BARTERING PRODUCTS, GOODS OR SERVICES: WITHIN EVERYDAY LIFESTYLE OR DURING NATURAL DISASTERS/ CATASTROPHES
Invisible Security Bartering Communications Network' (ISBCN) was established for the development of a digital secured bartering system, the creation and design of technical security products or services, and for the deployment of an innovative RFID local non-GPS network architecture that corresponds with incident command centers for the enablement of critical response and decision making for the proper delivery of goods in times of catastrophe or natural disasters for Homeland Security (UICDS), local law enforcement, FEMA, and for the bartered sales transactions of local networks within retail, and industries of manufactured goods.
The Bartering Applications segment’s personalized identification system involves the individual or local business registering for providing identifying information to the RFID Bartering Network. Corporate members will register as service providers, banks, credit card companies, merchants, manufacturers, retailers, and suppliers on a local basis can make the determination to extend credit or service to RFID Bartering registered consumers or their corporate partners in exchange for currency via Bartering Network credit cards or for barter in exchange of another’s service executed through written agreement between one another. Registered consumers and corporate partners, have the option to provide a government-registered identification as driver’s license, a credit card, passport, social security number or a corporate EIN to be granted an RFID Personal Code as an extension of numbers used when making purchases via the Internet bartering system or through the stores, restaurants or locations of bartering system participants in their, local areas or through catalog, Internet, or the telephone.
Participating network corporations are provided a Bartering RFID Reader for authenticating memberships of consumers who will make credit card payments, cash payments, with bartered points, electronic checks, or other forms of currency. The consumer participates in the bartering system as an alternative from having to (a) implant microchips inside of their bodies because of religious beleifs opposing the mark of the beast (b) protect personal privacy against RFID embedded products and GPS tracking devices (c) refrain themselves from the participation of discounts and programs of corporations or Bartering networks that involve applications or technologies intrusive on personal privacy.
The Company’s “RFID Bartering Security Applications” segment develops, manufactures and markets radio, electronic and visual identification privacy devices to the individual consumer, retail and consumer goods markets, manufacturers and corporate industry sectors worldwide.
The bartering of radio frequency identification products consists of security blockers for miniature electronic microchips, and readers. ISBCN does not manufacture or distribute injection systems or injected microchips. Rather the Company develops and provides consumer and commercial advance technologies for personal privacy while bartering services within secure networks of local systems or legacy systems linked to local and global networks.
The Company will hold utility and design patents on advance applications for RFID personal security blocking devices, systems and platforms, and will also hold patents for technologies, applications and systems that it will incorporate for RFID identification codes for its proprietary bartering and RFID local to local non GPS networks, communications platforms, architectures, and technologies devices.
The Company is positioned to (a) develop, manufacture, and distribute technologies and devices for privacy and security against intrusive RFID devices that impose on private and public business, personal life, and internal corporate affairs.
The consumer or commercial business utilizes the Company’s product offerings and bartering networks and systems as an alternative to microchip injected under the skin. The company's bartering network is an alternative to other future offerings of other companies that with the use of hypodermic syringes will enable the tracking of the individual through associated reader devices via radio frequency that would then enable the microchip to read codes that determines the approval of credit card purchases or other transations of consumer's choice. The Company's bartering network will not provide corporations, individual and personal marketing data for future consumers up-sales and will not track an individual’s whereabouts without consent via products in which they have already purchased, or via injected microchips. Rather, the company will continue to develop advanced technologies for local ground networks and architecture that supports RFID technologies for pier-to-pier communications and consumer and corporate bartering systems.
In addition to pursuing the market for bartered goods, the Bartering Applications segment will also provide software applications for large retail application environments for bartered point of sale transactions, local LAN Bartered RFID data acquisition, asset management and decision support systems and will develop programs for portable data collection equipment, including wireless hand-held devices. The Company will also continue to involve in the development of local network RFID data broadcast receivers interconnected with wireless systems for commercial and military applications.
Example of the need of a local-to-local bartering system as opposed to available options of the future:
Invisible Bar Code System Developed
(The Korea Times, August 12, 2004)
Korean scientists have developed the world’s first invisible and omnipresent bar code system. After eight years of research, a team of Seoul National University (SNU) professors and chemists announced Wednesday the devel-opment of what is called the Nano DNA-Barcode System (NDBS).NDBS works like this: First, DNA-encapsulated inorganic nano material is sprayed on or impregnated in products such as those of petroleum, paint, agriculture or livestock. The DNA is not damaged by enzymes or heat during a product’s distribution, so information concerning a product can be obtained by extracting nano molecules through a ethod known as polimerase chain reaction (PCR).
He added that the same technology can be used for a variety of purposes. One example is the identification of counterfeit bills if new bills are impregnated with an invisible inorganic DNA nanohybrid during production. The government should manage and monitor the system to ensure its wide adoption, he stressed. Choy applied for patent rights on the DNA barcode system in Korea last year, having obtained patents for its stabi-lization process four years ago in the United States. His achievements have recently been introduced in Advanced Materials, a renowned materials technology magazine published in Germany.
