Executive Summary for Remote Light, Inc.

A portfolio of emerging technologies dedicated to the innovative
use of fiber optic light.

Introduction
Remote Light Inc. (RLI) is engaged in the business of harnessing light—within both the ultraviolet (UV) and infrared (IR) spectrums—in ways that dramatically increase its efficiency as a tool for purification, disinfection and communication.  The ability to manipulate light efficiently for use in these applications emanates from RLI’s competency in optic technology and related intellectual property that is presently protected by 9 US patents, 28 global patents, 3 exclusive licenses, and many global patent applications pending.

RLI is using its vast intellectual property to enter major markets via licensing agreements with global partners.  These markets have a  cumulative annual value of more than $500 billion.  The highlights of a number of the applications are listed below.

Wastewater Purification / Disinfection 
RLI has patented an innovative light reactor that utilizes ultraviolet light (UV) to purify and disinfect wastewater considerably faster than traditional systems.  When incorporated into a wastewater filtration system, this reactor will rapidly destroy all known and unknown viruses and bacteria in the water and will substantially reduce the use of environmentally unfriendly chlorine in these systems.  A demonstration project conducted on an actual hog farm confirmed that a unique filtration system incorporating the UV reactor could convert hog wastewater into pure drinking water.  The technology is targeted for municipal (human) waste, industrial waste water systems, and animal waste filtration systems.

Drinking Water Purification / Disinfection
RLI has patents that extend its use of ultraviolet light into the purification and disinfection of drinking water and other fluids.  In tests conducted by the Department of Microbiology, Pathology and Parasitology at North Carolina State University, the RLI method of sterilization was shown to eradicate E.coli bacteria in mere minutes rather than the hours required by traditional methods utilizing ultraviolet light. In another test conducted at the University of North Carolina-Chapel Hill School of Medicine, the RLI method was used to inactivate the herpes simplex virus (HSV) “one million-fold with as little as 3 seconds exposure”, (compared to 3 days using traditional methods) is a result that the microbiology and parasitology UNC Medical School professor described as “the most efficient inactivation of HSV that I have experienced” in his, at that time, 28 year tenure as an HIV expert. Targeted initially for use in purifying drinking water (consumer, commercial, municipal, and military), the technology would then be extended for purifying industrial water.

This disinfection technology dramatically increases the rate of eradication of microorganisms as well as the rate of throughput, thereby disinfecting water in a fraction of the time with less energy when compared to other systems.

Air Purification / Disinfection
Air pollution / contaminant treatment can be effective via photocatalysis, to remove airborne viruses like Legionnaire’s disease.  The disinfection technology rapidly eradicates microorganisms permitting higher throughput.  The science behind the purification technology works to break carbon-carbon bonds of noxious chemical compounds utilizing UV light and a catalyst like titanium dioxide and then converts them to harmless elements.

This air purification and disinfection technology will target, among other applications, emissions from automobile exhausts, and smokestack pollution emitted from coal-fired utilities and oil and gas refineries.

Appliance / Surface Disinfection 
The same technology used in the purification and disinfection of water is also effective in the removal or elimination of organic compounds from other fluids in order to prevent the spread of disease through the use of water.  To develop applications in this area, RLI plans to collaborate with a major appliance manufacturer to develop a proprietary UV device that would be plugged into a port to disinfect water used in commercial and residential dishwashers. RLI then plans to evolve this device for use in washing machines, ice machines and biological storage.  Surfaces and other disinfection applications can be effective to remove pathogens in the food processing industry.

Medical  
Although the early use of the RLI UV technology will be for the prevention of disease, it also has applications in the treatment of disease.  One potential application is an alternative to the use of angioplasty in the treatment of heart disease and the prevention of heart attacks.  RLI has granted patents for an alternative method for reopening arteries that uses UV light instead of a balloon.  It is based on the ability of UV light to convert fatty acids, such as cholesterol plaque, into a gas, potentially “melting” the plaque away.

Blood disinfection is another potential application where storage time is very limited but the time required for tests for multiple viruses has increased.

Communication
Regarding the infrared end of the light spectrum, RLI has filed a series of patents that anticipate the use of its lighting system for both illumination and communication.  One patent envisions the same fiber cable used to distribute light to a room would also be used to transmit and receive voice and data through the use of infrared light.  One of our scientists has already demonstrated voice recognition through the visible lighting system.

Business Model
The primary responsibility of RLI management will be to license the company’s UV and infrared intellectual property portfolio via third parties.  The team will also work to create spin-out companies, define markets, create business plans, identify and place management teams, and find the appropriate strategic or financial partners to take each subsidiary forward as an operating company if licensing is not an option. 

RLI intends to derive its principal revenues from licensing fees, management agreements with subsidiary companies, and liquidity events created by the sale or public offerings of the subsidiaries.  The intellectual property rights will be retained in RLI and licensed to each subsidiary company or licensee based on the markets served and the applications developed.

The plan will be executed through third party licensing professionals who we have identified and are currently working with.  A series of other consulting relationships will be put in place with qualified, knowledgeable, seasoned managers who have industry specific knowledge.  RLI has identified over 20 individuals who may become part of this effort. 
 
Market Demand
The markets addressable by RLI’s UV technologies represent over $500 billion. The annual Water and Wastewater purification and disinfection market exceeds $400 billion globally. The annual Air purification and disinfection market approaches $100 billion globally. The visible lighting market that our subsidiary company, Central Illumination Company, addresses exceeds $50 billion annually.

Management
Isaac B. Horton, Ph.D., Founder and principal innovator, Dr. Horton has served as the Chairman and CEO for RLI since 1999.  Prior to establishing RLI, Dr. Horton held various positions at the Rohm and Haas Company.  He also was employed as a drug designer at the DuPont Company.  Dr. Horton received his under-graduate degree from UNC-Chapel Hill, his doctorate degree from Indiana University, and attended the Wharton School of Business.

J. Stephen Burnett, Co-Founder and Senior V.P. Technology Licensing.  Prior to co-founding RLI in 1999, Mr. Burnett was a financial consultant and Registered Investment Advisor, mostly with Smith Barney, for approximately 10 years.  Mr. Burnett previously was an entrepreneur in Raleigh, NC and received his under-graduate degree from UNC-Chapel Hill and attended Wake Forest University School of Law.