Radio Frequency Identification Technology for Logistics, Tagging and EPC

Justice Department will not challenge patent proposal

Wednesday, October 22, 2008

The Department of Justice has announced it will not challenge a plan by a consortium of RFID-oriented companies to jointly license patents needed to comply with standards for UHF RFID technology. In explaining its decision, the department points to possible benefits of the plan for consumers and competition, including cost savings and greater access to the technology.


The group putting forward the proposal, the RFID Consortium LLC, is made up of companies that hold at least one essential UHF RFID patent. According to the consortium’s proposal, an independent licensing agent will offer nonexclusive licenses to the consortium’s portfolio of essential UHF RFID patents on reasonable and nondiscriminatory terms. An independent expert reviews the patents to ensure that the portfolio does not combine patents that would otherwise compete with each other, and the owners of the patents will retain the rights to license their patents independently.

Additionally, the consortium would create safeguards tailored to minimize the risk of restricting competition between producers of UHF RFID products and the dampening of incentives to innovate, according to the DOJ.

The justice department’s position was out forth in a letter from Thomas O. Barnett, assistant attorney general in charge of the Antitrust Division, to lawyers for the RFID Consortium. In the letter, the DOJ said the proposed arrangement appears reasonably likely to yield pro-competitive benefits because it limits the ability of the consortium’s members to use intellectual property rights to block or delay the implementation of UHF RFID standards and offers savings in transaction costs for licensors and licensees.

“The proposed patent-licensing arrangement has the potential to speed up the commercialization of UHF RFID technology, to the benefit of competition and consumers, without harming competition or impeding innovation,” says Barnett in the letter.

Under the Department’s business review procedure, an organization may submit a proposed action to the Antitrust Division and receive a statement as to whether the division will challenge the action under the antitrust laws. [end] 

On Track Innovations has received a U.S. patent for adding contactless capability to existing mobile handsets through contactless SIM technology.

U.S. Patent No. 8,090,407, aka “Contactless Smart SIM,” covers the capabilities necessary to turn existing mobile handsets into NFC-enabled devices through the use of a SIM card and a specifically designed antenna, all while keeping the phone and operating system “fully agnostic,” says OTI.

read more »

UK train operator, First Capital Connect’s proposal to extend the Oyster Travelcard and Pay As You Go schemes to St. Albans has been shot down by the government’s Department for Transport.

read more »

Aware has announced the development of its Next-Generation Universal Automated Booking Station (Universal ABS), a biometric enrollment application, for the United States Department of Justice.

read more »

Dolcera Corporation has released a patent repository for NFC technology.

According to Dolcera, the new report provides a layout of “essential patents” that enable the use of the NFC technology based on ISO/IEC 14443, ECMA-340 and ECMA-352 standards, as well as the patents that are used to deliver NFC-enabled applications to consumers.

read more »

The U.S. Department of Homeland Security awarded Accenture Federal Services a 13-month, $71 million contract to add biometric modalities and other enhancements to the US-VISIT program. US-VISIT uses digital fingerprints and photographs. A pilot program included in the contract will test facial and iris voluntary identification enrollment and matching.

read more »

Proclaiming its entrance into the RFID space, Honeywell introduced part of a new product portfolio designed to bring efficiency to the retail industry, the Optimus 5900 RFID mobile computer.

read more »