about the Internet Of Things, as we are in the middle of a series on how the hyperconnected era, or the Internet of Things, will impact the supply chain. You can read our first post in the series here.

The Simplification of Integration Standard to Increase RFID Adoption Laying Ground for Proliferation of IoT

The OPC Foundation, the interoperability standard for industrial automation, recently reviewed the simplification of integrated ID systems. The process began last spring with a workgroup for systems integration, whom is working on a plan for a communication standard for the OPC Unified Architecture (OPC UA).

The processes of optimized production and logistics will find that the automatic identification of various objects is continuing to be a highly important issue. This integration standard change will drive strong growth in the auto-ID market in the future, with ARC Advisory predicting an increase of 15% in RFID adoption in 2015. It’s not a completely smooth ride—there are still obstacles in the way of widespread adoption.

The most prominent of these is the cost and complexity of RFID integration and other code reading technologies, which serve a variety of background systems. Current estimates are that approximately 25% of project costs are attributable to RFID services, including the integration into IT platforms or the automation environment. This is due, in part, to the need for a widely distributed standard for the variety of reading devices and the multitude of hosting systems, which include program logic controllers (PLC) and IT systems.

The disadvantages that could arise from this situation are worth addressing. Reading devices from the various manufacturers do adhere to a standard for capturing code, but a separate driver must be implemented for each type of device in order for network communications to be sent to the next level of the system. Once the components have been purchased from a manufacturer, it becomes expensive to adopt the components of another company, even if they are a better fit for some specific applications. The employment of a variety of auto ID methods as part of a hybrid application will certainly bring additional costs.

Added to this, is the fact that system environments are growing more heterogeneous. In the past, auto ID constructions where closed applications, as RFID readers were communicating directly to PLC in order to run the production line. Now, the widespread adoption of auto ID is bringing a great amount of systems, which need data from the identification. For example, if a part is tagged with a data matrix number, this number is utilizable as a controller for the posting of goods receipts, quality control of the part, verifying the code quality, managing material flow and also warehousing systems, coupled with the mounting and installation of the product. The problem remains that there are still a large number of management and control systems to be integrated to account for all these tasks.

However, a new Integration Standard will go quite a ways to solving this. Simplifying the integration of identification systems could become an essential base for the Internet of Things.

BONUS: From RFID to the Internet of Things

Although RFID strictly speaking has nothing to do with the Internet of Things, the possibility of tagging, tracking, connecting and “reading” objects went hand in hand with what would become known as the Internet of Things around the beginning of this century.

It was obvious that the connection of the types of “things” and applications – as we saw them in RFID – with the Internet would change a lot. It might surprise you but the concepts of connected refrigerators, telling you that you need to buy milk, or the vision of an immersive shopping experience (without bar code scanning and smart real-time information) go back since before the term Internet of Things even existed.

Again, it took a long time. Furthermore, we shouldn’t play the Internet of Things to just these popular and widely known concepts, even if consumer-related attention for the IoT without a doubt has led to the grown attention. Read the full article from i-scoop here.

integration standard internet of things

What are your thoughts on RFID application, new review of this integration standard, and the Internet of Things? Let us know in the comments below! Also don't forget to follow Barcoding, Inc. on both of their Facebook or twitter pages.

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Melina McLean
Barcoding offers automated data capture solutions – from project planning and development to implementation and ongoing support post-deployment – are what we provide for thousands of clients all over the country. In fact, it’s what we’ve done successfully now for 15 years, a testament to the strength of our people and the dedication we have to our customers. A systems integrator is a person or company that specializes in bringing together component subsystems into a whole and ensuring that those subsystems function together.
Melina McLean
Melina McLean
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