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CYBRA Announces Locking RFID Seals

CYBRA-locking-seals-RFID-blogLast week, CYBRA unveiled a new line of RFID tags which can be locked. The Lock & EnCode device looks like a padlock and can be used to add security for high-value items as well as to provide a tamper-evident seal.

The devices serve two functions: the user traditional RFID item-tracking functionality and also serve as a small padlock (breaking strength: about 29 foot-pounds of force) to secure items in transit.

The devices feature a plastic shell and a metal hasp. Once the lock has been set, the only way to open it is to cut the lock off.

CYBRA says it developed the Lock & EnCode locking RFID seals in response to customer requests for a tamper-evident seal. The Yonkers, New York, company sees the new tags being used to help secure the contents of plastic distribution totes used in a variety of industries, including automotive, beauty and cosmetics, food and beverage, electronics, pharmaceutical, textile, printing, and apparel.

CYBRA is selling two versions of the Lock & EnCode devices. The standard design is gray, features CYBRA’s logo, and must be programmed by the user with CYBRA’s EdgeMagic EPC or EdgeMagic Mobile RFID encoding software.

The custom seals are delivered with programmed RFID user data encoded to match serial numbers supplied by customer at time of order. They also come in six colors, and can be engraved with a customer’s design and a 128-bit barcode.

 
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RFID in Library

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In March, 2012, the National Information Standards Organization adopted RFID in US Libraries, establishing ISO 28560-2 as the recommended practices for coding data on the RFID tags used in libraries for shelving, circulation, sorting, inventory, security, and interlibrary loans. The final adoption of this data model is a big step toward standardization and interoperability among RFID suppliers.

These guidelines recommend installing the RFID tag early in the life cycle of the book. The tag could then be used by publishers, distributors, and libraries alike, as well as secondary markets (used-book stores, for example).

As more libraries and vendors adopt the standard, tags from one library could be used in other libraries for both identification and security. Libraries could also buy components from any compliant vendor and everything would work together. Gradually, additional functionality will be supported as adoption spreads and library system (ILS) vendors develop interfaces that support the new capabilities.

Realizing these expanded opportunities in RFID technology, however, requires three additional steps:

Removing legacy barriers

Vendors may seek ways to differentiate their products, now that the new standard has rendered their proprietary solutions obsolete. The following are examples of seemingly attractive enhancements that in fact undermine interoperability:

■Vendor-specific encrypting and encoding of the data;

■Proprietary security functions;

■Software or firmware that is system-dependent and can be used only with specific tags.

When designing your library’s RFID system, recognize that moving backward from interoperable to proprietary puts you in a potentially dangerous and costly situation. These so-called enhancements are not worth that risk.

Verifying compliance

Libraries need to identify an affordable service to verify that they are purchasing compliant tags, that their implementation of the data model is compliant, and that each vendor’s encoding is compliant. Such a service provider must be an objective third party (not an RFID vendor). The service must be available to libraries for testing a vendor’s tags both before and after encoding and for developing a compliant implementation plan. A discussion on how US libraries can verify compliance is now essential.

Envisioning new uses

Most RFID tags used in library contain the barcode number and not much more, even though there is room for additional data. Prior to the new model, it was understandable that libraries were reluctant to extend the use of RFID. But now it’s time to think creatively about how to use tags to optimize workflows and deliver such new services as developing new library apps, sorting books without an ILS connection, and optimizing interlibrary loan and acquisition transactions.

Extending RFID functions will require new communication protocols with the ILS. Partnering with libraries in the United Kingdom may be the quickest way to make progress in this area. There, Book Industry Communication (BIC) has been leading an effort to establish the BIC Library Communications Framework (BLCF) to improve communication between ILS and RFID systems. The BLCF is an excellent way to provide all libraries worldwide with a roadmap for developing the new protocols and interfaces that will take us even further down Interoperability Road.

 
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NXP Announces Ucode 7, a Smaller and Faster Chip

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NXP Semiconductors has released its latest, highest-performance UHF RFID integrated circuit, which, according to the company, promises to be the highest-functioning EPC Gen 2 UHF RFID IC on the market. The new chip has higher read and write sensitivity, enabling the development of smaller and more versatile tags.

The Ucode 7’s development began approximately a year ago. During the past few months, manufacturers of RFID tags, readers and printers have been testing the technology. These early efforts, which took place ahead of the public announcement, were intended to ensure that if NXP released this new high-speed, highly sensitive chip, the market was ready to provide the technology (inlays, as well as readers and printers) equipped to use it, says Victor Vega, NXP’s marketing director for RFID products.

The Ucode 7 chip’s new features include:

■Increased read and write sensitivity (meaning the chip requires less power to be read or encoded than previous NXP chips)

■Greater backscatter strength (to improve read performance)

■faster writing speed

■parallel encoding (to provide faster programming when users are encoding a large quantity of tags for products with the same stock-keeping unit)

■greater broadband width (to enable improved functionality internationally where the frequency of the reader’s RF signal varies from region to region)

The chip measures 445 microns by 490 microns (0.018 inch by 0.0l9 inch), and could be smaller. It comes with 128 bits of memory. According to Vega, the new chip’s greater sensitivity and write speed will make it possible for tags to be used in ways in which they have not been previously utilized. For example, he says, it will now be easier for companies to apply very small tags to such items as cosmetics and jewelry.

Pricing for the chip is expected to be equivalent to that of the G2iL model.

 
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RFID Chips and the Conspiracy Theory

human-implant-chip-RFID-blogHave you ever imagined having a chip implanted under your skin? Are you frightened by this idea or interested in it and would like to have a try?

Radio-frequency identification devices, or RFID chips, are just bigger than a grain of rice, but it can store a vast amount of information. Your pet dog might even have one in case it runs away and somebody needs to identify them. But what use would they be to humans?

The conspiracy behind these chips is that eventually, everyone will be required to have one. Everything from your health records to your money would be tracked on this tiny device.

One benefit is that you could go to a grocery store and gather what you need, then walk straight out the door without dealing with checkout lines. A scanner would detect your chip and charge it without any effort on your part. Another plus could be the freedom from all those pesky credit cards, cash and health records that you have to carry around. Advocates for the chips claim there would be quicker access to medical records, which could potentially save more lives.

But the disadvantages cannot be ignored. Just as fast as you can activate one of these chips, it’s also easy to turn them off. Conspiracy theorists believe if we are implanted with RFID chips and don’t obey the law, then our chips will be turned off and we won’t be able to buy anything or go to the doctor. Speaking of going to the doctor, these devices have also been linked to health concerns such as tumor growth.

In 2004, the FDA approved the use of RFID chips in humans. Several thousands of people worldwide have already been implanted with RFID chips with reasons such as health concerns or just out of pure fear. A Florida family volunteered to be the first to receive them because of fear of their safety and security following 9/11.

In the future, will our world be one where everyone has an RFID chip? Or is it just another crazy conspiracy?

 
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SmartMetric Incorporates NFC into Biometric Chip Card

SmartMetric-NFC-biometric-chip-card-rfid-blogSmartMetric has incorporated NFC technology into its fingerprint-activated biometric chip card which aimed at financial institutions.

“This will enable institutions to offer a safer NFC solution than that which is currently available, since the NFC Biometric Card will only be turned on allowing NFC communication to be inactive until the user touches the cards fingerprint sensor,” said Chaya Hendrick, SmartMetric President and CEO, “All other NFC technologies are inherently unsafe in that the device is always on providing hackers the ability to capture the NFC information even while the NFC product is not being used. Smartphones are a good example of ‘unsafe’ NFC systems.”

The company said that its NFC biometric chip card solution is a more secure option than many on the market today as it is only turned on at the point of transaction, rather than something that is on and connected all the time, leaving itself open to malicious attacks.

The company is also in the midst of a patent infringement case involving Visa and MasterCard, in reference to contract chip cards and their use in the United States. According to a statement from the company, SmartMetric contends that the use of EMV cards in the U.S. is a violation of its own issued patent. The trial is set to conclude in August of this year.

Reported previously, SmartMetric recently launched its fingerprint-activated USB keyring, designed for the storage of medical records and information.

Last year, the company announced it received additional funding from private investors and that another million dollars would be added into the company chest to help fund expansion projects in Buenos Aires.

 
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NFC Helps You to Find Your Pets

NFC-identification-tag-pets-rfid-blogNFC Israel has teamed with printing and packaging provider Tadbik Group to launch FindMyPet, an NFC identification tag for pets.

After tapping the FindMyPet tag for the first time, pet owners can register their contact details then attach the tag, which also comes printed with a QR code, to their pet’s collar. Whoever finds the lost pet can then tap the tag to see the owner’s contact details while an email is automatically sent to the owner with the pet’s location.

 
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Restaurant in Poland Tries NFC Table Stands

Masala-NFC-table-stands-rfid-blogAn Indian restaurant in Wroclaw, Poland, has deployed NFC-enabled table stands and NFC stickers from the local NFC specialist NFC Group.

When customers tap the NFC tags embedded in the “table tent” stands with their smartphone or tablet, they are directed to a landing page, where they can find out more about the Masala Grill & Bar or “like” the restaurant’s Facebook page.

NFC Group’s Karol Skraba said that although the technology is still little known in Poland, the company had seen an encouraging amount of interactions at the venue.

 
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New set of NFC Toys for Pokemon Scramble U

Pokemon-Scramble-U-NFC-toys-rfid-blog

A new set of near field communication-enhanced toys for the Wii U action game Pokémon Scramble U will come to Japan on May 25. The game has yet to be announced for release worldwide, but it’s a Pokémon game, so you should expect it.

The second series of toys includes Eevee, Mewtwo, Croagunk, Zoroark, Litwick, and Genesect, and one secret unannounced Pokémon. The NFC figures add playable characters to the game, much in the style of Skylanders.

In the Pokémon Rumble/Scramble games, all of the playable Pokemon are actually wind-up toy Pokémon – which means these figures are toy versions of toys.

 
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Reducing Food Wastage via RFID

CATRENE-Pasteur-project-reduce-food-wastage-RFID-blogEveryday countless foods are wasted all over the world. Recent European research shows that 40%-50% of all food production is being wasted. This has serious implications on the global supply of adequate food stocks and also contributes to escalating food costs. In addition to consumer food waste, the food industry discards €28 billion of spoiled goods every year while within the home €400 worth of fruit, bad meat and other perishables are thrown away by every household every year.

However, RFID can make a difference. Europe’s CATRENE-Pasteur project has developed a flexible tag combining RFID and sensor technology that can drastically cut food wastage. The tag attaches to bulk transportation containers and provides continuously updated data on how long the food they contain will stay fresh. This could help food distributors cut the amount of food spoiled before it reaches to the shops.

Further models for food quality prediction are being developed based on available sensor data and will be translated into algorithms that can be implemented on the smart sensor tag. In addition, technologies are being developed to reduce power requirements and boost read efficiency.

 
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Rumor: Apple’s iPhone 5S Will Come with NFC

Apple-iPhone5S-NFC-rfid-blogMany people were disappointed when iPhone 5 was released without NFC capability, but now there is a rumor saying that NFC tag will be a must-have feature in iPhone 5S.

People want quick settings: they want their Wi-Fi to be on as soon as they reach home; they want to switch off all alerts when they go to bed. With NFC, we believe Apple can make up for all of those, and more.

As we know, NFC tags can be programmed to cause any reaction from the device we want upon being tapped.

Imagine having tags that change certain settings (Wi-Fi, location, Bluetooth, DND), launch certain apps (Maps when you plug your iPhone into your car, alarm when you do the same with your bedside dock) at a tap’s notice.

Also, pre-programmed ones can be placed strategically at various locations. Tapping the Starbucks door can fire up Passbook. The same goes for check-in counters at airports. Food eateries can have their web-pages or apps pop up when you tap their tables.

There are a lot more possibilities out there, but above all, Apple must make it a reality.

 
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