Saturday, March 27, 2004

RFID in the DOD Strategic Supply Process

... Despite turbulent world and economic conditions, some companies continue to thrive in the global marketplace while others struggle to avoid or emerge from bankruptcy. We believe their secret to success is the successful application and integration of Supply Chain Management (SCM) principles throughout the entire enterprise. Industry leaders effortlessly balanced the iron triangle of SCM – the people, processes, and technology that are key to fueling a high velocity supply chain. The Department of Defense (DoD) lags behind industry in application of SCM principles. We recommend the DoD redefine its SCM enterprise at the DoD level and provide recommendations to guide the department as it transitions from a state of awareness about SCM to building an adaptive supply network in the future ...

... In today’s global economy, in-transit visibility is vital. Just-in-time manufacturing and assembly operations require firms to know – sometimes to the minute – when a key part or component will arrive from a supplier. Technology such as radio frequency identification (RFID) tags and automated identification technology (AIT) can provide this information to all firms in the supply chain. Customers increasingly demand the capability to use the Internet to track their package from the time it is shipped to the time it arrives at their home or office. FedEx provides world-class tracking capabilities for items shipped through its network of airborne and ground-based transportation channels. Wal-Mart’s move to implement passive RFID tags may accelerate the spread of this technology throughout the retail sector given the huge volume of goods moved through Wal-Mart distribution channels. The payback from implementing such programs can be substantial. For example, Savi Technology’s implementation of DoD’s Ammunition AIT project produced a 98% cost avoidance in the inventory/reconciliation of category I ammunition. Scanning labels and reconciling inventories used to take 40 man-hours per building. It now takes 30 minutes per building, yielding a cost avoidance of over $860,000 ...

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From RFID to Smart Dust: The Expanding Market for Wireless Sensor Technologies

Wireless sensor technologies will be explored at a U.S. Department of Commerce Forum on April 1, 2004 that addresses the current and potential uses of sensor technologies by both industry and government as well as the public policy implications of widespread deployment. The forum is open to the public on a first come basis. Registration is onsite, no pre-registration required. A link to the forum webcast will be posted here on the day of the event.
DATE & TIME: The Wireless Sensor Technology Forum will be held from 9:00 a.m. to 1:15 p.m. on Thursday, April 1, 2004. Registration and demos open at 8:00 a.m.

LOCATION: The forum on wireless sensor technologies will be held at the U.S. Department of Commerce, 1401 Constitution Avenue, N.W., Auditorium, Washington, D.C. (Enter through the Department of Commerce Main Lobby on 14th Street between Constitution and Pennsylvania avenues. Photo identification required.)

FOR FURTHER INFORMATION CONTACT: Wendy Lader, Office of Policy Analysis and Development, NTIA, at (202) 482-1880, or electronic mail: wlader@ntia.doc.gov. Please direct media inquiries to the Office of Public Affairs, NTIA, at (202) 482-7002.

Commerce To Host Wireless Sensor Technologies Forum April 1st, Panel Discussions Will Examine Marketplace Expansion “From RFID to Smart Dust”

Wireless sensor technologies, the next highly anticipated billion-dollar market for the information technology sector, will be explored at a U.S. Department of Commerce Forum on April 1, 2004 that addresses the current and potential uses of sensor technologies by both industry and government as well as the public policy implications of widespread deployment.

Panel discussions will be moderated by Federal Communications Commissioner Kevin J. Martin and senior Commerce Department officials including Jon W. Dudas, Acting Under Secretary for Intellectual Property and Director of the U.S. Patent and Trademark Office; Michael D. Gallagher, Acting Assistant Secretary for Communications and Information; Elizabeth Prostic, Chief Privacy Officer; and Benjamin H. Wu, Deputy Under Secretary for Technology.

"Designing an appropriate regulatory framework for wireless sensor technologies requires an understanding of different policy objectives. We look forward to a lively discussion," said Acting Under Secretary Dudas.

“Widespread use of wireless sensor technologies is moving from factory floors to store shelves to family living rooms,” said Acting Assistant Secretary Gallagher. “We want to make sure government is a smart consumer. We also need to explore the implications for spectrum management and privacy, and we must adopt policies that maintain our economic competitive advantage,” Gallagher said.

The Department of Commerce's National Telecommunications and Information Administration, U.S. Patent and Trademark Office, and Technology Administration will host the half-day forum. The first panel will address the present and future market for sensor technologies. Panelists will include developers, manufacturers, market analysts, and industry and government users. The second panel will address public policy issues facing sensor technologies such as spectrum use, privacy and security, and intellectual property. Panelists will include representatives from industry and government, as well as public policy analysts.

The Wireless Sensor Technologies Forum will be held from 9:00 a.m. to 1:15 p.m. at the U.S. Department of Commerce, 1401 Constitution Avenue, N.W., Auditorium, Washington, D.C. More information is available on the NTIA Web site at www.ntia.doc.gov .

Program:

8:00 AM Registration and Demo Area Opens

9:00-9:15 Opening Remarks by Mario W. Cardullo, Counselor for Technology and Entrepreneurism,

Office of the Under Secretary, International Trade Administration



9:15-11:00 Panel 1: The Market and Uses for Sensor Technologies



Moderators:

Michael D. Gallagher, Acting Assistant Secretary of Commerce for Communications and

Information

Kevin J. Martin, Commissioner, Federal Communications Commission

Benjamin H. Wu, Deputy Under Secretary for Technology



Panelists:

Jon Brendsel, Director of Technology, VeriSign

Lyle Ginsburg, Managing Partner, Products Operating Group, Accenture

Ralph M. Kling, Principal Researcher, Intel

Ron Moser, Strategic Applications Analyst for RFID, Wal-Mart Stores, Inc.

Thomas M. McAuliffe, Vice President, Strategy & Business Development,

Secure Asset Solutions, Motorola

Robert Poor, Chief Technology Officer, Ember

Piyush Sodha, President & CEO, Matrics, Inc.

C. Stewart Verdery, Jr., Assistant Secretary for Homeland Security for Border

and Transportation Security Policy and Planning



11:00 - 11:30 Break



11:30 –1:15 Panel 2: Policy Issues Related to Sensor Technologies



Moderators:

Jon W. Dudas, Acting Under Secretary for Intellectual Property and Director of the

U.S. Patent & Trademark Office

Michael D. Gallagher, Acting Assistant Secretary of Commerce for Communications and

Information

Elizabeth Prostic, Chief Privacy Officer, U.S. Department of Commerce



Panelists:

Paula Bruening, Staff Counsel, Center for Democracy and Technology

Sandra R. Hughes, Chief Privacy Officer, Procter & Gamble

Ari Juels, Principal Research Scientist, RSA Laboratories

Elliot Maxwell, Fellow, Center for the Study of American Government, Johns Hopkins University

Paul Moskowitz, Research Staff Member, IBM Watson Research Center

Ravi Rajapakse, Chief Technology Officer, Savi Technologies

Steven J. Winter, Senior Vice President, Global Service and Intellectual Property,

Intermec Technologies Corporation

Badri A. Younes, Director, Spectrum Management, U.S. Department of Defense

1:15 Close

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RFID in the PACAF Program Protects against Adversaries

HICKAM AIR FORCE BASE, Hawaii – Pacific Air Forces has taken the next step in the protection of its valuable resources. The Security System Effectiveness Program examines the force protection capabilities of each installation within the command to help each base enhance its capability to detect, delay and deny potential adversaries. It’s one facet of the Air Force’s Integrated Base Defense concept which includes in its framework a belief that that every airman is a defender of the installation.

As part of the SEA program, a multi-disciplinary team will visit each wing to look at different ways the entire base can improve its force protection posture. A Tiger Team comprised of individuals from various career fields will then use the SEA results to develop a plan to help each base through four areas: technology and equipment, manpower, policy, and procedures.

Six PACAF installations have been examined in the SEA program thus far including Andersen AFB, Guam; Yokota AB, Japan; the 497th Combat Training Squadron at Sembawang, Singapore; and Taegu AB, Kunsan AB, and Osan AB, Republic of Korea. All other PACAF installations will be evaluated before fiscal year 2005.

Specifically, the Tiger Team will consider the modifications the base can make and assist the wing in creating a Force Protection Improvement Plan that is different from a wing’s force protection plan or installation security plan.

“Those plans address how the bases execute force protection measures on a day-to-day basis,” said Capt. Joseph Musacchia, PACAF Security Forces Requirements Branch chief and Tiger Team leader. “The FPIP is a roadmap designed specifically for each installation to achieve the maximum capability to defeat any potential adversary. It integrates all the elements of force protection to achieve the greatest results by combining new technology with the most effective procedures."

The FPIP will include force protection modifications that will affect every person on the base.

One of the most noticeable modifications will be the installation of $351.7 million worth of new technology at entry control points at Air Force installations -- a technology that will increase the capability of security forces to detect illegal entry.

The PACAF Tiger Team is working with each installation on how this technology will be installed at each base. The new equipment will scan the identification card of every person entering an installation with special visitor passes being issued for contactors and sponsored guests. Additionally, each vehicle will have a Radio Frequency Identification Tag placed on its window. The base entry control points will take on a new appearance and become “high tech” with these new electronic card readers plus drop arm bars, electronic barriers and cameras.

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RFID for Animal Identification

... Livestock identification in the United States has been documented in large animal production industries dating back to the late 1800's and early 1900's. Cattle ranchers, to indicate ownership and deter theft, first used hot iron branding. Swine producers for registration and record keeping purposes used ear notches for individual animal identification. These two methods are rapidly losing popularity due to concerns about humane treatment of animals and a decrease in product value.

APHIS and its predecessor agencies began using ear tags, back tags, tattoos and face brands in the early 1960's. These identification methods were required by statutory regulations and successfully used to trace the movements of diseased animals during disease outbreaks and eradication programs. With this long history of contact with the field, APHIS has led the way in the development of national identification systems. The agency continues to place a high priority on livestock identification and database development.

Current methods of livestock identification include but are not limited to ear tags, back tags, neck chains, tail tags, freeze brands, tattoos, paint marks, and leg bands. Electronic identification methods including bar codes and/or radio frequency identification (RFID) transponders are becoming increasingly useful tools in herd management programs. As these new technologies develop and become compatible with one another, they may prove to be cost-effective tools to increase the efficiency of production. Similarly, regulatory agencies may benefit from these systems through increased accuracy and efficiency of tracing the movement of livestock.

The current primary driving forces behind the development of livestock identification systems are based on recognized industry needs. They include disease control and eradication, disease surveillance and monitoring, emergency response to foreign animal diseases, regionalization, global trade, livestock production efficiency, consumer concerns over food safety, and emergency management programs ...

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Using Maine RFID Technology to Strengthen Food Safety By U.S. Senator Olympia J. Snowe

Its clinical name is bovine spongiform encephalopathy (BSE) – but we know it by its more common name, "mad cow disease." The discovery of the disease in a Holstein cow at a farm in Washington state caused concern among consumers, and major panic among producers, as more than 40 nations banned American beef from their stores, and cattle prices tumbled.

But the case has also illustrated a major shortcoming in our food safety system. Since the disease was believed to be transmitted to the infected cow in its feed, and symptoms take years to appear, officials needed to track down other cattle in that Holstein’s herd, cattle that would have been likely to eat the same feed – and may have been exposed to the disease.

Even now, though, federal agencies have not located all 81 cows in that herd. Even though officials reassure us that the risk to humans is minimal in this case, there is no question that by improving our ability to track livestock, we can enhance the security of our animals, our farms, and our food supply – and a company from the town of Raymond, Maine, could lead the way.

EmbedTech Industries is a small business with a unique specialty. The entrepreneurs there have developed a way to securely and inexpensively encase radio frequency identification (RFID) chips in plastic. The chips are then secure, protected from damage or sabotage, and readable with a scanner similar to a barcode reader. The technology has a vast number of possibilities, but its potential use to track livestock is in some ways, most intriguing. The concept is simple – by attaching an RFID-embedded ear tag to a calf, you create a system that can measure much more than just who owns an animal. The RFID chips are computer chips, a portable, recordable and scannable medium on which to record not just ownership, but full histories, such as vaccinations, growth measurements, and other critical information.

The promise this technology holds is why I have joined a bipartisan group of senators as a co-sponsor of the Animal Health Protection Act, which would direct the Secretary of Agriculture to establish a program to use technology like that developed by EmbedTech to electronically track the nation’s livestock. The U.S. Department of Agriculture already has the authority to implement a livestock tracking system – but it has lacked the funding and the technology. The bill provides $25 million to establish the system, technology that would have made tracking the 81 head of cattle in the current BSE case faster and more accurate, and could accomplish much more.

Our bill could be just the beginning. Since its introduction, President Bush has announced the inclusion of $60 million in the fiscal 2005 budget to fund a national cattle identification system, along with increased surveillance, and research and development into mad cow disease. By strengthening our ability to track and identify livestock, we can inspire confidence in our farm communities, protecting the farmers, as well as the farms. In Maine, that means 395 dairy farms and more than 2,000 jobs.

And those are just the jobs we have now. RFID chips are tiny, but their economic promise is immense for Maine. As a state, we are positioned to capture a share of this high-tech growth industry through companies like EmbedTech, as well as chipmakers, label makers and more. In short, we could create a winning environment for Maine farmers, consumers and workers. The electronic animal identification system could provide an affordable means of protecting the nation’s food supply, inspiring confidence in consumers and potentially, creating a growth manufacturing sector in the Maine economy.


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DOD UID Background

The DoD vision for unique item identification is to implement policy, regulations, and supporting processes that establish a strategic imperative for uniquely identifying tangible items. The policy relies to the maximum extent practical on commercial item markings and does not impose unique government data requirements. To that end, uniquely identified tangible items will facilitate item tracking in DoD business systems and provide reliable and accurate technical and financial data for management, financial accountability, and asset management purposes.

On 29 July 2003, the Acting Under Secretary of Defense (Acquisition, Technology and Logistics) signed the “Policy for Unique Identification (UID) of Tangible Items – New Equipment, Major Modifications, and Reprocurements of Equipment and Spares”. (A copy of the policy is available here).

In setting forth a UID policy, the following strategic outcomes were defined:

Data integration across Department, Government, and Industry systems as envisioned by the DoD Business Enterprise Architecture
Improved item management and accountability
Improved asset visibility and life-cycle management
Clean audit opinions on the property, plant, and equipment and operating materials and supplies portions of DoD financial statements

This Policy makes UID a mandatory DoD requirement on all solicitations issued on or after January 1, 2004. An item will be uniquely identified if: (1) the acquisition cost is $5,000 or more, (2) it is either a serially managed, mission essential or controlled inventory piece of equipment or a reparable item, or a consumable item or material where permanent identification is required, (3) it is a component of a delivered item, if the program manager has determined that unique identification is required, or (4) a UID or a DoD-recognized UID equivalent is available.

The Department of Defense (DoD) Unique Identification (UID) effort also enables an intelligent Business Enterprise Architecture (BEA) that will allow DoD to achieve a clean audit opinion, manage the supply chain and track assets to support our troops. Marking tangible items (e.g., property, spare parts, supplies) with a unique identifier to record the acquisition, issuance, maintenance, storage, transfer, expenditure and/or disposal of those items will enable the accurate and timely recording of financial transactions in both non-financial (business) and financial systems.

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An Assessment of RFID for Electronic Cargo Seals

Here is an overview of today's marketplace for electronic cargo seals. It describes the background of traditional cargo seals, then explains the rationale for electronic seals, the expectations of users, and the characteristics of such seals. Product matrices describe twenty electronic seals and locks offered by twenty-four firms. The products represent four technologies--Radio Frequency Identification (RFID), infrared, remote communications, and very short range or contact technologies. Market status ranges from active development through established use.

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RFID Used in Mobile Detection Assessment Response System (MDARS)

The Mobile Detection Assessment Response System (MDARS) is a joint Army-Navy effort to develop and automate robotic security and inventory assessment capabilities for use in government storage facilities. The MDARS system consists of a command and control console running the Multiple Robot Host Architecture (MRHA) controlling up to 32 interior and/or exterior robotic platforms. The Product Assessment System has been developed by the Naval Command Control and Ocean Surveillance Center (NCCOSC) as part of the MRHA to track the locations of selected items in the warehouse inventory. Specialized interactive RFID transponder tags are placed on high-value or sensitive items. The tags, each with a unique identification number (Tag ID), and their physical locations are monitored by a Tag Reader Computer mounted on each robot. Information on Tag IDs and locations are uploaded from the remote platforms to a database server via the MRHA. This paper discusses the design and developmental testing of the MDARS Product Assessment System in an operational warehouse environment at Camp Elliott in San Diego, California.

MDARS RFID Movie Clip

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Study Assesses Radio Frequency Identification to Reduce Transfusion Errors

Researchers at Georgetown University Hospital (GUH), Washington, D.C., are in the initial stages of a pilot study to explore how radio frequency identification (RFID) wristband solutions increase the efficiency and reliability of blood transfusion safety. The study will be conducted using Precision Dynamics Corp. technology and AMT Systems Transfuse software …

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RFID Tags for Personnel Identification

Problem: Provide Radio Frequency (RFID) Identification tag system with capability read and store personal data onto an RF tag

PNNL Solution: Developed "dog tag" sized RF tags (passive and semi-passive) with read/write memory capable of storing relevant data, Developed battery powered reader capable of reading the data from the tag and updating the data contained on the tag, Successfully demonstrated

Capabilities Employed to Meet Client Needs: Radio frequency (RF) field theory for antenna design and field propagation; information theory for evaluation of read/write distance effects on data transfer rates; analog and digital electronics design; surface mount electronics development; prototype RF tag design, fabrication, and evaluation; lab testing; test planning and analysis; documentation of technical basis and results ...

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RFID Enables Traceability in the U.S. Food Supply: Market Incentives to Establish Traceability

Markets give food suppliers three primary incentives for establishing traceability: improve supply-side management, differentiate and market foods with subtle or undetectable quality attributes, and facilitate traceback for food safety and quality.

Incentive 1: supply-side management
A firm's traceability system is key to finding the most efficient ways to produce, assemble, warehouse, and distribute products. During 2000, American companies spent $1.6 trillion on supply-related activities, including the movement, storage, and control of products across the supply chain. Firms have an incentive to find ways to reduce these costs. In the food industry, where margins are thin, supply-side management, including traceability, is an increasingly important area of competition.

Electronic coding systems, from the bar code system to cutting-edge technologies like radio-frequency identification systems, are helping to streamline the U.S. food supply system. As technological innovation drives down the cost of traceability systems, more and more firms across the food supply chain are developing and maintaining electronic tracking systems. In some cases, buyers manage these systems to monitor supply flow. In other cases, firms establish systems to link suppliers and buyers. A few big retailers have even created proprietary supply-chain information systems that they require suppliers to adopt...

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BYRON DORGAN: ALIEN TECHNOLOGY ANNOUNCEMENT SHOWS COMPANY’S COMMITMENT TO NORTH DAKOTA, “IMMENSE POTENTIAL” FOR ITS RFID PRODUCTS

Company is poised to be the leader in RFID tag manufacture

(FARGO, NORTH DAKOTA) --- U.S. Senator Byron Dorgan (D-ND) said that the announcement by Alien Technology - that it will hire local workers and begin operations at a leased facility in Fargo six months earlier than planned – shows that “the immense potential in the manufacture of Alien’s high-technology products right here in North Dakota is very real.” He also said that the company’s decision to delay the construction of a flagship plant at the NDSU Technology Park by six to twelve months seems to be a reasonable business decision that will allow it to better match its production capacity with market demand for “smart tags,” or tiny RFID (radio frequency identification) transmitters.

The company plans to hire up to 30 employees in late spring or early summer and start assembling and testing RFID tags.

Dorgan, a member of the Senate Appropriations Committee, was instrumental in bringing the California-based company to North Dakota, creating a research partnership with it and North Dakota State University (NDSU), getting federal contracts for the firm, and encouraging it to build a manufacturing facility in Fargo.

“Alien Technology has shown it is willing to invest in North Dakota’s future, and the early start to its operations is a great sign of how much potential exists for the high-tech products they manufacture. For North Dakota, this means the economic growth and additional new jobs we’ve been expecting will arrive even sooner than predicted,” Dorgan said. “At the same time, the delay in the construction of Alien’s permanent facility seems a reasonable move, which does nothing to dim this company’s bright future in North Dakota. It will allow the company to grow at the right pace to meet the demand for its products, and that makes sense.”

The tags have vast potential applications in the areas of inventory control, agricultural management, security and more. In recent months, Wal-Mart, Target, European retail giant Tesco, and the Department of Defense have announced plans to require their suppliers to adopt RFID technology. The technology will eventually replace the bar codes now ubiquitous on consumer products.


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DOD Supply Chain Integration with RFID

DoD RFID Background: Early experience with Radio Frequency Identification (RFID) began when the Army installed active, data rich RFID technology at selected sites around the world to track containers through the logistics pipeline and to provide stand-off visibility of container contents. Fixed interrogators installed at key nodes read RFID tags attached to pallets or containers and provided data to a regional server prior to passing the data to the global asset visibility systems. During our latest operation in Iraq, the use of active, data rich RFID tags was mandated for all materiel entering the theater.

Concurrently, efforts were underway to make it possible for computers to identify any object anywhere in the world instantly utilizing passive RFID technology. The key was to create a universal, open standard for identifying products and sharing information. Part of that work was to develop the Electronic Product Code (EPC) - a unique number that identifies a specific item in the supply chain. EPCglobal, Inc., formed on November 1, 2003 will administer the electronic product codes and develop EPC standards for RFID technology going forward. EPCglobal, Inc. is a joint venture between EAN International and the Uniform Code Council (UCC), Inc., For more on EPCglobal, go to www.epcglobalinc.org.

To take maximum advantage of the inherent life-cycle asset management efficiencies that can be realized with RFID, the Under Secretary of Defense for Acquisition, Technology, and Logistics issued policy 1) directing the use of high data capacity RFID used in the DoD operational environment and 2) requiring that suppliers put passive RFID tags on the lowest possible piece part/case/pallet packaging by January 2005. In this regard, DoD is leveraging Electronic Product Code (EPC) and compatible RFID tags. See: Memorandum, USD (AT&L), Subject: Radio Frequency Identification (RFID) Policy, October 2, 2003. The Assistant Deputy Under Secretary of Defense, Supply Chain Integration has taken the lead to facilitate the implementation of the RFID policy.

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Urgent: DOD RFID Summit for Industry meeting on April 6-8, 2004

The Acting Under Secretary of Defense for Acquisition, Technology, and Logistics signed a memorandum outlining policy for the use of RFID within the Department of Defense (DoD). The strategy calls for taking maximum advantage of the inherent life-cycle asset management efficiencies that can be realized with integration of RFID throughout DoD. Leveraging this technology to improve our ability to get the customer the right materiel, at the right time, and in the right condition is a critical part of our End-to-End Warfighter Support initiative.

The new policy addresses two general types of RFID tags: (1) active, which contains an internal power source, enabling the tag to hold more data and has a longer "read" range and (2) passive, which does not contain any power source, holds a minimum of data and has a shorter "read" range.

The policy directs the adoption of specific business rules for the active, high data capacity RFID currently used in the DoD operational environment to ensure continued support for ongoing Combatant Commander in-transit visibility requirements and operations.

The policy states that DoD will be an early adopter of innovative, passive RFID technology that leverages the Electronic Product Code (EPC) and compatible RFID tags. The policy will require suppliers to put passive RFID tags on lowest possible piece part/case/pallet packaging by January 2005.

An industry summit was held on December 2, 2003 to begin discussions with suppliers about the policy. Implementation pilots are underway. An updated draft policy will be released in January 2004, and another meeting with industry will be held in the first quarter of 2004. A final version of this policy will be issued July 2004

Upcoming Events

The Assistant Deputy Under Secretary of Defense (Supply Chain Integration) will host a second DOD RFID Summit for Industry meeting on April 6-8, 2004 to continue to execute the DOD RFID Policy. This meeting will be held on April 6-8, 2004 at the Washington Hilton & Towers, Washington, DC. Please go to www.dodait.com for registration information.

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Long Range RFID Tags

Pacific Northwest National Laboratory and Wave ID staff developed the Long-Range Semi-Passive Radio Frequency Identification System, which won a 2001 R&D 100 Award. Wave ID is a spinoff company of PNNL. The system remotely identifies, locates, and determines the status of tagged items up to 200 meters away. Inventories of items in large warehouses or stores can be completed in minutes instead of days, and their condition determined.

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RFID Technology for License at PNNL, Government Laboratory

Researchers at Pacific Northwest National Laboratory have developed miniature radio frequency tags that are ideal for rapid, remote inventory tracking, and for monitoring a wide variety of items. Our strengths in radio frequency identification systems offer several unique benefits:

Long range: We have developed RF tags that exceed the competition for read and write range by a factor of ten. Ranges up to hundreds of meters are possible. Simultaneous reading: We have developed techniques to increase the number of tags that can be read in a given time period by an order of magnitude above the industry standard. Rates greater than 500 tags per second are possible. Ability to monitor inputs and control outputs: Our systems can be used to monitor external inputs such as temperature and humidity and can be used to control valves and switches. These features make them ideal for tamper detection or monitoring changing conditions and for remotely activating or disabling various devices.

Location Tracking: We have demonstrated the ability to find the physical location of a tag less expensively and with a higher degree of precision than current commercial products. Range and bearing to 0.1 meter have been demonstrated in the laboratory. RF tag systems offer an advantage over bar-coding inventory and monitoring systems because line-of-sight access to the tagged items is not necessary. Our RF tags exhibit superior performance in difficult environments such as reading through container walls, paint, dirt, and in cluttered areas. With more than ten years of experience and a broad range of expertise, PNNL's Electronic Systems Group offers three types of RF tags in its suite of available technologies:

Active, Semi-passive, Passive

In addition to offering general features and benefits for different applications, we also can customize our tag systems to meet your specific needs.

Printable RF Tag Technology Brochure (PDF, 220K)

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Radio Frequency Tag Collage

Background: RF tag systems offer an advantage over bar-coding inventory and monitoring systems because line-of-sight access to the tagged items is not necessary. Our RF tags can be read through container walls, paint, dirt, and in cluttered areas. In addition, Pacific Northwest's strengths in radio frequency identification systems offer several unique benefits such as extended range and the ability to read multiple tags at the same time.

Source: Researchers at Pacific Northwest National Laboratory are developing miniature radio frequency tags that are ideal for rapid, remote inventory tracking, and for monitoring a wide variety of items.

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RFID and Automated Identification Technology: Defense Logistics Agency DLA Applications

Automatic Identification Technology can improve DoD’s logistics business processes and enhance warfighting capability by helping logisticians collect information on troops and equipment moving throughout the theater of operations. AIT encompasses a variety of read and write data storage technologies that capture asset identification information. Those technologies include bar codes, optical memory cards, radio frequency identification tags and satellite tracking systems.

AIT devices offer a wide range of data storage capacities from a few characters to thousands of bytes. The information on each device can range from a single part number to a self-contained database.

Family of AIT Devices

Bar Codes

A bar code is an array of parallel, narrow, rectangular bars and spaces that represent a group of characters. Bar codes are applied on labels, paper, plastic, ceramic and metal by a variety of marking techniques. A reader scans the bar code, decodes it, and transfers the data to a host computer. There are two types of bar codes, linear and two-dimensional.

Linear—a linear bar code is normally limited to about 20 characters. Linear bar codes are used to represent a key data element that serves as a point of reference in a central database. Scanning a bar code permits automatic access to the information in the database.

Two-dimensional—A 2D bar code can store up to 1,850 characters in a single symbol. Two-dimensional bar codes can also sustain considerable damage and still be read. The bar codes are used on multipacks, air pallets and items in the repair cycle that need to be accompanied by detailed historical repair data. DoD shipping activities such as storage facilities, installations, ports and container consolidation points prepare and attach 2D bar codes to multipacks or air pallets that contain several items for one recipient. Those bar codes can contain both transportation and supply data.

Optical Memory Cards

The optical memory card uses the same technology made popular by audio compact discs and audio-visual CD-ROM (read only memory) products. Users write on the card with a narrowly focused, high-intensity laser beam. A low-power light beam is used to read the "pits" created during the writing process. Because the OMC is about the size of a credit card, a person can carry it easily in a pocket or wallet.

DoD activities use OMCs when extensive, detailed content is required. For instance, DLA’s Automated Manifest System uses a DoD standard OMC for automated receipt processing. The cards contain supply and transportation information used for receipt processing, discrepancy reporting and reconstituting shipment data and documentation. Logistics nodes that consolidate shipments generate the OMCs while receiving activities and support units are the primary users.

Radio Frequency Identification

Radio frequency identification is a relatively new approach to identify, categorize and locate people and materiel automatically within a few inches to 300 feet. The technology helps when a user needs to locate and redirect individual containers or needs to know the container’s contents.

In active RF tags, the labels are known as tags or transponders. They contain information that can range from a permanent ID number programmed into the tag by the manufacturer to a variable 128-kilobyte memory that can be programmed by a controller using RF energy. The controller is usually referred to as a reader or interrogator. An interrogator and a tag use RF energy to communicate with each other. The interrogator sends an RF signal that "wakes up" the tag, and the tag transmits information to the interrogator. The interrogator also can write new information on the tag, thus permitting a user to alter the tag’s information within the effective range. Other less capable RF tags—passive tags—operate similarly to active tags except the data capability is limited to 20 bytes and interrogation is generally limited to line-of-sight.

Satellite-Tracking System

A satellite tracking system provides the ability to track the exact location of vehicles and convoys. The latitude and longitude locations of trucks, trains, and other transportation assets equipped with a transceiver are transmitted periodically via satellite to a ground station. Some systems also provide two-way communications between a vehicle operator and a ground station for safety, security and the ability to reroute.

The U.S. European Command is using satellites to track convoys and critical shipments as they are moving to Bosnia. A system has five components—a subscriber unit, satellite, earth station, network control center and logistics managers. A subscriber unit is installed in the conveyance being tracked. The unit exchanges information with an earth station via satellite. The earth station is connected to an NCC that stores information in electronic mailboxes. Logistics managers access their mailboxes to receive information from subscriber units and return information to them.

Conclusion

The strength of AIT, as an enabling technology, is its ability to capture data rapidly and accurately and transfer the data automatically with little or no human intervention. Using AIT supports the DoD strategy of capturing data once and making it readily available to all users.

No single AIT device can support all DoD requirements and applications. A mix of AIT capabilities is needed throughout the DoD logistics chain.

Source: Logistics Automatic Identification Technology Concept of Operations

By the AIT Task Force, Deputy Under Secretary of Defense (Logistics)

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RFID and Automated Identification Technologies: Defense Logistics Agency Analysis

Automatic Identification Technology can improve DoD’s logistics business processes and enhance warfighting capability by helping logisticians collect information on troops and equipment moving throughout the theater of operations. AIT encompasses a variety of read and write data storage technologies that capture asset identification information. Those technologies include bar codes, optical memory cards, radio frequency identification tags and satellite tracking systems.

AIT devices offer a wide range of data storage capacities from a few characters to thousands of bytes. The information on each device can range from a single part number to a self-contained database.

Family of AIT Devices

Bar Codes

A bar code is an array of parallel, narrow, rectangular bars and spaces that represent a group of characters. Bar codes are applied on labels, paper, plastic, ceramic and metal by a variety of marking techniques. A reader scans the bar code, decodes it, and transfers the data to a host computer. There are two types of bar codes, linear and two-dimensional.

Linear—a linear bar code is normally limited to about 20 characters. Linear bar codes are used to represent a key data element that serves as a point of reference in a central database. Scanning a bar code permits automatic access to the information in the database.

Two-dimensional—A 2D bar code can store up to 1,850 characters in a single symbol. Two-dimensional bar codes can also sustain considerable damage and still be read. The bar codes are used on multipacks, air pallets and items in the repair cycle that need to be accompanied by detailed historical repair data. DoD shipping activities such as storage facilities, installations, ports and container consolidation points prepare and attach 2D bar codes to multipacks or air pallets that contain several items for one recipient. Those bar codes can contain both transportation and supply data.

Optical Memory Cards

The optical memory card uses the same technology made popular by audio compact discs and audio-visual CD-ROM (read only memory) products. Users write on the card with a narrowly focused, high-intensity laser beam. A low-power light beam is used to read the "pits" created during the writing process. Because the OMC is about the size of a credit card, a person can carry it easily in a pocket or wallet.

DoD activities use OMCs when extensive, detailed content is required. For instance, DLA’s Automated Manifest System uses a DoD standard OMC for automated receipt processing. The cards contain supply and transportation information used for receipt processing, discrepancy reporting and reconstituting shipment data and documentation. Logistics nodes that consolidate shipments generate the OMCs while receiving activities and support units are the primary users.

Radio Frequency Identification

Radio frequency identification is a relatively new approach to identify, categorize and locate people and materiel automatically within a few inches to 300 feet. The technology helps when a user needs to locate and redirect individual containers or needs to know the container’s contents.

In active RF tags, the labels are known as tags or transponders. They contain information that can range from a permanent ID number programmed into the tag by the manufacturer to a variable 128-kilobyte memory that can be programmed by a controller using RF energy. The controller is usually referred to as a reader or interrogator. An interrogator and a tag use RF energy to communicate with each other. The interrogator sends an RF signal that "wakes up" the tag, and the tag transmits information to the interrogator. The interrogator also can write new information on the tag, thus permitting a user to alter the tag’s information within the effective range. Other less capable RF tags—passive tags—operate similarly to active tags except the data capability is limited to 20 bytes and interrogation is generally limited to line-of-sight.

Satellite-Tracking System

A satellite tracking system provides the ability to track the exact location of vehicles and convoys. The latitude and longitude locations of trucks, trains, and other transportation assets equipped with a transceiver are transmitted periodically via satellite to a ground station. Some systems also provide two-way communications between a vehicle operator and a ground station for safety, security and the ability to reroute.

The U.S. European Command is using satellites to track convoys and critical shipments as they are moving to Bosnia. A system has five components—a subscriber unit, satellite, earth station, network control center and logistics managers. A subscriber unit is installed in the conveyance being tracked. The unit exchanges information with an earth station via satellite. The earth station is connected to an NCC that stores information in electronic mailboxes. Logistics managers access their mailboxes to receive information from subscriber units and return information to them.

Conclusion

The strength of AIT, as an enabling technology, is its ability to capture data rapidly and accurately and transfer the data automatically with little or no human intervention. Using AIT supports the DoD strategy of capturing data once and making it readily available to all users.

No single AIT device can support all DoD requirements and applications. A mix of AIT capabilities is needed throughout the DoD logistics chain.

Source: Logistics Automatic Identification Technology Concept of Operations

By the AIT Task Force, Deputy Under Secretary of Defense (Logistics)

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RFID in Department of Defense: DOD RADIO FREQUENCY IDENTIFICATION POLICY

Washington -The Department of Defense has establised a radio frequency identification policy (RFID). RFID technology greatly improves the management of inventory by providing hands-off processing. The equipment quickly accounts for and identifies massive inventories, enhancing the processing of materiel transactions to allow DoD to realign resources and streamline business processes.

Implementation of RFID minimizes time spent through the normal means of inventory processing. This technology allows the improvement of data quality, items management, asset visibility, and maintenance of materiel. Further, RFID will enable DoD to improve business functions and facilitate all aspects of the DoD supply chain. The new policy will require suppliers to put passive RFID tags on the lowest possible piece part / case / pallet packaging by January 2005.

Acknowledging the impact on DoD suppliers, the department is hosting RFID Summit for Industry in early 2004. The RFID policy and implementation strategy will be finalized by June 2004. RFID policy and the corresponding RFID tagging / labeling of DoD materiel are applicable to all items except bulk commodities such as sand, gravel or liquids.

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RFID at Lawrence Livermore Laboratory - Industrial Partnerships

We have demonstrated the feasibility of radio-frequency identification technology for a wide range of applications in both transportation and industry. Radio-frequency identification can remotely identify vehicles, inventory, or personnel within its range without the need for individual scans—saving time and money as well as providing greater flexibility over current bar-code inventory-control systems...

Automatic Vehicle Identification: In partnership with the California Department of Transportation, we developed a prototype vehicle identification system for automating toll collections. An electronic tag on the car identifies the vehicle. As it passes roadside equipment, a 915-MHz signal is reflected back to the reader, modulated with information from the tag. Because the system automatically debits an account to collect the toll, the vehicle can proceed without stopping. The system will be capable of assuming broader roles in the future, such as vehicle-to-roadway communication or using vehicles as traffic probes. In the latter case, the system can read the velocity of particular cars and provide information on traffic conditions.

We are also assisting the Federal Highway Administration in developing a national vehicle-to-roadway standard for commercial vehicles. Primary application is for automatic clearance of trucks at highway speeds upstream from a weigh station. Electronic credentials, safety sensors status, and other information would be transmitted from the on-vehicle tag. In-transit data and driver messages would be transmitted from the infrastructure...

Companies interested in commercializing this technology should provide a written statement of interest that must include a description of corporate capability and experience relevant to this technology.

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Kiwiplan Plans RFID-Compliant Systems

From Packaging Online, Mar 27, 2004 ... Kiwiplan is now studying the application for broader use both with its work-in-progress finished goods inventory Unit Load Tracking system ULT and in its paper inventory Roll Stock System RSS . Kiwiplan 146's goal of readying RFID-compliant versions of ULT and RSS will help its customers adhere to RFID capability mandates from companies including Wal-Mart Target and the U.S. ...


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Sen. Leahy Calls On Congress To Study RFID

From Yahoo! Most Popular Tech News, Mar 27, 2004 ... Beth Bacheldor lt a href http www.informationweek.com target new gt InformationWeek lt a gt Yet another lawmaker is raising concerns about the impact of radio-frequency identification technology on consumers privacy. Sen. Patrick Leahy D-Vt. is calling on Congress to begin studying RFID technology. In addressing attendees at a conference on video surveillance and other technologies at Georgetown University's law school in Washington this week Leahy said Congress may need to hold hearings on RFID technology.

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Friday, March 26, 2004

RFID PASS Devices: PERSONNEL ACCOUNTABILITY SYSTEM TECHNOLOGY ASSESSMENT

From United States Fire Administration, Federal Emergency Management Agency... RFID PASS devices, or electronic transmitting PASS devices, are commercially available:

Helmet- or SCBA-Mounted RFID Tags

One new RFID accountability system under development envisions mounting a matchboxsized RFID tag on a firefighter’s helmet or SCBA. Fire departments would use stereo-sized interrogator units that could be either vehicle-mounted or portable units positioned outside the building. Since the RFID tags are matchbox-sized, developers did not think it practical to mount the
units on turnout gear. The tags might easily be knocked off of turnout gear or damaged on the scene of an emergency. Developers feel that by mounting the tags to SCBA’s and/or the underside of helmets, they might be more protected from damage and unintentional removal.

Helmet-mounted RFID tags can be programmed to transmit personnel information, including name, rank, training, or other department-specific information. SCBA-mounted RFID tags will most likely transmit information reflecting the SCBA’s location on a given piece of apparatus. For example, if Firefighter Smith’s riding assignment were as the officer for Engine 8, then he would be tracked on the fireground as “Engine 8’s officer,” rather than as “Firefighter Smith.” This technology can be programmed to transmit individual information as the helmet-mounted tags do; however, if a
department desired to track individual-specific information using SCBA-mounted RFID tags, they would have to reprogram the RFID tag each time a new person was assigned to the SCBA.

One drawback to an SCBA- or helmet-mounted RFID system is that the PAS will depend on emergency personnel always wearing their protective equipment. Although this should be commonplace, sometimes PAS protocols are not followed, which can compromise individual’s safety and
diminish the effectiveness of the PAS. For this reason, it may be better to place the RFID tag on a piece of equipment that is more likely to be worn on all incidents (i.e., the helmet). For example, a fire department which issues
SCBA-mounted RFID tags may not be able to track its personnel at a mass casualty incident, such as a passenger train derailment, since many personnel will not necessarily be wearing an SCBA. Similarly, rescue departments would be forced to select a piece of equipment worn on all incidents, and on
which they could mount the RFID tags, to ensure that their RFID PAS can track personnel locations.

Training – Training to use RFID PAS technology will not likely be extensive. Individual firefighters would need only basic instructions on how the system will work and routine maintenance and care instructions for the RFID tags. Accountability officers will need some basic instruction on RFID technology and minimal training how to operate the system and manipulate the computer
software and display monitors. Overall, this technology will require minimal training of personnel.

Cost – Costs for RFID PAS will vary depending on the size of the system. RFID tags can be expected to cost several hundred dollars each (less if greater numbers of them are ordered). Interrogators will be more expensive, with models costing up to $5,000. Elevating booms, multiple interrogators,
etc., will raise the price of an RFID PAS. Departments should be able to purchase a system to track 50 people for less than $10,000. These prices are all projections at this time since this technology is not yet commercially available for accountability applications.

Future Trends – Assuming the technology becomes commercially available, RFID PAS has the potential to be very useful in the fire service. Also, as the technology advances, more PAS applications may be discovered.

RFID Tags Sewn into Turnout Gear

Recently, researchers have been able to develop a thin, flexible RFID receiver that can be sewn into the weave of a fabric. With this new capability, RFID tags can be sewn into turnout gear, station uniforms, or other fabrics.
Fabric-based RFID technology will promote accountability by allowing a flexible, non-bulky alternative to other RFID devices. Since all personnel operating at an incident will be wearing clothing of some form, accountability officers can expect that they will be able to track all individuals operating on scene. Fabric-based systems can allow for RFID tags to be sewn into uniforms as well
as PPE, allowing system redundancy for added safety measures. The more places in which tags are sewn, the greater the likelihood of tracking personnel.
One problem currently being addressed deals with the small size of the tags, since small size can limit effective transmission range. Research is under way to ensure that the fabric-based RFID transmission signals are able to reach interrogator units, even if other layers of clothing or objects, such as an SCBA, covers the tag.

Costs – Fabric-based RFID technology is under development, and is not yet commercially available. Developers are unsure of the final equipment costs, but they hope to have their technology available at prices similar to other RFID devices.

Training – Training for this technology likely would be similar to training for helmet- or SCBA-mounted RFID technology.

Future Trends – Since much of the RFID technology is just now on the verge of becoming more common in the fields of the emergency services, it is difficult to say what the future will hold. RFID technology promises a number of accountability benefits for a moderate price. As the technology is developed further, one can expect that the size of the units will decrease, the signal strength and information amount will increase, and the price will fall.

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RFID in Transportation: The Department of Transportation's Intelligent Transportation System Projects

The Department of Transportation has been working on three Intelligent Transportation System (ITS) intermodal freight projects in coordination with the Secretary’s Office of Intermodalism. The three projects are Air Cargo Electronic Supply Chain Manifest, Electronic Seal System for Container Movement, and Asset Cargo Tracking. All three projects were originally designed to improve various aspects of freight mobility and efficiency. However, all three have as part of their design the ability to pinpoint location of freight assets and cargo based upon the latest reporting point. This can be either with fixedpoint, land-based readers, global positioning satellite readers, cellular network readers, or a combination of the three. If we are lacking knowledge related to the contents of a container or a trailer at anytime or
anywhere in the US, each of these projects has features that will help us to advance to meeting that objective.

The Air Cargo project is designed to handle chain of custody of cargo from its origination at a manufacturer/shipper to its end destination at the receiving air cargo facility or at the end destination customer. In route the originator, carrier and receiver of the goods uses a smart card to hand-off the freight between custodians. The smart card contains the biometric identifier of a thumb-print, the electronic manifest and an image of the driver’s commercial
driver license. All data is stored in a central server and is accessible through the internet. The Electronic Seal project is designed to track containers in-bond from the point of inspection to the destination of the container, through seaports and across land border crossings. The e-seal is a radio frequency device that emits a signal as it passes reader devices, and will display information as to whether or not tampering has occurred with the container.
The Asset Cargo Tracking project is designed primarily to track the chassis, that containers ride on, anywhere in the US. It also is designed for the chassis to know when a container is on it, and when it is tethered to a truck tractor. The information on location of chassis can be sent to a central data processing point by way of radio frequency identification (transponder),
cellular signal or global positioning system signal (satellite). If the container is equipped with a radio frequency device (transponder), the chassis tracking device will read the tag and can convey cargo information to a central data processing point. This project is expanding to include testing of e-seals.

All three of these projects hold promise toward helping the US meet a security objective of establishing an information system that will help those with a need-to-know what is on a container or trailer at any time, anywhere. For more information on these projects contact Mike Onder, DOT Office of Freight
Management and Operations...

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RFID Product Announcement: SAMSys Technologies Unveils New Product and Reader Upgrades

SAMSys' EPC Mobile Compliance Cart and Upgraded EPC Reader offers integrators high value and flexible solutions to their supply chain needs

TORONTO, March 26 /PRNewswire-FirstCall/ - SAMSys Technologies today
unveiled the latest additions to its extensive RFID hardware solution line
with SAMSys' EPC Mobile Compliance Cart (MCC) and an upgraded version of its EPC Reader. Both products will be demonstrated and exhibited at the RFID
Journal Live! conference in Chicago, IL, running from March 29th to 31st,
2004.

The SAMSys EPC Mobile Compliance Cart combines SATO America's RFID
enabled barcode printer with SAMSys' imbedded EPC compliant reader and hand-held antenna verifier and is integrated into a battery powered portable cart. The battery-equipped cart includes its own charging system and has various charging rates to meet required usage time. The cart can power a laptop computer if required and can be wirelessly connected to the host warehouse management application. Once the EPC label is printed and encoded it can be verified with the handheld antenna.

"The Mobile Compliance Cart is a state-of-the-art solution that helps to
ensure companies are compliant with the EPC labeling standards outlined by
many large retailers and the Department of Defense," said Steve Hall, VP of
Sales and Marketing for SAMSys. "This unique and portable combination of
products integrates rapidly into a company's existing supply chain while
larger, more permanent, RFID infrastructures can be researched and
implemented."

The mobile cart is intended for use in warehouses and distribution centers and will simplify the work of labeling and shipping pallets of goods with RFID enabled labels. This process of marking specific shipments for compliance to large retailers has been called "slap and ship" and is in keeping with the EPC compliance standards recently mandated by major US retail giants.

SAMSys' EPC 2.5 reader's added features include Ethernet connectivity and
processing capacity for user defined JAVA applets. The Ethernet feature
provides system integrators with another option for connecting to SAMSys'
multi-protocol reader and offers immediate connection to customer intranets
without special wiring or interface modules. This connectivity simplifies
reader firmware and protocol software upgrades along with reader diagnostics
and status monitoring.

The new client side JAVA interface allows integrators to build a wide
variety of applications onto the SAMSys reader, thus eliminating unnecessary
data traffic between the reader and the host and enabling the integrator to
customize queries within the supply chain. Users can filter their tag read
reports to provide them with a single tag arrival time for an EPC labeled
pallet. Furthermore, if host connectivity is temporarily lost, this JAVA
processor provides independent functionality of the reader. This local
processor may also be useful in conveyor applications where tag data is needed faster than it can be relayed to the host, processed, and returned to the conveyor control.

"SAMSys' EPC 2.5 reader provides system integrators with the freedom to
implement RFID solutions using the Auto ID Center's EPC constructs as well as
more traditional tagging and data storage structures," said Tres Wiley, SAMSys President. "And like all SAMSys multi-protocol readers, the EPC 2.5 protects users from premature obsolescence and allows for adoption of evolving standards, technology innovation, and improved cost structures."
Both of these new products will be demonstrated and exhibited at the
SAMSys booth No. 212 at RFID Journal Live! in Chicago.

SAMSys' comprehensive line of RFID readers spans low frequency, high
frequency and UHF frequencies, to support a broad range of protocols and
standards, and enables implementation without the fear of near term
obsolescence. For almost 10 years SAMSys has played an active role in RFID
industry and has consistently advocated an RFID adoption strategy based upon the optimization of functionality, multi-protocol reader architectures, and
ease of reader interrogation. SAMSys also provides consulting services that
focus on the front-end of the RFID implementation process.

About SAMSys Technologies Inc.
SAMSys Technologies Inc. (SAMSys), founded in 1995, is a world-leading
provider of radio frequency identification (RFID) hardware solutions and RFID
integration consulting services designed to evaluate and recommend optimal
RFID solutions to enhance existing business process. SAMSys offers a family of products to simplify the installation and ensure the ongoing performance of
the overall RFID hardware infrastructure. SAMSys is a public company whose
shares are listed for trading on the TSX Venture Exchange under the symbol:
"SMY". The Company has a total of 44.6 million shares outstanding. Visit
SAMSys at: http://www.samsys.com and http://www.investorfile.com.

This news release may contain forward-looking information. Actual future
results may differ materially from those contemplated. The risks,
uncertainties and other factors that could influence actual results are
described in documents filed with regulatory authorities.

The TSX Venture Exchange has not reviewed and does not accept
responsibility for the adequacy or the accuracy of this release.

SOURCE SAMSys Technologies Inc.

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Financial RFID: Attention Business/City/Transportation Editors

From CNW Telbec (Communiqués de presse), Canada ... The company develops customized technology applications to provide next generation payment solutions to include cell phones, cards and RFID transponders. ...

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RFID Growth: Internet & Technology

From Investor's Business Daily ... This kind of RFID (radio frequency identification) tag will be everywhere, and that will create a whole new wave of growth, double-digit growth for the ...

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Healthcare RFID: Hospitals reluctant to deploy RFID

From Computing, UK ... The majority of hospitals are unable to integrate radio frequency identification (RFID) technologies for drug tracking due to cost and other concerns ...

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RFID Applications: SPAR Group Reports Financial Results for 2003 Year and Fourth ...

From Business Wire (press release) ... reductions throughout the company as appropriate and we are committed to developing and exploring new programs and technology, such as RFID applications at ...





RFID Applications: SPAR Group Reports Financial Results for 2003 Year and Fourth ...

From TMCnet ... reductions throughout the company as appropriate and we are committed to developing and exploring new programs and technology, such as RFID applications at ...





RFID Regulatory: Senator Leahy Calls for RFID Technology Hearings

From Slashdot ... securitas writes "Vermont Senator Patrick Leahy has called for congressional hearings into radio frequency identification (RFID) technology. ...





Currency RFID: A little help from your friends

From Globetechnology.com, Canada ... It got the driver a 30-year prison term. Scenario 2: The European Central Bank is considering putting Radio Frequency Identification (RFID) tags in bank notes. ...





Polymer RFID: European group researches polymer RFID chips

From ComputerWeekly.com, UK ... The project, called PolyApply, will focus on developing plastic chips for RFID applications, said Richard Stockdill, a spokesman for STMicroelectronics which ...

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Wearable RFID: NEC’S RESONANTWARE

From engadget, United States ... The “gumi” (who’s naming these things?), a wearable RFID chip that “hold the usage rights to images and music available on the network” (they’re ...





Thursday, March 25, 2004

What is Chipless RFID?

Chipless RFID is a new class of low-cost radio frequency identity tags. They cost much less than $1 each, which means that these RFID tags are disposable and economical. The chipless tags, also known as RF fibers, are shaped as thin security threads, fine wires, and also as thin labels or laminates.

At modest volumes, the chipless RFID tags range in cost from 0.1 to 25 cents. Chipless tags can be applied in more diverse environments, because they work over a wider temperature range and are less sensitive to interference. And unlike chip tags, they can be implemented in thin packaging and labels and be invisible to the naked eye.

The benefits of chipless RFID are its low cost, thin and flexible profile, and agility over a range of environments.

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Chipless RFID: RFID Fibers for Secure Applications

From RFID Journal ... 2004—Tapemark, a manufacturer of packaging and packaging materials, says it will use a new technology, called Chipless ID, to embed RFID transponders into ...

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RFID Locators Combined with Electronic Payment for Entertainment

From UsingRFID.com (subscription), UK ... RFID technology from SAMSys has now been integrated into SafeTzone Technologies' systems for location services and cashless spending, which allows people at ...

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UPM Rafsec doubles the production capacity of its Jyväskylä ...

From Contactless News (press release), United States ... Tampere, March 25, 2004 – UPM Rafsec, a leading RFID tag manufacturer and part of the Finnish UPM Group, announces that it is doubling the RFID tag and label ...

More RFID News...

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Sen. Leahy Calls On Congress To Study RFID

From Information Week Hardware News, Mar 25, 2004 ... Leahy Calls On Congress To Study RFID March 25 2004 More Stories on The Vermont Democrat says a dialogue is needed now to make sure that innovation is encouraged while the public's privacy rights are protected. By Beth Bacheldor Yet another lawmaker is raising concerns about the impact of radio-frequency identification technology on consumers privacy ...

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More RFID test centers consulting services available

From Frontline Today, Mar 25, 2004 ... March 25 2004 Deadlines for implementing radio frequency identification RFID in the supply chain are nearing for many retailers and consumer goods manufacturers and consultants and other organizations continue to expand their services to help with these complex systems integration projects. A number of vendors have opened RFID test labs in the past year including Sun Microsystems RedPrairie and others ...


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Digi Provides Interchangeable Wireless Networking Solution for RFID Application

From Business Wire, Mar 25, 2004 ... RFID technology often referred to as the next generation of bar coding uses radio waves to automatically identify tagged items. It is expected to create significant inventory and labor cost savings for users. Genesta's RFID controller system will be on display on Digi's booth 2237 at ESC San Francisco ...






Europe researches polymer RFID chips

From TechWorld, Mar 25, 2004 ... As part of its Technological Development and Demonstration Framework Programme the EC is providing 12 million 8m to kick off the development project that will run to the of 2007. The group has coined the term ambient intelligence to define the general focus of its work. The goal is to integrate a variety of electronic functions such as sensing computing and information storage into a wide range of materials including consumer packaging and to enable all these to communicate via low-cost radio frequency technology.

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Opinion: RFID kick-start

Computerworld Australia, Australia ... Worrying about RFID? Now's a good time for it. ... Which means RFID is now officially mainstream. And learning RFID on the cheap is now officially practical. ...





TECSYS Announces Distribution-Centric RFID Solution - EliteSeries ...

Accounting Software 411 (press release), United States ... leading Supply Chain Management (SCM) software company, announced today the release of its EliteSeries Enterprise Radio Frequency Identification (RFID) solution ...





Industry debunks myth of $20 bill

Washington Times, DC ... microwaving $20 bills to destroy the chip prompted AIM North America, a trade association for radio frequency identification chip (RFID) manufacturers, to test ...

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Most Developers Use RFID For Security Applications, Not Inventory

InternetWeek.com ... Radio frequency identification technology (RFID) has been in the spotlight since Wal-Mart Stores, the world's largest retailer, said last year it would require ...

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US wants RFID tracking tag investigation

Silicon.com ... He suggested that use of the technology, known as radio frequency identification (RFID), may need to be regulated at the federal level. ...

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Matrics to start making read/write RFID tags

UsingRFID.com (subscription), UK Matrics Inc. has announced the addition of read/write functionality to its RFID (radio frequency identification) tag product line. ...

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VantagePoint helps packaging makers adopt RFID

UsingRFID.com (subscription), UK The business software solutions developer, VantagePoint, is to help packaging manufacturers adopt RFID technology to manage production and inventory through ...

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Contest glorifies venture capitalism

Atlanta Journal Constitution, GA ... Teammates study the other companies, whose businesses range from music downloading and chemical detection to Internet security and RFID, an emerging technology ...

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ObjectCache 2.0 introduces real-time data synchronisation ...

ITWeb, South Africa ... Representative scenarios include creating reference data for radio frequency identification (RFID) applications, new customer care services in ...





RedPrairie Appoints World-Class Executive Management Team to Lead ...

Business Wire (press release) ... RedPrairie's RFID-enabled suite of supply chain technology solutions provide the industry's leading transportation, productivity, and distribution management ...

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Mark IV, Raytheon, SIRIT and TransCore To Develop Next Generation ...

Business Wire (press release) ... For more information visit: http://www.raytheon.com/htms. Founded in 1993, SIRIT is a leading provider of RFID solutions to customers worldwide. ...





Digi Provides Interchangeable Wireless Networking Solution for ...

Business Wire (press release) ... TM) wireless embedded module will be used by Genesta to add wireless networking functionality to the company's Radio Frequency Identification (RFID) technology ...

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ObjectStore Announces ObjectCache 2.0 with Real Time Data ...

Pressrelations (Pressemitteilung), Germany ... Representative use cases include managing reference data for Radio Frequency Identification (RFID) applications, new customer care services in ...





VeriChip Corporation Signs Four New Distributors for Subdermal ...
Business Wire (press release) ... About the size of a grain of rice, VeriChip(TM) is the world's first subdermal, radio frequency identification (RFID) microchip that can be used in a variety ...

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Hospitals reluctant to deploy RFID
VNUNet.com, UK .. The majority of hospitals are unable to integrate radio frequency identification (RFID) technologies for drug tracking due to cost and other concerns ...

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ObjectCache 2.0 introduces real-time data synchronisation functionality

Johannesburg 25 March 2004 a division of which provides products and services that enable organisations to manage data in real-time has released which includes integration with corporate databases through its new data source synchronisation DSS capability. MD of Progress Software South Africa says ObjectCache non-invasively extends corporate databases to improve the scalability and performance of the systems that depend on them and allows companies to add new services based on access to their existing customer data at the same time.
IT Web Software News, Mar 25, 2004

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Help for tackling global supply-chain issues

The goal of the research is to create a means of testing diverse supply-chain strategies and operational tactics under different scenarios in order to discover which strategy is likely to achieve the best performance said Terri Herod managing director of the executive master's program. Eventually the simulation methodology developed could be integrated with rough-cut analytic tools for faster analysis and decision-making.
IT News, Mar 25, 2004

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SAMSys Technologies joins Acsis' RFID partner network

... a provider of radio frequency identification RFID hardware solutions. SAMSys will provide its RFID-reader technologies for integration into Acsis enterprise data collection software and services. SAMSys joins a network of RFID hardware and software developers who have partnered with Acsis to provide customized RFID systems for automotive pharmaceutical and consumer goods clients.
Frontline Today, Mar 25, 2004

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TransCore Buys Vistar

A provider of transportation-related RFID technology has acquired a satellite-communications firm to enable new global asset tracking and security monitoring services. By Jonathan Collins March 25 2004? a long-time provider of RFID and transportation technology and services has acquired satellite-communications firm Ottawa-based . The deal echoes other companies? earlier partnerships to link RFID systems with satellite networks for global asset tracking and security monitoring.
RFID Journal, Mar 25, 2004

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More RFID Development In Security Than Inventory Tracking

More RFID Development In Security Than Inventory Tracking Antone Gonsalves TechWeb News 25-Mar-2004 The use of electronic tags is often discussed for inventory control but more developers are applying the technology to security applications a survey released Wednesday showed. Radio frequency identification technology RFID has been in the spotlight since Wal-Mart Stores the world's largest retailer said last year it would require some of its largest suppliers to be ready to track goods using RFID tags in 2005.
CMP Asia Software News, Mar 25, 2004

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Most Developers Use RFID For Security Applications Not Inventory

The use of electronic tags is often discussed for inventory control but more developers are applying the technology to security applications a survey released Wednesday showed. Radio frequency identification technology RFID has been in the spotlight since Wal-Mart Stores the world's largest retailer said last year it would require some of its largest suppliers to be ready to track goods using RFID tags in 2005.
Internet Week, Mar 25, 2004

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More RFID test centers consulting services available

March 25 2004 Deadlines for implementing radio frequency identification RFID in the supply chain are nearing for many retailers and consumer goods manufacturers and consultants and other organizations continue to expand their services to help with these complex systems integration projects. A number of vendors have opened RFID test labs in the past year including Sun Microsystems RedPrairie and others.
Frontline Today, Mar 25, 2004

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Opinion: RFID kick-start

From Computerworld Australia, Mar 25, 2004
... Last week at the big CeBIT trade show in Hanover Germany dozens of vendors were showing RFID-related products including cell phone maker Nokia which announced an add-on kit for people who want to use their Nokia phones to read RFID tags. Which means RFID is now officially mainstream. And learning RFID on the cheap is now officially practical.

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Wednesday, March 24, 2004

Leahy on RFID and Micro-Monitoring...

Remarks Of Senator Patrick Leahy
The Dawn of Micro Monitoring: It's Promise, And Its Challenges
To Privacy And Security
Conference On “Video Surveillance: Legal And Technological Challenges”
Georgetown University Law Center
Tuesday, March 23, 2004

First, I want to thank Georgetown University Law Center for hosting this conference. It’s always good to have an opportunity to return to my alma mater. I also thank the Center for American Progress, The Constitution Project and Wilmer, Cutler and Pickering for their roles in supporting this event. As a former prosecutor I am especially glad for the strong representation here from the law enforcement community. Chief Ramsey, good to see you again. And thanks to all the experts who have gathered here today to talk about these timely issues.

People Want To BE Safer

In our post-9/11 world, technology often has been our crucial but silent partner in helping us to ramp up our law enforcement and national security capabilities. We in this city are profoundly aware of the new risks we face. But we also need to do it right. The public does not want false assurances, nor do they want to be unduly alarmed. What the American people want is to actually be safer. And we still have a way to go in accomplishing that.

Tension Between Liberty And Security

In our constitutional system there is always tension between liberty and security – and never more so than since September 11th. One of the difficult challenges we face is to strike the right midpoint. Our constitutional checks and balances are intended to help us do that.

The video technologies you are discussing today offer tools that are better, faster and smarter, on scales of magnitude that are unprecedented. As an advocate of emerging technologies who also has a keen interest in them, I watch these breakthroughs with great interest.

I have sought to find ways to encourage the commercial sector to create new products and opportunities, and I have promoted use of new technologies by law enforcement agencies, while also protecting consumer privacy and constitutional freedoms. That was the balance I sought to strike in my work on CALEA and in other legislation that blends law enforcement’s needs, the needs of our robust technology sector, and the privacy interests of the American people. The hands-off approach to the Internet that I have favored is another example, and right now I am working with others to extend the Internet tax moratorium, to keep the Internet free from discriminatory and multiple state and local taxes.

On The Cusp Of A Micro-Monitoring Revolution

The marriage of information-gathering technology with information storing technology, manipulated in increasingly sophisticated databases, is beginning to produce the defining privacy challenge of the information age. Modern databases, networks and the Internet allow us to easily collect, store, distribute and combine video, audio and other digital trails of our daily transactions. We are on the verge of a revolution in micro-monitoring – the capability for the highly detailed, largely automatic, widespread surveillance of our daily lives.

RFIDs

And one of the most dramatic and dazzling new challenges we all will be facing soon is the emergence of a relatively new, surveillance-related technology called radio frequency identification -- R–F–I–D for short.

RFID tags are tiny computer chips that can be attached to physical items in order to provide identification and tracking by radio. Their potential invasiveness is obvious from their size, which, as shown in this picture, already is surprisingly small. And they will only get smaller.

In their basic function, RFID chips are like barcodes, which by now are ubiquitous in our stores and offices and crime labs and manufacturing plants.

Barcodes On Steroids

But RFID chips are like supercharged barcodes – barcodes on steroids, if you will. They are so small they can be tagged onto almost any object. They do not have to be in open view; RFID receivers just have to be within the vicinity – at a security checkpoint, in a doorway, inside a mailbox, atop a traffic light. And RFID chips can carry a lot more information than barcodes. Some versions are recordable so that they can carry along the object's entire history.

RFID chips are more powerful than today’s video surveillance technology. RFIDs are more reliable, they are 100 percent automatic, and they are likely to become more pervasive because they are significantly less expensive, and there are many business advantages to using them. RFIDs seem poised to become the catalyst that will launch the age of micro-monitoring.

I have followed RFID technology for some time and have welcomed its potential for many constructive uses. I have supported the use of RFIDs in a Vermont pilot program for tracking cattle to curtail outbreaks, like mad cow disease, and our Vermont program is now being emulated for a national tracking system. RFID technology may also help thwart prescription drug counterfeiting, a use the FDA encouraged in a recent report. Leading retailers like Wal-Mart and Target – as well as the Department of Defense -- are requiring its use by suppliers for inventory control. Fifty million pets around the world have embedded RFID chips. Of course, many of us already have experience with simpler versions of the technology in “smart tags” at toll booths and “speed passes” at gas stations.

But this is just the beginning. RFID technology is on the brink of widespread applications in manufacturing, distribution, retail, healthcare, safety, security, law enforcement, intellectual property protection and many other areas, including mundane applications like keeping track of personal possessions. Some visionaries imagine, quote, “an internet of objects” – a world in which billions of objects will report their location, identity, and history over wireless connections. Those days of long hunts around the house for lost keys and remote controls might be a frustration of the past.

These all raise exciting possibilities, but they also raise potentially troubling tangents. While it may be a good idea for a retailer to use RFID chips to manage its inventory, we would not want a retailer to put those tags on goods for sale without consumers’ knowledge, without knowing how to deactivate them, and without knowing what information will be collected and how it will be used. While we might want the Pentagon to be able to manage its supplies with RFID tags, we would not want an al Qaeda operative to find out about our resources by simply using a hidden RFID scanner in a war situation.

Drawing Lines

Of course these are just some of the foreseeable possibilities, and a lot depends on enhancements in the technology, reductions in costs, and developments in voluntary standard-setting, systems and infrastructure to manage RFID-collected information. But the RFID train is beginning to leave the station, and now is the right time to begin a national discussion about where, if at all, any lines will be drawn to protect privacy rights.

The need to draw some lines is already becoming clear. Recent reports revealed clandestine tests at a Wal-Mart store where RFID tags were inserted in packages of Max Factor lipsticks, with RFID scanners hidden on nearby shelves. The radio signals triggered nearby surveillance cameras to allow researchers 750 miles away to watch those consumers in action. A similar test occurred with Gillette razors at another Wal-Mart store.

These excesses suggest that Congress may need to step in at some point. When privacy intrusions reach the point of behavior that is absurdly out of bounds, we find ourselves having to deal with such issues as the “Video Voyeurism Prevention Act,” a bill now before Congress that would ban the use of camera to spy in bathrooms and up women’s skirts, a practice that by now has even been given a name, “upskirting,” which I’m sure is as new to you as it is to most of us in Congress.

Other powerful new technologies are on the horizon, like sensor technology and nanotechnology. All the more reason to think about these issues broadly and to establish guiding principles serving the twin goals of fostering useful technologies while keeping them from overtaking our civil liberties.

With RFID technology as with many other surveillance technologies, we need to consider how it will be used, and will it be effective. What information will it gather, and how long will that data be kept? Who will have access to those data banks, and under what checks-and-balances? Will the public have appropriate notice, opportunity to consent and due process in the case mistakes are made? How will the data be secured from theft, negligence and abuse, and how will accuracy be ensured? In what cases should law enforcement agencies be able to use this information, and what safeguards should apply? There should be a general presumption that Americans can know when their personal information is collected, and to see, check and correct any errors.

These are all questions we need to consider, and it is entirely possible that Congress may decide that enacting general parameters would be constructive. It is important that we let RFID technology reach its potential without unnecessary constraints. But it is equally important that we ensure protections against privacy invasions and other abuses. Technology may also help with the answers -- for example, “blockers” that deactivate RFID tags, and software that thwarts spyware.

Beginning A National Dialogue

There is no downside to a public dialogue about these issues, but there are many dangers in waiting too long to start. We need clear communication about the goals, plans and uses of the technology, so that we can think in advance about the best ways to encourage innovation, while conserving the public’s right to privacy.

We have seen this time and time again where a potentially good approach is hampered because of lack of communication with Congress, the public and lack of adequate consideration for privacy and civil liberties.

Take for example the so-called CAPPS II program. No doubt in a post-9/11 world, we should have an effective airline screening system. But the Administration quietly put this program together, collected passengers’ information without their knowledge and piloted this program without communicating with us and before privacy protections were in place. The result was a recent GAO analysis that showed pervasive problems in the screening program and admissions that we are now set back in our efforts to create an effective screening system.

As another example, the Administration recently funded the MATRIX program to provide law enforcement access to state government and commercial databases. This was potentially a useful crime-fighting tool. But there was insufficient information about the program and about potentially intrusive data mining capabilities, and there were unaddressed concerns about privacy protections. Now 11 out of 16 states participating in the program have pulled out – many, citing privacy concerns – thus hampering the effectiveness of the information sharing program. Again, had some of these issues been vetted in advance, we may have been able to enhance law enforcement intelligence.

Just recently, there were reports about the FBI’s new Strategic Medical Intelligence program, in which doctors have been enlisted to report to the FBI “any suspicious event,” such as an unusual rash or a lost finger. The goal of preventing bio-terrorism is important. But there are many unanswered questions about the program’s privacy protections and its ability to identify truly suspicious events and not unrelated personal medical situations. Hopefully, this program will not be hampered by lack of communication and oversight.

I have written oversight letters to the Justice Department and to the Department of Homeland Security on all of these issues and am waiting for their responses.

I want to make sure that mistakes like those are not repeated, especially with RFID technology, where there is so much potential value. That is why I asked to speak with you today, to begin the process of encouraging public dialogue in both the commercial and public sectors before the RFID genie is let fully out of its bottle.

This is a dialogue that should cut across the political spectrum, and it should include the possibility of constructive, bipartisan congressional hearings. The earlier we begin this discussion, the greater the prospects for success in reaching consensus on a set of guiding principles.

When several of us from both parties banded together years ago to found the Congressional Internet Caucus, we were united by our appreciation for what the Internet would do for our society. Years later, we remain united, we remain optimistic, and partisanship has never interfered in the Caucus’s work.

That is the spirit in which I hope a discussion can now begin on micro-monitoring.

Thank you for your interest in these cutting-edge issues, and thanks for this opportunity to share some ideas with you.

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A Powerful Combination: RFID Products and Satellite Technology for Transportation

...TransCore, the largest global manufacturer of transportation-based RFID products deployed in applications such as electronic toll collection and SMART border crossings, announces the purchase of satellite tracking, monitoring and global positioning system (GPS) technology assets from Ottawa-based Vistar Telecommunications, a wholly owned subsidiary of NSI Global Inc. (TSE: NGL). The multimillion-dollar deal makes TransCore the only manufacturer to offer both major wireless monitoring technologies in a comprehensive suite of homeland security, fleet management and supply chain products. Vistar’s technical team will remain based in Ottawa and form the core of TransCore’s Satcomm Technology Center.

Since its inception in 1994 as a dedicated business unit within Bell Canada, the Vistar organization pioneered the development of wide-area wireless data products and services. The company launched the satellite-based GlobalWave® system that allows users to monitor, manage, track and communicate with remote and mobile assets from a Web site interface. With six ground control stations providing service to five continents, the GlobalWave network supports more than 20,000 users worldwide, such as the U.S. Department of Defense and Volvo Penta of the Americas.

"The addition of satellite communication technology is a vital element of our strategic vision to provide end-to-end visibility for commercial and government applications,” said John Worthington, TransCore's president and chief executive officer. “By integrating RFID and satellite technology we create a powerful market differentiator."

Combining RFID and GPS systems will allow TransCore to offer fleet, rail/intermodal and shipper customers a complete supply chain visibility capability, as well as bring an all-encompassing secure chain-of-custody solution to the homeland security market...

About Vistar Telecommunications: Based in Ottawa, Vistar Telecommunications is a global provider of satellite-based wireless systems and equipment that permit customers to remotely monitor and manage mobile assets, such as trucks, trailers, boats, intermodal containers, and fixed stationary assets such as oil and gas well head and pipeline facilities, chemical storage tanks and containers. For more information, visit www.vistar.ca.

About TransCore: TransCore is a privately held transportation services company with 1,800 employees and more than 80 locations globally. With installations in 39 countries, 80-plus patents and a world-class manufacturing facility, TransCore's expertise is unparalleled. TransCore’s 60-year heritage spans the development of radio frequency identification (RFID) at Los Alamos national labs to the United States first toll road and most recently the landmark TagTeller kiosk, an ATM-like machine for account management and dispensing RFID tags.

In 2003, Engineering News-Record (ENR) ranked TransCore No. 48 out of the Top 500 Design Firms and No. 10 for firms that specialize in transportation. TransCore was honored with the coveted 2003 Best of ITS award while four of its showcase projects were honored with Best in ITS nominations and three took the final honor. For more information about TransCore’s worldwide operations, visit www.transcore.com.

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TransCore Buys Vistar

From RFID Journal ... March 25, 2004—TransCore, a long-time provider of RFID and transportation technology and services, has acquired satellite-communications firm Ottawa-based ...

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NATO Signs Contract with Savi Technology for Wireless Logistics Pilot Project between Europe and the Middle East

From Manufacturing.net Logistics Management, Mar 24, 2004 ... The contract calls for the installation of the network along the International Security Assistance Force Afghanistan ISAF supply chain which stretches from the Netherlands and Germany through Uzbekistan to Kabul in Afghanistan. Consignments will be tracked by using Savi's newest generation SaviTag ST-654 an active data-rich RFID tag that communicates wirelessly with the network at distances over 100 metres ...

More RFID News Items...

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PMMI issues call for presentations (Departments)

From PackWorld, Mar 24, 2004 ... WEB EXCLUSIVE The Packaging Machinery Manufacturers Institute issued an April 9 2004 deadline for presentations at the Conference at Pack Expo held in conjunction with Pack Expo International November 7-11 at Chicago s McCormick Place. PMMI encourages presentations from engineering production and operations titles that are technology-focused and noncommercial. Proposals that include packaging users as presenters or co-presenters will be given preferential consideration says PMMI ...

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TransCore acquires satellite technology with purchase of Vistar assets

From Frontline Today, Mar 24, 2004 ... March 24 2004 TransCore a manufacturer of transportation-based RFID products deployed in applications such as electronic toll collection and SMART border crossings has purchased satellite tracking monitoring and Global Positioning System GPS technology assets from Ottawa-based Vistar Telecommunications a subsidiary of NSI Global Inc. Vistar's technical team will remain based in Ottawa and form the core of TransCore's Satcom Development Center ...

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RFID Protects Liquid Assets

From RFID Journal, Mar 24, 2004 ... A maker of couplings for tubing is using low-cost RFID tags to monitor and control the way liquids are dispensed. By Jonathan Collins March 24 2004 company that designs and manufactures connectors and fittings for flexible tubing has turned to RFID specialists to help cut the cost of Colder's RFID-enabled Smart Coupler products ...

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Mikohn Awarded Additional TableLink Chip Tracking Contracts

Business Wire (press release) ... to automate the tracking of player activity, game action and table games accounting through the use of patented casino chips embedded with RFID microchips ...

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Radio frequency tags may prevent luggage woes

Jacksonville Business Journal, FL ... A RFID tag is basically a microchip containing identifying information that can wirelessly transmit that data when queried by a reader. ...





Canada NewsWire summary of releases for Afternoon, Tuesday March ...

From CNW Telbec (Communiqués de presse), Canada ... Billion CalGen Secured Term Loans and Notes Offering (CA-Calpine-offering) C3223 - MONTREAL : TECSYS Announces Distribution-Centric RFID Solution - EliteSeries ...





Home Medical Equipment Standards Association is Creating ...

From Business Wire (press release) ... information transfer. The association's future plans also include focus on bar coding, RFID, XML and Electronic Bill Presentment. HMESA ...

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RFID Security and Access Control Applications to Skyrocket; ...

From Business Wire (press release) ... The new Wireless Development Survey from Evans Data has found that Security and Access Control are the most likely applications to use RFID (Radio Frequency ...

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NATO Signs Contract with Savi Technology for Wireless Logistics ...

From Business Wire (press release) ... Allied Commander Transformation (SACT) has contracted with Savi Technology to pilot a project using Radio Frequency Identification (RFID) technology linked ...

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Advanced ID's Technology Approved by Thailand's Minister of ...

From Business Wire (press release) ... LAS VEGAS--(BUSINESS WIRE)--March 24, 2004--Advanced ID Corporation (OTCBB: AIDO), a pioneer in the radio frequency identification (RFID) market, today ...





HighJump Software, a 3M Company, Extends Compliance Advantage to ...

From Business Wire (press release) ... now supports a comprehensive set of compliance workflows from manufacturing through distribution, allowing customers to implement RFID compliance based on a ...

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The X-Change Corporation Launches Investor Web Site; X-Change ...

From Yahoo News (press release) ... The X-Change Corporation (OTC Bulletin Board: XCHC - News) and its wholly owned subsidiary Airgate Technologies have both launched RFID ("radio frequency identification")
related Web sites that are designed to provide facts and data to investors and potential RFID users.

About RFID: RFID is an information management tool that employs miniature RF transmitters, sometimes called 'smart labels', that are attached to product packages, cases, pallets and shipping containers to communicate their cargo's identification data via radio waves to "readers" that allow a tagged item to be tracked every step of its journey from component stage in the assembly plant to final manufacture, shipping, and movement through all points in the distribution channel, all the way to the retail shelf and eventual purchase by the end user.

About Airgate Technologies: Airgate Technologies is a development stage company specializing in wireless data management technologies. The company designs and develops applications utilized in RFID ("radio frequency identification") deployments.
Airgate will deliver RFID solutions in selected vertical markets built around a data management and integration strategy. This strategy is designed to ensure rapid market penetration and maximum return on investment. Please visit http://www.airgatetech.com for more information.

About The X-Change Corporation: The X-Change Corporation was organized to seek merger or acquisition candidates. The company intends to acquire interests in emerging technology opportunities that it believes will generate significant revenues and return a profit to shareholders. Airgate Technologies is a wholly owned subsidiary of the X-Change Corporation. Please visit http://www.x-changecorp.com for further information.

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Japan's next big thing? Integrated circuit tags

From International Herald Tribune, France ... Japan Freight Railway in January installed a computer system by NEC which uses IC tags, also called RFID, or radio frequency identification tags, to monitor ...

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Sen. Leahy Voices RFID Concerns

From RFID Journal ... 2004—In an address at the Georgetown University Law Center on Tuesday, US Senator Patrick Leahy (D-Vt.) called for a national debate on RFID technology and ...

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Surging market for RFID security predicted

From San Jose Business Journal, CA ... Security and access control are the most likely applications to use RFID (Radio Frequency IDentification) technology with three in 10 survey respondents ...

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Tuesday, March 23, 2004

Eight Suppliers To Be Used For Wal-Mart's April RFID Pilot Program

From Information Week, Mar 23, 2004 ... Cases and pallets of the suppliers products with passive RFID tags will be shipped to three of Wal-Mart's Dallas distribution warehouses that have been equipped with RFID readers at all shipping and receiving doors. Speaking at the Grocery Manufactures of America conference in La Jolla Calif. Dillman also addressed the issue of RFID implementation costs ...


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RFID Solution to Help Distributors Comply with Wal-Mart and Target

From Canada Newswire, Mar 23, 2004 ... This solution will allow distribution-centric organizations to deploy RFID easily within their operations to comply with requirements from organizations such as Wal-Mart and Target and to increase warehouse efficiency. RFID technology eliminates the line-of-sight requirements of current barcode systems and automatically provides basic yet critical information about products such as item number and item location ...


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RFID Puts Intelligence into the Pipeline...

Colder Products Company has developed RFID into their Smart Coupling Technology, which enables an exchange of data across a flexible pipeline coupling at the time and location of connection. Data is stored using RFID technology on the package coupling or fluid delivery line and is transferred across the coupling at the point of connection. RFID data is transmitted to a computer control system as the coupling is connected. This creates a powerful capability to automatically identify fluid products and their characteristics and capture RFID data from point of origin through point of use.

A primary benefit of the RFID-enabled Smart Coupling Technology is ensuring a quality manufacturing process by identifying out-of-date or unapproved materials and preventing manual defects. Misconnection of fluid lines to the container or package can be halted by leveraging RFID information transmitted from the Smart Coupling. Prevention of misconnected fluid lines is essential in chemical or hazardous material filling applications. Additional benefit opportunities are available by leveraging RFID information on key product characteristics that are critical to maintaining product and process quality and also to help meet regulatory and compliance standards.

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RFID and stock level tracking help keep Tesco at the top

From ComputerWeekly.com, UK ... which has 780 stores in the UK as well as 1,202 T&S convenience outlets, uses technology such as radio frequency identification (RFID), wireless networks and ...

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EPCglobal Assesses Past, Future

From RFID Journal ... that it is making significant progress on winning support for its intellectual property agreement among its members that make and sell RFID-related hardware ...

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AMR Releases Line-item Detail Analysis of Retail Industry IT ...

From Tekrati (press release), United States ... CIO of NRF. “The report’s projected expenditures did not include RFID compliance investment,” Friscia added. “2005 is around ...

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Defense Taps IBM

From Information Week, United States ... 2005 deadline for its 43,000 suppliers to begin tagging cases and pallets of low-cost items and individually tagging items worth $5,000 or more with RFID chips ...

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Nextair Adds Palm Support To The AIRIX Wireless Environment

From CNW Telbec (Communiqués de presse), Canada ... By supporting advanced features like signature capture and GPS, as well as supporting peripheral devices such as barcode readers, RFID tag readers and printers ...

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Impinj Introduces Zuma: Industry's Longest-Range Field Rewritable ...

From Business Wire (press release) ... 23, 2004--Impinj, Inc., the Self-Adaptive Silicon(TM) company, today announced Zuma(TM), its high-performance Radio Frequency Identification (RFID) system that ...

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B is for branding

Denver Post, CO ... industry is moving away from the traditional practice of branding calves with red-hot irons and moving toward ear tags, bar codes and even RFID transmitters ...





Arzoon's Vigilance(TM) Event Management Increases Delivery of ...

Yahoo News (press release) ... We are excited about the capabilities that our event management platform delivers including support for such applications as RFID and Sarbanes-Oxley compliance ...

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Apprise Software, Inc. Introduces New Microsoft(R) .NET-based ...

Internet Telephony Magazine, CT ... enable compliance with warehouse impacting requirements such as dynamic routing, the production of UCC 128 labels and VICS bills of lading, RFID data capture ...

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webMethods Becomes a Founding Subscriber to EPCglobal

From PRNewswire (press release) ... Company Extends Commitment to RFID Technology and the EPCglobal Network(TM) FAIRFAX, Va., March 23 /PRNewswire/ -- webMethods, Inc. ...





Monday, March 22, 2004

Walmart RFID Pilot...

The Walmart RFID pilot will will be conducted at their Texas Distribution Centers. This pilot will test RFID technology in the supply chain at the case level. It will prove the efficacy of the receiving, warehouse management, and order fulfillment business processes using RFID to track case units.

Walmart has mandated their top suppliers to use RFID technology by 2005. The Walmart RFID technology strategy is to leverage EPC and ISO compliant RFID standards. "Keep it simple" is the message Linda Dillman (WalMart CIO) delivered to technology vendors at the Walmart RFID Technology session. 
WalMart's supply chain partners will find benefits in the additional sales revenue generated, due to improved out-of-stock levels. Lower operating costs will be realized through labor reduction and efficient business processes. For Walmart suppliers, using RFID technology is more than just about compliance with the mandate. The suppliers will create a return on investment within their own operations as well as for Walmart. 

Walmart's leadership is clear to the RFID technology vendor community that "the first to market wins" (and wins big). The Walmart RFID pilot should prove the robustness of vendor RFID systems at their Texas distribution centers. The Walmart compliance market is off and running. RFID technology vendors must develop effective strategies in the immediate future to meet the specific requirements of Wal-Mart and their suppliers. Walmart and their partners will learn from the RFID pilot and adapt their business process to reap the benefits of RFID.


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Task and Work Flow Management with One Touch - Nokia Mobile RFID ...

From Gizmo, Australia ... In one of several master strokes unveiled at CEBIT, Nokia's forthcoming Mobile RFID Kit, the first integrated solution targeted to the mobile productivity of ...

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RFID isn't just a barcode, says software chief

From UsingRFID.com, UK ... There's no doubt: RFID is a 'hot' technology, rapidly gaining market share as standardised forms of the technology are introduced and production costs fall. ...

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Reaching Down The Supply Chain with RFID

From Information Week, United States ... He bought into RFID to lower costs and improve internal operations but also hoped he'd convince Wal-Mart Stores Inc. to add the ...





Nanotech, biotech at key juncture with RFID

From Boston Globe, MA ... Unlike RFID (radio-frequency identification) technology, Caveo's tag relies on a WiFi wireless network to know where it is. (RFID ...

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Japan touts tiny tracking chips as next big thing

From Reuters, India ... Japan Freight Railway Company in January installed a computer system by NEC Corp which uses IC tags, also called RFID (radio frequency identification) tags, to ...

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Philips leads way towards the connected planet

From InSourced, UK ... memberships. NFC technology evolved from a combination of contactless identification (RFID) and interconnection technologies. NFC ...

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Omron develops UHF radio frequency tag

From The Inquirer, UK ... JAPANESE COMPANY Omron said it has created an RFID reader/writer and an IC tag which will support both ultra high frequency (UHF) and high frequency protocols. ...

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Privacy concerns surface at CeBIT RFID debate

From ComputerWeekly.com, UK ... There are also concerns that RFID tags placed in store loyalty cards could be used to profile consumers' shopping patterns. Tangens ...





RFID goes to war

From CNET News.com ... It will be the law. For the Pentagon, RFID systems are part of a major logistics revamp. And the deadline for suppliers to attach ...





Allixon to Develop EPC Network System Project for IBM Korea

From PRNewswire (press release) ... Sheets: IANR) announced that Allixon will develop an Electronic Product Code Network System, EPC, using Radio Frequency Identification, RFID, Technology for ...

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US CD plant works to stay in tune with the times using RFID

From USA Today ... From package design to printing, assembly to shrink wrapping and poly-bagging, Sonopack also offers the latest in security tagging, including ... RFID, or Radio ...

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Auto parts moving online leveraging RFID Technology

From Australian IT, Australia ... Radio frequency identification (RFID) technology also will be included in the new version for technician and salesperson identification, and car tracking …





Sunday, March 21, 2004

Accenture Helps Form RFID Industry Group to Evaluate Technology’s Value in Pharmaceutical Industry

Accenture announced the formation of a group of industry leaders that will work together to evaluate the potential of new radio frequency identification (RFID) technology to enhance pharmaceutical product manufacturing, distribution and retail operations within the United States.

Accenture is serving as program manager for the group of pharmaceutical manufacturers, distributors and retailers, which includes Abbott Laboratories, Barr Pharmaceuticals, Inc., Cardinal Health, CVS Pharmacy, Johnson & Johnson, McKesson, Pfizer, Procter & Gamble, Rite Aid and others. Additionally, the Healthcare Distribution Management Association (HDMA) and National Association of Chain Drug Stores (NACDS) are supporting the group by providing their members with additional information and education-related opportunities for this program.

This innovative project will explore the application of EPC and RFID and technologies to three areas: enhancing the safety and security of the pharmaceutical supply chain; improving the process of pharmaceutical returns management; and increasing the efficiency of distribution operations. The group also plans to help encourage use of the new electronic product code (EPC) digital identification standard throughout the pharmaceutical industry.

“These technologies are becoming widely recognized as a powerful tool,” said Jamie Hintlian, a partner in Accenture’s Health & Life Sciences practice. “The RFID initiative is groundbreaking in that it brings together leading companies across the pharmaceutical industry to not only design and evaluate ways to improve supply chain integrity and accuracy but, also to help consumers receive authentic medicines.”

In studying these issues, the group has worked with the Food and Drug Administration’s Anti-Counterfeiting Task Force on how RFID and EPC technologies can mitigate the risk of counterfeit drugs making it to market.

In addition, the group plans to test how RFID technology can improve: expiration date management, lot and batch tracking, returns management processing, shipping and receiving accuracy, operational integrity, and product security and consumer safety, among other areas.

“The program’s goal is to explore the benefits that full adoption of this emerging technology could bring to consumers as well as companies throughout the pharmaceutical supply chain,” said Lyle Ginsburg, a partner in Accenture’s Products Operating Group. “We also plan to help participating companies accelerate the technology learning curve and to share our findings with the industry.”

About Accenture
Accenture is a global management consulting, technology services and outsourcing company. Committed to delivering innovation, Accenture collaborates with its clients to help them become high-performance businesses and governments. With deep industry and business process expertise, broad global resources and a proven track record, Accenture can mobilize the right people, skills, and technologies to help clients improve their performance. With approximately 86,000 people in 48 countries, the company generated net revenues of US$11.8 billion for the fiscal year ended Aug. 31, 2003. Its home page is www.accenture.com.


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IBM develops cheap method for making semiconductors

From Eetasia.com ... Applications for solution-processed electronics include: advanced displays, flexible devices, high-function smart cards and RFID tags, photovoltaic solar cells ...


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