Thursday, 28 December 2017

Foodles Brings Oodles of RFID-Enabled Dining Options to Paris

When workers at some Parisian-area companies take their lunch or dinner breaks, they access fresh meals—such as chicken tagine or pork sauté in spices—out of a vending machine. The dining solution, provided by technology startup Foodles, allows them to pay for a meal with a Near Field Communication (NFC) tag, while the food selection for billing and inventory purposes is collected via ultrahigh-frequency (UHF) RFID technology. The result is a system that provides fresh food without the cost of preparation or point-of-sales staff. The vending-machine units enable companies to offer their workers the kinds of meals that large firms sell in on-campus canteens as an alternative to going offsite to restaurants.

The Paris-based technology firm was launched in 2014 with the aim of providing snack vending machines for mid-sized companies. However, it soon refocused its efforts on full meals that could be prepared by local restaurants or caterers, then be stocked daily in refrigerators at a company's kitchen. Microwaves built into the same unit would then reheat those items. 

To provide those meals, and to bill them to the appropriate employee, required technological intelligence, explains Paul Tsnobiladzé, the company's CTO. The firm investigated options and found that the only existing technology that would serve their use-case was a weight-scale that could weigh items as they were stored on a shelf. If someone were to identify himself or herself with an ID badge, and then remove a plate or package of food from the shelf, the scale would detect the change in weight and bill that individual accordingly.

However, the company rejected this solution for several reasons, Tsnobiladzé says. For one thing, the system would need to be recalibrated daily if the food offerings changed, since each item has a different weight (a salad would not have the same weight as a meat entrée, for instance). In addition, the company wanted visibility into each individual item so that it could know, for instance, when each product was placed in the vending machine and, therefore, when it needed to be removed before it could expire.

That, Tsnobiladzé says, led the team to investigate RFID. "We started working on it in 2015," he recalls, and had created a prototype, with an off-the-shelf UHF RFID reader built into the device and antennas on each shelf, within only a few months. After ensuring that the system was working reliably, the company began selling the solution to other businesses. To date, eight firms in the Paris area are, altogether, using 16 units for their employees.

Here's how the system works: Foodles collects meals for every customer on a daily basis from supplier caterers and restaurants. Menus change weekly, and the company can request specific meals. Foodles offers everything from a quinoa salad to beef lasagna. Any items that require cooking are precooked and chilled, so that all food can be stored in the refrigeration unit.

RFID Moura Invests in Fostering Youth Interest in Technology

Anyone who thinks that the problems of Brazil are solved only by its leaders should reconsider their preconceptions. In Araraquara, three and a half hours from São Paulo, resides José de Moura, the executive director of RFID Moura (a member of Moura Informática). Recently, Moura successfully deployed radio frequency identification (RFID) technology at the Lupo sock factory.

Moura (the executive) says he was worried about the lack of high-level labor that reaches developed markets, such as the United States. Therefore, he decided to anticipate the problem and created initiatives to attract young people's interest in technology. Thus, Moura (the company) is building a working campus with at least three main buildings and the investment of a few million Brazilian real—from its own resources, as well as from private bank financing—and is promoting the development of games with high technology.

It may seem easy, listening to Moura explain his vision with calmness and simplicity, but nothing in Brazil is easy. José de Moura thus invests his time reading, conducting studies, having conversations and, as a result, forming creative actions.

"One way to attract young people to become interested in technology," Moura explains, "was to sponsor courses for the production of computer games." The strategy involves offering courses for students starting at age 12, who learn how to create educational games. "There was an eight-year-old boy who became interested in the course and asked to join the group. We talked to the educators about the possibility, since he was younger than the others. We ended up allowing him to enter, and the boy excelled in his projects," Moura adds with obvious satisfaction.

Now, Moura is building a huge campus to house his company, on a lot spanning 13,000 square meters (140,000 square feet). With work that must be delivered within fewer than six months, one building will be for the administration, another will be allotted to software development and a third will feature an exhibition area to display the technologies that Moura develops, primarily regarding RFID and the Internet of Things (IoT).

Additional construction will be carried out at a later date, Moura says, noting that half of the financial resources for the new headquarters came from the coffers of Moura Informática, while the rest were obtained via a bank loan, without government support. "We are preserving nature and we are going to promote sustainable initiatives," he states. "Parking, for example, will have cables to recharge hybrid car batteries. We have been visiting overseas companies to bring innovative ideas."

Wednesday, 27 December 2017

Mobile NFC, Not Only As Bus Card, But Also With Other Functions

As the popularity of smart phones has reached the peak in China, more and more functions have been added to it. Smart phones have become an integral part of us. There are many functions on smartphones that are not yet fully popularized, but the future is likely to become a trend. For example, fingerprint recognition has been loaded by a large number of mobile phones. But compared to camera sensors, there are still many products that do not have. In addition, there is a technology that is earlier than fingerprint recognition on mobile phones. That is NFC.

What else can NFC do instead of the bus card and what you can use? I believe most people don't know much about it. Actually NFC has other functions, but you may not have used it. Now let's have a look at some other functions of it.

Information browsing

In fact, a lot of large shopping malls have opened. This mobile phone is close to facilities with NFC function. It can display the current sales promotion information, and achieve public information browsing through near field communication and Bluetooth precise positioning indoor. But this function is just like the data transfer just mentioned. It faces a very serious problem, that is, the function that can be realized through Bluetooth. NFC is just increasing the display channels of these information.


mobile payment

This is also a common function of NFC, and the cash - free shopping model is becoming more and more popular in China. A mobile phone in the hands, eat, drink and play can be easily done. The bank card is placed in the NFC area of the mobile phone, and it can also read the balance of the card, the record of consumption and so on. It is really convenient for the management of the individual's funds.

data transmission

As early as four years ago, the Android 4 era, the NFC function was integrated into the native Android system. The back to back Android Beam near field transmission function only needs two NFC phones to lean together, which can transmit files, photos, or even connect to another Android device. Compared with Bluetooth, a series of pairing steps are omitted, and the operation is quite convenient.

Paper Company Brings Intelligence to Packaging

European paper, pulp and packaging manufacturing company Stora Enso has begun offering an RFID-based product for packaging connectivity that it calls its Intelligent Packaging solution. The company is providing both Near Field Communication (NFC) and ultrahigh-frequency (UHF) RFID tags, readers and cloud-based software, to manage read data for tracking products as they move through the supply chain or when they are handled by retailers or consumers.

Stora Enso makes products for converters that build brand packaging, as well as for the brands themselves. The company is headquartered in Helsinki, Finland, and is ranked fifth in the world by sales within its industry. Its customers, both converters and product brands, told Stora Enso they could benefit from adding intelligence to the packaging in which products are transported and sold. RFID in packaging would help companies to uniquely identify and track those products.

That led, approximately two years ago, to the concept of using RFID to create intelligent packaging, says Teemu Salmi, Stora Enso's senior VP, CIO and head of digitalization. Initially, the company was focused on a solution for its brand customers, to enable a more direct dialog with consumers. If a product's packaging incorporated a 13.56 MHz NFC tag compliant with the ISO 14443 standard, for instance, consumers with an NFC-enabled smartphone could interrogate that tag, and thus be taken to a website or be provided with content specific to the product. That meant the system could allow a brand to share information about its goods, provide use instructions, or offer promotions and discounts.

However, as Stora Enso developed and began testing the NFC solution for consumer engagement, it found that its customers had other applications that might benefit from other NFC use cases as well. For instance, retailers or consumers could utilize an NFC tag built into the packaging of high-value products to confirm their authenticity prior to a purchase. In addition, an NFC tag attached to a product's enclosure could help an individual detect if that item had been opened and tampered with.

There are also use cases for UHF RFID tags built into packaging. With the longer read range of a UHF tag, stakeholders in a supply chain could capture tag reads within warehouses as goods pass through dock doors, or are stored on shelves. 

"An application we see growing interest in is warehouse management and vendor managed inventory," Salmi says. In addition, he notes, UHF RFID-enabled packaging would enable track-and-trace features, and RFID could be used at the pallet level in warehouses. Stora Enso's Intelligent Packaging solution could consist of a tag on every pallet, reusable container or carton, or on the products themselves, depending on the particular use case. At a store, RFID reader antennas on shelves could provide visibility for stock-keeping and replenishment purposes. 

Tuesday, 26 December 2017

RFID Firmware: 8 Common Questions Answered

What is firmware?

Firmware is a piece of software that is programmed into the non-volatile memory of a device. This software provides control, monitoring, and data manipulation of engineered products. Depending on the type of device, the firmware could be responsible for simple commands like controlling LED lights, or more complex actions like monitoring complex internal items like oscillators.


What type of devices use firmware?

Most electronic devices use some type of firmware such as RFID readers, music players, and mobile phones in order to operate. Other types of devices that use firmware include cameras, automobiles, and game systems.

Where is firmware located on the device?

Firmware is stored in a device’s non-volatile memory, which is read-only and programmed during the manufacturing process. The location of the non-volatile memory (or NVS) storage varies depending on the device in question. The firmware is programmed into this specific type of memory because the contents of the storage area are saved when the device is turned off.

Can firmware be manipulated?

Technically, firmware can be manipulated by both the consumer and the manufacturer after the device is constructed. It is not recommended for the consumer to manipulate the firmware on a device since it is designed for a specific purpose, but like most software pieces, the ability to hack the firmware technically exists.

The manufacturer is able to manipulate or update the firmware of the device regularly or when needed if the device is connected to the internet. Generally speaking, manufacturer updates to firmware should be installed as the updates are released.

Is firmware often updated/changed?

How often the firmware is updated or changed depends on if there are any issues that need to be addressed. Firmware is usually updated to give the devices new abilities, make improvements, fix bugs, or to implement new versions. Generally speaking, firmware for RFID readers is updated once or twice a year, depending on the manufacturer.


Global Printer Manufacturer Adopts RFID for Color Laser Printing

Global printing solutions company Lexmark International has released two models of UHF RFID-enabled color laser printers designed to enable customers to quickly encode and print RFID labels. The system addresses a growing need for affordable and convenient RFID label printing, says John Linton, Lexmark's retail and manufacturing industry director, which its customers have sought in recent years. The company not only sells its CS725R and CX725R color RFID printers, but also, upon request, partners with companies to provide solutions for end-to-end RFID systems.

Lexmark, headquartered in Lexington, Ky., manufactures laser printers and imaging products that are sold to customers worldwide. The company had previously offered a monochrome RFID-enabled laser printer with a built-in ThingMagic M5e reader (see Mojix Wins First-Ever 'Best in Show' Award at RFID Journal LIVE! 2008), but discontinued that model several years ago. However, Linton says, the use of RFID has become increasingly of interest to its customers in the past year or two, and those customers have begun asking about RFID label-printing options. "The demand has been really hot for these products," he states. 

According to Linton, manufacturing companies are seeking RFID technology for monitoring work-in-progress (WIP); logistics companies are tracking inventory boxes, pallets and other items, as well as yard management; and some offices are utilizing RFID labels to track assets or documents. "Every customer is at least thinking about RFID on an enterprise level," he says. In addition, Lexmark has implemented its own RFID system to track its WIP for custom printer manufacturing, and uses the new color laser RFID printers to print labels for that purpose.

Businesses already using RFID often choose Lexmark printers for price labels, invoices or other documentation, Linton explains, and another printer for producing RFID tags. With the new color laser printers, the RFID functionality can be built into an existing document or label.

In the case of WIP, for instance, some Lexmark customers are applying RFID labels to parts or products being assembled, in order to track the manufacturing process and shipping, according to custom orders. Lexmark uses the tags attached to its own printers, as well as to the trays provided with those printers, in order to fulfill custom orders. Staff members can use a label's unique ID number, paired with the order details in the software, to help them confirm that the proper custom-made product is being provided to the correct customer.

In addition, logistics companies are printing tags and using them to monitor yard management. For instance, the tags are being utilized to identify trailers or containers within a yard via a mobile RFID reader.

One of the greatest drivers for RFID growth among Lexmark's customers, Linton says, may be the trend toward retail and apparel tagging. Since retailers and brands are increasingly using the technology, manufacturers and logistics providers are finding an advantage in applying tags themselves and using them internally. "All our data is showing that RFID is going through the roof," he states. "The early excitement we've seen has been pretty amazing."

Monday, 25 December 2017

6 Things RFID Middleware Can Do For You

Middleware is a layer of software created to connect other components together – e.g. hardware components, software programs, enterprise applications, databases, etc. Middleware gives software developers the ability to communicate and manage data throughout an entire system, rather than on each individual application. RFID middleware goes beyond simply connecting devices; rather, it allows users to collect, manipulate, and disseminate data with ease.

6 Common Functions of RFID Middleware

1. Manage Devices – Middleware is able to control the networking and settings of RFID readers (and other similar devices) and provides a simple way to update any changes that need to be made, even if there are varying types and brands of RFID readers on the network. For example, middleware may include a feature like the ability to monitor the performance level of the readers, which allows users to better predict potential problems and ensures all readers are running at peak performance.

2. Collect and Integrate Data – Middleware acts as a bridge, connecting different systems together and enabling the efficient transport of data. When tags are read by an RFID system, the data collected can be sent directly to the middleware in order to process it and then send it where it needs to go (whether that is a warehouse management system, internal database, or some other destination).

3. Structure Data – Middleware provides users the ability to understand what data they are collecting from each device (RFID reader, barcode scanners, etc.) and map out the structure of where that data goes and when. EPCglobal® released a software specification in order to streamline and help users create a more detailed and useful structure with middleware for their data. The specification, called Application Level Events or (ALE), is designed to help middleware filter and sort through raw data in order to provide users with relevant information based on “events” that occur. (Events are predetermined by the user as items that are significant for the business.)


For example, a shipping company wants to know the exact time pallets arrive at the dock door. The first time a tagged pallet is read at the dock door would be an event, and the relevant data is sent to an application. The RFID tags on the pallet are likely read hundreds to thousands of times afterwards, but all of those tag reads can be filtered out by the middleware and not sent or processed by any system.

The ALE specification gives users the freedom to input information such as from which locations to read, how to filter the data, and how to the group the results. Users can then subscribe applications to the structured events allowing the applications to receive reports or messages whenever an event occurs. Applications can subscribe to any number of events and any type of events without affecting one another.

4. Filter Data –RFID middleware can be used to filter out the RFID tag reads deemed most important and remove redundant or repetitive reads. In some applications, RFID tagged items are read over and over again by the same RFID reader depending on how long the equipment is stagnant in the read field. RFID Middleware can assist by filtering out hundreds of identical reads so that the user only receives the data important to the application, such as a timestamp of when the equipment was placed inside of and removed from the read field. Filtering out excess data can be extremely helpful for users because massive amounts of tag data can slow down networks and fill up databases quickly.

How the IoT Is Helping Our Environment

The Internet of Things (IoT) has been slowly gaining consumer traction in life-improving technology; wearables and smart-homes are assisting humans with turning on the lights, and also with advanced portable health-monitoring bracelets. But what about the applications and benefits of the IoT for animals and their environments?

Monitoring Endangered Species

The Iberian Lynx
In Spain, the Iberian lynx is the world's most endangered cat: in 2002, there were fewer than 100 of them in existence. Now, thanks to the efforts of organizations like the World Wildlife Fund (WWF), there are more than 300. Very few people have ever seen an Iberian lynx, but due to camera traps and radio collars, conservationists have the ability to monitor and even name every single lynx.

Where is the value of this IoT data? Researchers are using radio collars connected to the internet to track lynxes that venture into new territories. These GPS trackers assist in poaching prevention and track the travel patterns of these mysterious cats.

The lynx often travels large distances, which exposes it to many risks. In 2014, there were 21 lynxes reported as killed on Spanish roads alone. By tracking these felines, activists are able to limit human-related deaths and other risky conditions where they wander.


Dungongs in the Philippines
Dugongs, or sea cows, are the only strictly marine herbivorous mammals, and these rare animals are now being photographed by fishermen in the Philippines. The fisherman are providing valuable insight for researchers seeking to preserve the dugongs' existence. Filipino fisherman were taught to use smartphones to upload geo-located images to the cloud using Android smartphones. Smart Earth Network (SEN) and the marine conservation non-profit C3 (Community Centred Conservation) oversee the project. 

The images collected by fisherman assist conservationists in isolating dugong population locations, the times of sightings, and migration patterns as the mammals travel and procreate. The Internet of Things has allowed conservationists to ensure appropriate environments for when dugongs are hanging around, and knowing migration patterns has aided in preventing local poaching.

Honey Bees
Australia's Commonwealth Scientific and Industrial Research Organization, CSIRO, has partnered with Brazil's Vale Institute of Technology to drive a pioneering research program to monitor honey bee movements and behaviors in Hobart, Tasmania and the Amazon in Brazil.

Why, you might ask? CSIRO is finding ways to improve honey bee pollination and productivity while researching the causes of colony collapse disorder (CCD), which affects honey bee populations worldwide and is among the leading causes of hive abandonment by worker bees leaving the hive to die. The partnership between CSIRO and the Vale Institute of Technology is aimed to take this technology to Brazil, allowing them to monitor and compare bees' behaviors in Tasmania and the Amazon.

How are they conducting their test? Up to 5,000 micro radio frequency sensors measuring 2.5 millimeters by 2.5 millimeters are being placed on the backs of bees. These sensors allow for geo-locational modeling and visualization in 3D. The bees' movements and patterns can now be better documented for a more focused understanding of CCD and its leading causes.

HF RFID Label, 13.56MHZ Frequency With Dry Inlay, Wet Inlay, Custom Ante...

Sunday, 24 December 2017

RFID Challenges: When to Look for Other Options & When to Keep Moving Forward

Facing challenges when installing a new system or procedure is expected, but it helps to consider potential problems before installation. Large and small companies, as well as individuals, thinking about installing an RFID system have numerous things to consider before making a purchase. If the potential user prepares thoroughly and completes enough due diligence up front, it should reduce unplanned issues mid and post-installation. Unfortunately, even the most prepared organization might run into a few issues during installation due to the unpredictable nature of RFID when implemented in a new environment.

Deploying an RFID system can present many challenges; below are the four most common challenges (and ways to mitigate them).


1. When your business problem is non-existent

One of the most important things to consider when thinking about RFID is – be realistic when it comes to the problem that needs to be solved. When considering automating a process, the first step is to take time to understand what the business problem is currently and how the business would be affected if a part of the process, or the entire process, were automated. Would it save time, money, or both, and what would those savings mean in terms of a return?

Other important factors to consider are the advantages that RFID has to offer and if RFID technology is necessary for the application to accomplish its goals. One of RFID’s most important characteristics is that the technology uniquely identifies items (or crates of items) without requiring line of sight, making it exceptionally productive in applications like inventory and asset tracking. For example, finding a particular wrench, or group of wrenches, in a truck filled with hundreds of tools can be invaluable.

While problems can start out as small and grow until they reach a substantial size, generally speaking, small problems usually do not receive the return on investment (ROI) needed to offset the initial (and potentially ongoing) cost of installing an RFID system. Sometimes, automating a personal (i.e. non-business related) problem may lead to a very lucrative product or process, but because RFID systems are still relatively expensive, careful analysis should be undertaken in order to ensure RFID will produce a significant ROI.

2. When you are working in an extremely non-RF-friendly environment

The most common dilemma with RFID is environmental issues – whether that be non-RF-friendly substances like metal or water, or a generally unconducive environment. Environmental considerations can impose many limitations when discussing an RFID system deployment, but these considerations don’t necessarily erase any chance of RFID success. Depending on the specific environmental concerns, there are usually a few ways to mitigate the problems and ensure a successful RFID application.

Mitigating Metal – Metal reflecting RF waves is one of the most common sources of interference experienced with RFID. The interference occurs because of the movement and reaction of electromagnetic waves with other surfaces, also called multipath. In other words, RF waves sent from the reader/antenna to the tag collide with objects or other RF waves causing refraction, diffraction, absorption, null zones, or extended read zones.

Totvs Presents RFID and IoT Solutions at New Showroom

Totvs, a Brazilian multinational firm that provides business solutions to companies of all sizes, has introduced its new solutions showroom at the company's new headquarters in São Paulo. The newly opened building, in addition to being more suited to Totvs's growth plans, shows how innovation and technology can be used in business, the firm reports, with use experiences and examples of impact on business productivity.

In order for its solutions to be experienced in practice, Totvs has created for its clients and prospects the Sensational Experiences Space. The showroom contains multiple visual environments that demonstrate its technology for different segments, based on radio frequency identification (RFID) and the Internet of Things (IoT).


The space is divided between supply chain (agroindustry, manufacturing and logistics), consumer (fashion, food services, supermarket and emporium), health care, and professional services (education, construction projects, hospitality, services and legal). In the center of the room, a 70-inch touchscreen interactive table depicts the city of Totvs in 3D, with graphic simulations, videos and demos of all vertical markets in which the company operates.

The supply chain area includes agribusiness, with technologies focused on data-collection concepts in the field; pest and disease control; the real-time management of machinery and input applications; and the use of strategic planning and management by maps and indicators. Several steps rely on RFID technology, which is used for sensing and tracking purposes.

In advanced manufacturing, strongly based on the IoT concept of Industry 4.0, the production of a 3D printer product is displayed, with a collaborative robot assisting processes on an assembly line, integrated with monitors that show the order of production in real time, with control and automation of the factory floor. Next, for Logistics 4.0, the processes of shipment and loading through RFID data collectors, with 100 percent automation, take place—with cargo arrangement for travel taking into account product fragility and delivery routes.

"Many talk about usage experiences," says Gustavo Bastos, Totvs's VP of supply chain, "but today, Totvs consolidates a unique and totally differentiated space, materializing all its discourse of digital transformation, so that the technological innovations can be experienced in practice, to demonstrate the company's breadth of service and how areas complement each other. Now, companies can truly see and test all the benefits of these advancements to business."


Thursday, 21 December 2017

The Layers & Parts of an RFID Printer

The Basics

RFID Printers are designed to save time for mass printing and encoding applications. These devices are basically an RFID reader and a printer combined into one machine. UHF, HF, and NFC tags are all able to run through an RFID printer, as long as the tag is compatible with that specific printer. The RFID reader inside serves as both the encoder and the verifier for all tags that pass through the unit as it reads and then encodes the tags with the new information and then zebra-printerre-reads the tags before they are released in order to verify that the tag has the correct, new information.

RFID printers are used in many RFID applications in order to replace manual encoding and/or add visual text to RFID labels. Printers, on average, print about 20 labels per minute depending on set print speed and label size. Because printers are quick and accurate they are very valuable in RFID applications dealing with supply chain, manufacturing, transportation & logistics, retail, and healthcare. In applications where a high volume of RFID labels is required, the time saved is well worth the initial cost of the printer as well as any ribbons the printer may need in the future. As an example, if manually encoding each tag and verifying the encoded information is done at a rate of about 3 tags per minute, about 1,440 tags will be encoded per 8-hour work day. Using an RFID printer to encode (and print) each label is performed at a rate of about 20 per minute (on average), indicating that around 9,600 tags will be encoded and printed per 8-hour work day. RFID printers work about 7 times faster, or more, than manual encoding.


Types of Printingsato-printer

Two types of RFID printing styles are available with RFID printers: direct thermal printing and thermal transfer printing. Most RFID printers are capable of both direct thermal and thermal transfer printing (with the addition of ribbon and a change of settings).

Direct Thermal

Direct thermal printing only prints on a specific type of paper (media) that turns dark when it comes in contact with a heated printhead. When the specialized paper passes through this printer, the printhead is heated and then moves across the paper in the desired pattern.

Direct thermal printing is used less frequently in RFID applications because the paper and printed information naturally degrades over time, especially when subjected to heat, sunlight, or abrasion. The upside to using direct thermal printing is the reduced cost (vs. thermal transfer printing) because there is no need to purchase printer ribbon.

This print style is used without the addition of an RFID reader very frequently for items like shipping labels, receipts, coupons, and name tags. The commonality between all these pieces of media is that the item is only used for a short period and will not hold up to long-term use, especially in warm environments.

Thermal Transfer

Thermal transfer printers apply the heated printhead to a ribbon instead of directly on the piece of media. The heated ribbon melts the ribbon and transfers it onto the media/tag in the form of the desired pattern or lettering. Transferring the ribbon to the actual piece of media increases the durability and longevity of the printed text or image.

Thermal transfer is the most common printing method for RFID labels because of the advantage in lifespan of the printed media. Other positives of using thermal transfer printing is the availability of media choices and types of materials, plus the ability to survive in environments that range in temperature and light. The main disadvantage of thermal transfer is the recurring cost of the printer ribbon.

Custom Protocols & Interfaces: Understanding the Benefits

Protocols are a certain set of rules that govern the exchange of data through a communication connection. Most widely used protocols define small data exchanges that occur millions of times a day like the Hypertext Transfer Protocol (HTTP) or File Transfer Protocol (FTP). It is fair to say that most people use protocols on a daily basis. Because RFID is built on communication exchange, there are multiple protocols specific to RFID systems. Some higher-level, complex protocols are constructed of component protocols; a common example of that is the EPC Gen2 protocol.

The EPC Gen2 protocol is comprised of other protocols like anti-collision protocols, air interface protocols, and authorization protocols – just to name a few. Each exchange of data must be defined in a protocol in order to not only comply with rules set by the FCC and other regulatory bodies, but also to gain widespread acceptance and usage. Protocols can be created by a company a manufacturer, or a committee, but must be approved by a governing body to be used.

Industry Specific Protocols

Because the popularity of RFID tracking is becoming more widespread, industries as a whole are starting to use RFID and are invested in creating standards and protocols specific to their use cases. They also have broad applications which will foster easier data exchange between diverse entities who do business with each other. Two common examples of this are the ATA protocol created for the transportation industry, and the AAR protocol created for the railway industry.


The ATA protocol was created for the transportation industry; it was set by the American Trucking Association or (ATA) who created a standard to define and set protocols for using RFID in the industry. The ATA protocol defines the way that the communication will take place between tag and reader, while the standard defines items like memory allocation and security methods.

Industries like these create standards and protocols in order to create specifications to work toward universal adoption. This allows users from all across the industry to read RFID tags and find tracking information in the same uniform way, and, in this case, there is the added benefit of cost competition between RFID vendors.

Added Benefit: Ease of use, and Potential Widespread Adoption

TransCore’s eGo & SeGo Protocols

TransCore, an RFID manufacturer that specializes in Automatic Vehicle Identification (AVI) and tolling applications, owns two specific protocols that can provide benefits to automotive applications. eGo and SeGo are two protocols under ISO 18000-6B that are currently used in applications like access control, tolling, and AVI. SeGo – also known as “SuperEgoTM”, differs from eGo in that it has higher tag-to-reader data exchange rates.

Both of these protocols provide advanced security procedures to customers that ensure a tag’s authenticity while preventing data corruption and/or alteration. In addition, tag cloning, spoofing, copying, or duplicating is prevented1. Because vehicles are high-cost assets, these advanced security techniques are valued in AVI applications. In addition, these tags offer 3x the amount of read/write memory than standard RFID tags – up to 2048 bits.

More info visit http://www.asiarfid.com/rfid-journal/custom-protocols-and-interfaces-understanding-the-benefits.html

Wednesday, 20 December 2017

9 Trends Of Artificial Intelligences In 2018, Pursuit Or Wait?

The artificial intelligence is in the concept of speculation in 2016, and in 2017, the artificial intelligence officially began to appear in the mainstream, to turn application level products. Thus in 2018, AI will enter the application period of the outbreak, and a large number of real intelligence applications will emerge.

Trend one: Strong is strong. Science and technology tycoon makes profit first.

Big companies like Google, Facebook and IBM will lead the trend in the field of artificial intelligence. As a big company, they have more resources to collect data, so there is more data to be used. As far as China is concerned, big companies such as BAT will also be the first to profit.



Trend two: Algorithms and techniques will be integrated.

All second echelons of AI, such as Intel, Salesforce, Twitter, and so on, will follow large companies with data and use their data, algorithms and AI. Data transactions will be carried out in the industry, and the algorithms and technologies are most likely to be integrated. The integration of data transactions and algorithms and technologies will make the AI more efficient.

Trend three: Chinese enterprises will achieve breakthroughs in the AI scene application field.

It is predicted that in 2018, scenario driven and event driven business models are likely to achieve breakthroughs. Compared with the existing instruction driven mode, the business mode is more active. Taking the takeaway industry as an example, the restaurant ordering according to the order may become a multi information analysis based on the tastes, mood and weather of the diners, so as to suggest "what should you eat today?"

Chinese enterprises may achieve faster breakthroughs in the field of scenario applications and business models, and are expected to continue to lead the world in both quantity and innovation.

Trend four: there will be more and more mergers and acquisitions.

According to the statistics of CB Insights, the arms race of AI acquisition has begun. In 2018, it will become more intense. We will witness more intellectual capital and talent acquisition. Machine learning and AI small companies will be acquired by large companies for two reasons.

AI can not work independently without a dataset. And big companies have a large number of data sets, and small companies are so competitive.

An algorithm without data is useless, and vice versa. Data is the core of the algorithm, so the gain of a large number of data is the weight.