Thursday, 26 July 2018

How wine manufacturer prevent the counterfeiters from growing?


Counterfeiting is a global issue and has been for many years; especially in the wine industry. But advances in technology have given counterfeiters the ability to make ever-more-convincing counterfeit goods. 

The Australian wine industry, among others, is a victim of counterfeit goods — especially with the growing Asian market for high-end Australian produce. These counterfeit goods are competing with Australian exporters for space on store shelves overseas, and in many cases are actually outselling the real deal. Australia is the second biggest exporter to China and growing. However, China’s CTV reported that 50% of wine sold in China could be fake; some argue that it could be as much as 90% for high-profile brands, like Penfolds Grange.

Counterfeit wine not only hurts profits, but it can also do everlasting damage to a brand and put consumers in danger — especially because we can’t be sure what is inside the fake bottles.

Good branding alone isn’t enough. After all, many Chinese consumers don’t know what to look for on the labels, especially when the name and logo are altered to look like the original. If the consumer isn’t able to read French or English, it can be difficult for unsuspecting buyers to discern what’s real and what’s fake.

One method counterfeiters use is to buy empty wine bottles and simply refill them with cheap grog. As a result, high-end restaurants, hotels, collectors and auction houses have now taken to smashing empty bottles to avoid their unwelcome re-entry into the marketplace. But to stop those counterfeiters using highly advanced technology to “steal” a brand, this still isn’t enough.

The good news is that wine producers can use the same technology advances that have led to an increase in counterfeiting to counteract the criminals. By incorporating better technology into identification, authentication and tracking of wines, producers can make it more difficult for counterfeiters to break into the supply chain. In fact, the global anti-counterfeit packaging market for food and beverages is expected to reach US$62.5 billion globally by 2020.

Currently, the layering of several anti-counterfeiting solutions is the best approach regarding protection. Ideally, this should integrate three tactics:

Authentication

This encompasses any techniques that confirm the bottle is authentic. Because conventional authentication technologies are the easiest to apply and most cost-effective, they are the most popular anti-counterfeiting method. Unique codes can be generated to authenticate the product.

Some winemakers are choosing to use UV inks to print anti-counterfeiting codes onto items; these are detectable only when read with certain scanning technology. The downside of this method is that consumers can’t recognise the UV inks to authenticate the product.

The most effective, and, therefore, most popular, method for wines is laser coding. Lasers are an extremely fast, cost-effective way to mark high quality, permanent codes onto products. And because the laser can code onto glass and cardboard, they are ideal for marking wine bottles and cartons. At the same time, because of their high quality mark, lasers are ideal in an industry where product presentation is important. 

Track and trace

Track-and-trace solutions enable the bottles to be traced through the supply chain, right through to the consumer. Barcode-enabled product tracking helps to maintain the supply chain integrity. Coding and labelling technologies make this easy to implement in a production or packaging line.

Winemakers globally are starting to use bottles incorporating new labelling that allows the tracing system to be activated and wines tracked. By having a tracking system on each carton and bottle, producers are able to ensure their wines — not the counterfedemo QR code how wine makers can beat the counterfeitersits — are what the consumer is buying.

Marketing

Increasingly, marketers are adding QR codes or other scannable codes to wine labels that consumers can scan with their smartphones to access interactive (and trustworthy) online content. (You may find this article on QR codes interesting, and this as one of the 5 codes manufacturers should know.) Try scanning the demonstration QR code above right.

By themselves, these tactics are not enough.

By combining a number of identification and inspection technologies on the production line we can achieve a truly authenticated, tracked and traceable product right through to the consumer. This combination is known as serialisation. With serialisation, each product has a unique code, which can then be scanned by a consumer to verify the product’s authenticity. This also enables a direct marketing opportunity and, at the same time, you receive the data of where the product is being scanned. 

Monday, 16 July 2018

RFID Application In Library, Main Advantages, Standards, Different Points?


RFID is the latest technology to be used in libraries. Unlike the old fashioned EM (Electro-Mechanical) and RF (Radio Frequency) systems, which have been used in libraries for decades, RFID based systems provide more security and efficient for the tracking of materials throughout the library, including easier and faster Check-in and Check-out, inventorying, and materials handling.

Thanks to the RFID technology all material can be handled without exception. Even Videos and DVDs can be tagged and identified. The RFID technology provides an almost 100 percent detection rate. There is no false alarm once an RFID system is properly tuned.

The main advantages of using RFID technology in libraries are:

High-speed inventory including identify items which are out of proper order. RFID technology provides the possibility to scan books on the shelves without removing them just by using a proper hand-held inventory reader.

Rapid Check-in / Check-Out with fast stack reading and automatic book drops.
Theft detection hanks to the Long Range reading capabilities of the RFID equipment with extra-wide exit gates. The corridors at the building exits can be up to 1 meter wide.

Long tag life and high reliability.

Standards

Standards for RFID in libraries are essential because library materials are not only used by the owning library, but also by others via interlibrary loan. Common standards would make it possible to circulate borrowed items without entering information manually. If RFID hardware and software vendors can deliver standardized products internationally, their cost is reduced.

Finally, standards can avoid libraries being dependent upon specific vendors as is the case when vendors use proprietary protocols. When there is conformity to the relevant standards, it is possible to change vendors in case of poor performance or a business failure.

The relevant RFID standards for libraries are ISO 15693, ISO 18000-3, SIP2, NCIP, and ISO 28560.

Differentiation Among RFID Systems
While library RFID systems have a great deal in common with one another, including the use of high-frequency (13.56 MHz), passive, read-write tags, there are some significant differences:

1. An RFID system may manage security by using a “theft” bit on the tag that can be turned on or off, or it may interface with an integrated library system and query that system to determine the security status. It may even do both.

2. The RFID tags may contain only item identification numbers or they may contain considerable additional information, some of which may be permanent and some capable of being rewritten. A 74 or 95 bit tag can accommodate only item identification, a 256 bit tag can accommodate a small amount of additional information such as location, and a 1024 or 2048 bit tag can also accommodate limited bibliographic information for an item.

3. Some tags have a noticeable bump because they have been produced using “solder and bond” technology, while others have almost no bump because they use the “flip chip” technology that fuses the chip to the antenna. The latter type is less obvious.

4. Some vendors offer only proprietary tags while others offer tags that conform to a national standard supported by multiple vendors. However, almost all vendors are expected to support the new ISO 28560 standard and the parallel NISO standard that spells out the options to be used by U.S. libraries.


Thursday, 12 July 2018

Impact of IoT in Manufacturing, Energy and Logistics Industry


The advent of Internet has given rise to the concept of connectivity. The power of connectivity is expanding at an unprecedented rate, with no signs of slowing down. The Internet of Things (IoT) is nothing but the amalgamation of smart devices, sensors and the connectivity of Internet.
Surprising Statistics of IoT that you Surely Don’t Know About
According to Gartner, the number of smart devices will grow from 8.4 billion in 2017 to 19.4 billion till 2020.
The IoT market is projected to grow from over $170 billion in 2017 to over $560 billion by 2022 according to Markets And Markets.
The worldwide IoT market will grow from $3.9 trillion to $11 trillion by 2025 as per the prediction of McKinsey.
As per McKinsey, IoT-related businesses would account for 11% of the global economy.
We have entered the digital age where data analytics, connectivity and automation are encouraging new innovations. Let’s know how different industries are using IoT solutions and services to their advantage and giving their business a technologically competitive edge.
Disruption of IoT in Manufacturing
The Internet of Things has optimized the workflow, processes and operations in manufacturing industry. By leveraging the automation power of IoT and combining it with data, insights, analytics and intelligence, several devices are programmed to work together and produce outputs on an assembly line.
The malfunctioning of devices can be detected at an early stage as IoT ecosystem in manufacturing collects real time data on the status of the environment. In case of any device failure, the connected user gets notified, which in turn puts to use other smart technology powered device for recovery after failure. All this has realized the concept of ‘smart factory’, which was just an imagination few years ago.
Power Saving with the Use of IoT in Energy Industry
Energy sector is quite benefitted with the use of IoT technology. One of the many applications of the Internet of Things includes installation of smart meters. The accurate, precise and granular recording of energy consumption by smart meters has helped consumers to keep a track of real time power consumption. Users can also get insights on which device is consuming more power, what time of the day maximum energy is used and how to optimize the overall power usage.
Smart meters enable utility companies to bill customers more efficiently and accurately as per the power consumption. Such devices also help in keeping a track of the total amount of energy consumed by users of green technologies and allow it to be credited back for incentivizing the use of environmentally friendly energy.
Impact of IoT in Logistics & Supply Chain Management
The scanning technology of Radio-frequency identification (RFID) is in use in logistics and supply chain industry since long. However, the advent of IoT has revolutionized this industry to the core. Apart from merely reading by scanning of the tag, IoT allows for easy and smooth supply chain management to meet the growing needs of consumers.
The additional intelligence and smartness in RFID tag allows for individual devices or products to be tracked in real time. The use of IoT technology is helping in enforcing expiration dates on perishables. The connected supply chain system senses weather and detects humidity, temperature, pressure, or moisture that could compromise deliveries. Such automated smart systems allow for near-real-time updates to inventory and tracking systems, thereby including transparency and automation in logistics and supply chain management.
On a Concluding Note…
Embedded devices and the flexibility of IoT technology are helping several industries to automate their processes and operations. The best part about Internet of Things is that its applications are not limited to large scale organizations or enterprises. IoT connected ecosystem help startups as well as medium sized organizations to increase automation and improve data processing and analytics.
IoT technology is bond to bring forth more innovations in different industries in the coming years. With this technology maturing and combining with other emerging technologies such as Artificial Intelligence, industries seem to be well positioned to leverage the benefit with the help of professional IoT services provider.

Monday, 2 July 2018

How RFID Works and How To Make an Arduino based RFID Door Lock

How RFID Works and How To Make an Arduino based RFID Door Lock

The Way We Shop: eCommerce in the World of IoT



eCommerce is, without question, soon to be the behemoth in the room (if the “room” is the global economy). The top 3 online retailers generated almost 100 billion US dollars in revenue in 2017.
According to Statista, by 2021, e-retail revenue is expected to grow to 4.88 trillion US dollars.
The world of shopping is changing—let’s face it—it’s already changed. Ecommerce stores now must find ways to compete for customer loyalty, the same way brick-and-mortar stores have been doing for the last 100 years. New technology is allowing online retailers to do just this.
The Era of Connected Devices
IoT, or the Internet of Things, is the latest buzz in the technological disruption that is occurring everywhere we look. IoT is comprised of all the everyday objects that are connected to the internet. These devices communicate and share tons of data back and forth. We use these devices every day—our phones, Alexa, smart TVs, and, for some of us now, even refrigerators.
These types of devices bring tremendous benefits into our lives, but they also represent a huge opportunity for businesses everywhere, especially ecommerce retailers. Online stores don’t have the benefit of meeting their customers face to face like traditional retailers, so internet connected devices give them the opportunity to get to know their customers in a meaningful way.
According to Iflexion’s ecommerce team, the winning combination of technologies for today’s ecommerce is IoT + big data. The deployment of smart devices into ecommerce brings value via intelligent insights that increase customer engagement and truly spur a business forward. More and more connected devices are revolutionizing the way business is done and the data that companies are gathering is growing exponentially. Harnessing this big data improves business productivity and, ultimately, the online shopping experience for consumers everywhere.
3 Ways IoT is Changing Ecommerce
1. Behind the Scenes Upgrades
So far, the back-end of business management has seen the greatest impact from IoT. Internet connected devices have drastically improved the entire supply chain process—from inventory management to delivery. RFID chips and sensors have become affordable for even the smallest of operations, streamlining the entire flow. This technology allows inventory management to occur in real time reducing person-hours all while providing more accurate information.
RFID-based inventory management makes it easier for companies to stay on track of supply levels helping warehouse workers to locate products when necessary. For ecommerce stores, this can reduce the time to market and nearly eliminate out-of-stock surprises. Inventory tags and smart shelves reduce human error when it comes to reordering stock by ensuring that when a customer places an order, the product is there for them. Less hassle managing the warehouse and inventory also means more time to focus on other aspects of the business.
In addition to easing inventory and warehouse management, the same technology helps ecommerce retailers and customers track and monitor deliveries. An uninterrupted and efficient supply chain is vital to any ecommerce business. IoT ensures that both parties have precise estimates on when packages will reach their final destination and nearly puts an end to lost shipments. While real-time shipment tracking has been around for some time now, the technology, along with the data being collected, is being harnessed to improve routing and logistics.
2. Maintenance, Warranty, and Theft
For ecommerce stores that sell higher-end goods, products under warranty, or anything that needs to undergo scheduled maintenance, IoT devices can keep up with all the details. Data can be sent directly from the products to the retailer, helping to identify issues or malfunctions perhaps before the customer is even aware of them. This type of data can be used to ultimately anticipate potential complaints, improve products and customer service, and resolve issues quickly. These devices can also provide GPS locations in case of loss or theft.
General Electric is probably the best example of a company fully utilizing this technology to the benefit of both them and their customers. They have a complete suite of “smart” appliances. Customers can keep their clothes from getting wrinkled by initiating an extended tumble directly from their phones, get alerts if they leave the oven on, and automatically order dishwashing detergent.
However, more important than these time-saving features, General Electric can remotely perform advanced diagnostics, alert owners about upcoming scheduled maintenance, and gather tons of usage data that helps them make long-term product decisions.