Cyberlux Announces 3 Year Revenue Projections Monday April 9, 8:00 am ET
RESEARCH TRIANGLE, N.C.--(BUSINESS WIRE)--Cyberlux Corporation, (OTCBB:CYBL - News), a leading provider of LED lighting solutions, announced today its revenue projection guidance for fiscal years 2007, 2008 and 2009, based on existing and future pipeline opportunities within existing retail relationships, continued penetration within governmental agencies, potential for OEM opportunities through its recent technology acquisitions, and current negotiations with prospective customers and partners. Mark Schmidt, Cyberlux President/COO said, "After a thorough study by our management staff of our present business and future business expectations, we have concluded that it is in the best interest of our shareholders for the Company to make public our estimated consolidated revenue projections for the next three fiscal years." ADVERTISEMENT
Considering certain assumptions and factors discussed in the Forward Looking Statements section of this News Release, Cyberlux estimates total consolidated revenue for the fiscal year 2007 is $3.7 million, for the fiscal year 2008 is $8.0 million, and for fiscal year 2009 is $14.0 million. The Company estimates that it will be cash flow positive when a $3.0 million per year revenue run rate is achieved.
"We feel strongly about our Company's leadership position within the emerging LED Lighting Industry, particularly when our Hybrid White Light (HWL) and Hybrid Multi-Color Light (HML) technologies are fully commercialized," Schmidt continued. "Cyberlux is in a strong position to capitalize on the technology transition occurring in the lighting industry, given our present and future government business, our technology licensing and the general direction of the lighting industry in which we continue to forge a position of leadership. Publishing these estimates now can give investors a much clearer picture of our emerging company."
Share structure as of 11 April (as verified with Richard Brown) 239,619,939 out float 48,419,774 rest 191,200,165
TA is Pacific Stock Transfer (702)361-3033
Watching this for a bottom play.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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here's the 8k. Could work out real good for a bottom play.
18-Apr-2007
Other Events
ITEM 8.01 Other Events Cyberlux Corporation (the "Company") has delayed the filing of its Annual Report on Form 10-KSB (the "Annual Report") in order for an independent consultant to complete an appraisal recognizing and measuring the fair value of intellectual property the Company acquired from Rensselaer Polytechnic Institute and University of California Santa Barbara in accordance with applicable generally accepted accounting standards. The Company anticipates filing its Annual Report within 30 days.
13:50 04/20/2007 CYBL CYBLE Cyberlux Corporation Common Stock Delinquent **
i was just looking for a quick bottom bounce - now i find my self getting interested in where cybl might end up a year from now. need extra caffeine in the coffee for this kind of reading. lol.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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posted
i'm holding off a bit. put my money elsewhere for a bit. was looking for .007 here. if they follow through with the fins this should make a nice turn around.
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New white LED packaging design (SPE) for improved performance
LED life and light output degradation studies High-Efficiency, Nitride-Based Solid-State Lighting Many industry experts are optimistic that solid-state lighting technology, particularly the light-emitting diode (LED), will revolutionize architectural lighting. However, problems with low lumen output and low system efficiency must be resolved before general illumination with LEDs can become a reality. Nearly two-thirds of the photons generated by an LED are trapped within the device where they are absorbed and converted into heat, reducing LED performance. Packaging LEDs into fixtures that are acceptable for architectural lighting is also a challenge. Packaging designs must consider the heat dissipation needs of LEDs while meeting architectural design requirements.
Researchers at the University of California at Santa Barbara (UCSB) and the Lighting Research Center (LRC) spent three years developing a high luminous efficacy white solid-state light source, through a U.S. Department of Energy project entitled "High-Efficiency Nitride-Based Solid-State Lighting." The project team explored the fundamental issues associated with nitride-based LEDs, the foundation of solid-state white light. The overall goal of the project was to achieve 200 lumens per watt (lm/W) from this light source, along with good color properties and long life.
Dr. Shuji Nakamura, who developed the world's first gallium nitride (GaN) LED, led the UCSB team, which focused on resonant cavity light-emitting structures. The LRC team, led by Director of Research Dr. N. Narendran, focused on challenges in packaging, testing and evaluation of nitride-based solid-state lighting. The LRC's work included:
developing the subcomponents necessary for packaging UCSB’s semiconductor light emitters benchmarking the performance of current LED devices defining specifications for the new light source through human factors studies developing epoxy materials to encapsulate the semiconductor element (with Rensselaer's Chemistry group) integrating UCSB's device with optics and electronic controls for general illumination applications SUMMARY OF UCSB RESEARCH The UCSB team initially pursued the development of blue gallium nitride (GaN)-based vertical-cavity surface-emitting lasers, as well as ultraviolet GaN-based LEDs. In Year 2, the emphasis shifted to resonant-cavity light-emitting diodes, also known as micro-cavity LEDs when extremely thin device cavities are fabricated. These devices have very directional emission and higher light extraction efficiency than conventional LEDs. Via the optimization of thin-film growth and refinement of device processing, UCSB decreased the total cavity thickness to less than 1 µm, such that micro-cavity effects were clearly observed and a light extraction efficiency of over 10% was reached. UCSB also began the development of photonic crystals for increased light extraction, in particular for so-called ‘guided modes’ which would otherwise propagate laterally in the device and be re-absorbed. Finally, UCSB pursued the growth of smooth, high-quality nonpolar a-plane and m-plane GaN films, as well as blue light-emitting diodes on these novel films. Initial nonpolar LEDs showed the expected behavior of negligible peak wavelength shift with increasing drive current. M-plane LEDs in particular show promise, as unpackaged devices had unsaturated optical output power of ~ 3 mW at 200 mA drive current.
SUMMARY OF LRC RESEARCH At the conclusion of this project, the LRC demonstrated a new packaging method, called scattered photon extraction (SPE), that produced an average luminous flux and corresponding average efficacy of 90.7 lm and 36.3 lm/W, respectively, compared with 56.5 lm and 22.6 lm/W for a similar commercial white LED package. At low currents, the SPE package showed over 80 lm/W white light with chromaticity values very close to the blackbody locus. The SPE package showed an overall improvement of 61% for this particular comparison, exceeding the LRC’s third-year goal of 25% improvement. Human factors studies of light source form for general illumination showed that UCSB’s RCLEDs are best suited for downlight fixtures, in terms of comfort and visual clarity. Rensselaer’s Chemistry group developed new die encapsulant materials using silicone-epoxy resins. The devised materials show slower degradation and less yellowing than materials used in commercially available epoxy encapsulants. Finally, three years of life-testing to benchmark the performance of commercially available LEDs indicate that the single-die white LEDs tested will maintain 70% of their initial light output at 45,000 hours with only a small color shift over time. With the collected benchmarking data, the LRC has begun to develop a life prediction metric for white LEDs. Experiments showed that the LED degradation rate changes as a function of junction temperature depending on the source of increasing heat (drive current or ambient heat). The source of increasing heat also affects 5-mm and high-flux LEDs differently. Once a life predictor can be quantified, the LED life of a system can be estimated without long-term life testing — a significant benefit when developing new LED packages.
PROJECT LINKS U.S. Department of Energy Project Summary
For summaries of some of the studies and experiments conducted through this project, visit the folllowing links:
Improving White LED Efficiency Through Scattered Photon Extraction (SPETM) Benchmarking High-Flux LEDs: A Life Test Non-Contact Method For Determining Junction Temperature in White LEDs LRC PROJECT-RELATED TECHNICAL PAPERS Narendran, N. 2005. Improved performance white LED. Fifth International Conference on Solid State Lighting, Proceedings of SPIE 5941: 45-50. Full-text PDF
Narendran, N. and Y. Gu. 2005. Life of LED-based white light sources. IEEE/OSA Journal of Display Technology 1(1): 167-171. Full-text PDF
Narendran, N., Y. Gu, J.P. Freyssinier-Nova, and Y. Zhu. 2005. Extracting phosphor-scattered photons to improve white LED efficiency. phys. stat. sol. (a) 202 (6): R60-R62. Journal Abstract
Gu, Y., and N. Narendran. 2004. A non-contact method for determining junction temperature of phosphor-converted white LEDs. Third International Conference on Solid State Lighting, Proceedings of SPIE 5187: 107-114. Summary | Full-text PDF
Gu, Y., N. Narendran, and J.P. Freyssinier. 2004. White LED performance. Fourth International Conference on Solid State Lighting, Proceedings of SPIE 5530, eds. I.T. Ferguson, N. Narendran, S.P. DenBaars, J.C. Carrano, 119-124. Bellingham, WA: International Society of Optical Engineers. Full-text PDF
Narendran, N., L. Deng, R.M. Pysar, Y. Gu, and H. Yu. 2004. Performance characteristics of high-power light-emitting diodes. Third International Conference on Solid State Lighting, Proceedings of SPIE 5187: 267-275. Summary | Full-text PDF
Narendran, N., Y. Gu, J.P. Freyssinier, H. Yu, and L. Deng. 2004. Solid-state lighting: Failure analysis of white LEDs. Journal of Crystal Growth 268 (3-4): 449-456. Full-text PDF Narendran, N., Y. Gu, and R. Hosseinzadeh. 2004. Estimating junction temperature of high-flux white LEDs. In Light-emitting diodes: Research, manufacturing, and applications VIII, Proceedings of SPIE 5366, eds. S.A. Stockman, H.W. Yao, E.F. Schubert, 158-160. Bellingham, WA: International Society of Optical Engineers. Full-text PDF
Taylor, J. 2003. Non-intrusive techniques help to predict the lifetime of LED lighting systems. Compound Semiconductor, October: 27-30. Full-text HTML
U.S. DEPARTMENT OF ENERGY LIGHTING LINKS U.S. Department of Energy Building Technologies Program: Lighting Research and Development Program U.S. Department of Energy: Solid-State Lighting SPONSOR United States Department of Energy Cooperative Agreement No. DE-FC26-01NT41203 University of California at Santa Barbara
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With all that I have read from the scientific community on where LED research will make its breakthroughs, this is it! Remember what the goal of Cyberlux here is. Not to reinvent the LED but how to make it more efficient.
I would assume that financing would be relatively easy to obtain on favorable terms if a company was going to save the world $25 billion dollasr a year, wouldn't you agree?
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High-brightness LED market to grow to US$9 billion in 2011, says Strategies Unlimited Carrie Yu, DIGITIMES, Taipei [Friday 20 April 2007]
The high-brightness (HB) LED market will change from a slow-growth trend within the next one to three years and grow at a compound annual growth rate (CAGR) of 16.7% to US$9 billion in 2011, according to market research firm Strategies Unlimited.
The market will see growth for the next three to five years driven by lighting, display backlights and automotive, while the mobile appliance sector will decline slowly, the firm indicated.
The LED lighting market will grow at around 38% per year, representing the highest of any HB LED application, and reach approximately US$1 billion in 2011, the firm noted. Although many applications for the segment use RGB LEDs today, white LEDs will increase to more than 60% of the lighting market by 2011, the firm added.
For the automotive sector, following the Lexus LS 600h that uses LEDs as the headlamp lighting source (available in spring 2007, using Nichia's LEDs), Audi will launch the Audi R8 later this year using LEDs from Lumileds and Osram Opto Semiconductors, while US-based car makers may launch models with LED headlamps in 2008, Strategies Unlimited said.
Mobile appliances, on the other hand, will gradually become less dominant among all HB LED applications in the next few years, with the value of the sector accounting for 48% of the HB LED applications in 2006, down from 57% in 2004, the firm said.
The HB LED market grew rather slowly with a 6% rise to US$4.2 billion in 2006 and the trend was heavily influenced by ongoing decline of the mobile phone market, Strategies Unlimited indicated.
The market will grow at a 12-15% CAGR in the next three years, the firm said.
Strategies Unlimited made a presentation at the recent Blue 2007 - A Solid State Lighting Suppliers conference in Hsinchu, Taiwan.
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From the Los Angeles Times BUSINESS BOOKSHELF How one man showed them the light Brilliant! Shuji Nakamura and the Revolution in Lighting Technology By Bob Johnstone Prometheus Books, $28, 336 pages By Robert Matthews Financial Times
April 22, 2007
How many people does it take to change the light bulb? One: Shuji Nakamura, inventor of so-called solid-state white lights made from light-emitting diodes, commonly known as LEDs.
In 1992, while working in the laboratory of an obscure Japanese chemical company, located on the smallest and least populated of the four main Japanese islands, this lone engineer triumphed where multinational research centers had failed. He created an LED that emitted dazzling blue light, the key step to mimicking sunlight itself.
When combined with a simple yellow phosphor coating, the result is a source of white light needing five times less power than the equivalent light bulb, lasting more than 10 times longer, and it produces any tone of white immediately — unlike today's low-energy fluorescent lights.
Nakamura's breakthrough is at the heart of a technological revolution that looks set literally to light up the world. Within a decade, LED-based lighting is likely to be a familiar feature in homes and offices, cutting fuel bills and greenhouse gas emissions.
Its effect on developing nations will be even more significant by bringing light to the 2 billion people for whom the setting of the sun means either being plunged into darkness or having to rely on oil lamps. High-efficiency LEDs running off stored solar power can keep the lights on until dawn.
Nakamura recently was awarded the second Millennium Technology Prize — the first winner being Tim Berners-Lee, inventor of the World Wide Web.
But it could easily have never happened at all, as technology writer Bob Johnstone shows in this compelling account of Nakamura's story, packed with salutary lessons for would-be Edisons.
"Don't follow the pack" is one tip. Nakamura pursued a route no one else thought would work — although his reasons for doing so are instructive.
As Johnstone points out, blue LEDs had first been made in the early 1970s but were hopelessly faint. That prompted researchers to throw their efforts into other approaches.
As a lowly research engineer with Nichia Corp. in Anan, Japan, Nakamura took the view that if those researchers were now on the right track, he didn't have a chance of beating them — so he opted to stay with the material they had abandoned, known as gallium nitride.
It was not an argument that appealed to Nichia's president, who — perhaps understandably — ordered Nakamura to stop wasting the company's money and start work on surefire products.
In the grand tradition of tales of geniuses versus plodders, Nakamura ignored the order from the boss and discovered a means of turning gallium nitride into LEDs emitting blue light 50 times brighter than that achieved by anyone else.
The initial response to Nakamura's claims was skepticism: Few thought so big a breakthrough could come from so small a company.
The first to recover from the shock was Cree Inc., a LED maker in Durham, N.C. Cree quickly sought a collaborative venture with Nichia. The response provides one of the many cultural insights of the story: "They were like, gaijin [foreigner] go home," one Cree executive told Johnstone.
Riled by the dismissive attitude, Cree then became the first of many to try poaching Nakamura. The sources of these offers give another intriguing cultural insight.
Whatever initial doubts there had been about Nakamura's brilliance, they soon evaporated as he followed up the blue LED with the first bright green and white LEDs and the blue laser — now at the heart of the Blu-ray video machines. Ten U.S. institutions tried to poach him, but only two offers came from Europe — and none at all from his home country.
In the end, Nakamura took up a professorship at UC Santa Barbara. Nichia responded by trying to sue him, alleging breach of nondisclosure agreements. The case was kicked out in 2002, by which time Nakamura had launched his own action against his former employer. It emerged that he had received just $200 for each patent granted on his products — whose sales topped $1.4 billion in 2001. Nakamura sought only about $17 million. He was ultimately awarded half that amount, which was swallowed up by legal fees.
In the end, Nakamura has something beyond price: a place alongside the likes of Edison as technologists who have changed our world.
But his story suggests that although it took just one person to change the light bulb, there is no shortage of people who came close to stopping him doing it.
-------------------------------------------------------------------------------- Robert Matthews is a science writer for the Financial Times of London, in which this review first appeared.
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Ontario joins trend to ban incandescent light bulbs. April 19, 2007
By Andrea Quong
Canada’s most populous province said this week it will phase out the sale of incandescent bulbs by 2012, part of a growing movement toward energy efficient lighting technologies such as light emitting diodes and compact fluorescent bulbs.
“If all incandescent light bulbs were replaced by compact fluorescents, we expect enough energy to be saved to power 600,000 homes,” said Sylvia Kovesfalvi, a spokesperson for the province of Ontario’s energy ministry, which said it was taking steps to begin drafting the necessary regulations.
While the province draws half its energy from nuclear power plants, phasing in more efficient lighting systems could reduce greenhouse gas emissions from conventional power plants, Ms. Kovesfalvi said.
“The intent is to ban the sale of inefficient lighting only where more efficient options are available and make sense,” said Ms. Kovesfalvi. She didn’t say when the ban would take effect or what milestones, if any, have been set.
Ontario is hardly alone. Australia announced in February that it plans to ban incandescent bulbs, and California is considering similar legislation.
Big corporations are joining the movement. Wal-Mart, for instance, aims to sell 100 million compact fluorescent bulbs -- the most common and more affordable type of energy-efficient bulb -- by the end of the year.
“The takeaway here is the transition has begun, and it’s going to be wide scale,” said Ron Pernick, principal and co-founder of cleantech research and publishing firm, Clean Edge. “There’s going to be opportunities for innovators in LED technologies and for current manufacturers in CFLs [compact fluorescent light bulbs].”
The combination of government bans and industry initiatives could make it possible for makers of efficient lighting technologies to ramp up manufacturing, Mr. Pernick said. LED lighting, the technology used to light the Pudong tower in Shanghai, has until now been too expensive for use in homes and businesses. But increased demand and production of LED lights, which use less electricity and emit light efficiently, could bring their price down, Mr. Pernick said.
It could also open doors for next generation technologies like those of Group IV Semiconductor, an Ottawa, Canada-based startup that’s developing light-emitters from semiconductor chips rather than filaments. These silicon-based light-emitters won’t be available for a few years, but they could be used to make longer-lasting light bulbs more cheaply, said CEO Stephen Naor.
Big light bulb manufacturers like General Electric and Philips, which invented compact fluorescent light bulbs in the 1980s, might also benefit in moving more of their energy-efficient product.
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posted
Great research doubleS. You may want to do a sector search for other companies in this industry/tech.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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posted
Here are some related for this tech. OPTC, DRJ, USBE, CY, (check this one SVSO), EVRC, CMHXF, CMH.TO can't leave out TXN. Ran out of time lol. CYBLE stands to make a nice bounce here soon imo.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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posted
Huge dilution will take the pps down even more, the MMs may take it down to 0.005. Don't catch a falling knife. Bottom bounce will never happen until the dilution is done:
posted
I'm trying to track the share structure Jim. this is from the 11th Share structure as of 11 April (as verified with Richard Brown) 239,619,939 out float 48,419,774 rest 191,200,165
need to call the ta and see what they have to say now.
I would like it to drop a little more myself, with the charts this is showing a break through the bottom. A little more on the oversold and then the release of their fins to take the E off could make for a major play. Just my thoughts. Plan the plan and stick to the plan.
----------------------------- Posted by: TAKI In reply to: Dividends who wrote msg# 6048 Date:4/22/2007 4:33:34 PM Post #of 6057
That is what I am saying all along.I am extremely surprised it has not been bought out yet.The patents along are worth from 20$M to as much as 500m$ per Engineer 30 year expert analyzethis.Check Cap below. April 18, 2007 O/S 250,738,939x .009 now price per share=$2,250 Million Market Cap.BS if you ask me.This is absolutely ridiculous CAP low,considering the huge potential of this baby. Should be .08 to .10 PPS as I post this post Imo. ----------------------------
yikes! there's the dilution! over 11mm added in just 1 week? crazy. in munchkin type english... boodog sould investigate better before posting a pick. boodog says - good luck. boodog says still a possible good play but do your own DD.
lol
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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posted
I got some. shake the bottom outa the bottom BB some more!
called TA, my guess is my #'s from the PR rep were off. o/s is 250,738,939 float 48,419,774 still high for real growth potential for long term but with enough volume and a decent revenue expectation this should be a good run... when??? lol
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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Cyberlux Corporation Receives BrightEye System Orders from the National Guard Wednesday April 25, 10:29 am ET Cyberlux high-performance visible and covert lighting system to be used in Night Vision field training and National Guard deployments
RESEARCH TRIANGLE PARK, N.C., April 25 /PRNewswire-FirstCall/ -- Cyberlux Corporation, (OTC Bulletin Board: CYBL - News), a leading provider of LED lighting solutions, announced today that the Company has received orders for two BrightEye Visible and Covert Portable Illumination Systems from the National Guard Bureau. The BrightEye VaC Portable Illumination System is the latest product developed by Cyberlux to address the growing need for portable, battery-powered visible and covert lighting systems within most sectors of the United States Armed Forces.
The National Guard will initially use the two BrightEye systems in field exercises for Night Vision operations and Night Vision Goggle (NVG) training. Beyond these field exercises, the National Guard requires rapidly deployable portable covert and visible lighting systems for disaster response preparedness, border patrol support, homeland defense operations, and global military deployments. The National Guard provides each State with units trained and equipped to protect life and property, and provides the Nation with units trained, equipped and ready to defend the United States and its interests around the world.
"The National Guard Bureau is a significant new customer for Cyberlux and signifies the importance of our BrightEye System's capability and field performance," said Mark Schmidt, president and chief operating officer for Cyberlux. "With standing Guard units in all 50 states and Puerto Rico, these initial orders from the National Guard represent an important next step in the deployment of our BrightEye light-weight, portable battery-powered solid-state lighting system, and we anticipate that numerous State Guard units will require the BrightEye product going forward. With our recent fulfillment of the USAF BrightEye contract and with this National Guard deployment, we are making important progress with our target military customers."
The BrightEye VaC Portable Illumination System is designed as a portable visible and night-vision compatible illumination system for general mission lighting, force protection, maintenance lighting, expeditionary base protection, disaster first responders, and other rapidly deployable high- intensity lighting applications. Using advanced optics, advanced solid-state lighting technology, and light-weight battery power, all contained in an easily transportable wheeled case, the BrightEye system is capable of eliminating the space-consuming bulk, noise and energy consumption of the current generator-powered incandescent lighting systems. Unique to the marketplace, the BrightEye provides both visible white lighting and night- vision compatible covert lighting, capability not available in traditional lighting systems.
The BrightEye System is available through the General Services Administration (GSA) Federal Supply Schedule 56 for Specialty Lighting products under Cyberlux GSA Contract GS-07F-9409S and orderable part number 2CP0170.
About The National Guard
The National Guard, the oldest component of the Armed Forces of the United States and one of the nation's longest-enduring institutions, celebrated its 370th birthday on December 13, 2006. The Guard stood on the frontiers of freedom during the Cold War, deploying soldiers and airmen to fight in Korea; during the Berlin crisis of 1961-1962, the Guard reinforced NATO; during the Vietnam war, the Guard called almost 23,000 Army and Air Guardsmen to active duty, and during Desert Storm 1991, 75,000 Army and Air Guardsmen were called to help bring a swift end to the conflict.
Recently, the National Guard has seen the nature of its Federal mission change, with more frequent call ups in response to crises in Haiti, Bosnia, Kosovo, and the skies over Iraq. Most recently, following the attacks of September 11, 2001, more than 50,000 Guard members were called up by both their States and the Federal government to provide security at home and combat terrorism abroad. In the largest and swiftest response to a domestic disaster in history, the Guard deployed more than 50,000 troops in support of the Gulf States following Hurricane Katrina in 2005.
Today, tens of thousands of Guard members are serving in harm's way in Iraq and Afghanistan, as the National Guard continues its historic dual mission, providing to the states units trained and equipped to protect life and property, while providing to the nation units trained, equipped and ready to defend the United States and its interests, all over the globe.
About Cyberlux Corporation
Cyberlux Corporation (OTC Bulletin Board: CYBL - News) has created breakthrough LED lighting technology that provides the most energy efficient and cost effective lighting solutions available today for consumer, commercial and military uses. The Military and Homeland Security products deliver unique, covert, and advanced visible lighting capability for threat detection, force and asset protection. Cyberlux uses solid-state semiconductors, trademarked as its diodal(tm) lighting elements, which consume 75% less energy than incandescent lighting elements and perform for over 20 years in contrast to 750 hours for conventional bulbs. For more information, please visit www.cyberlux.com.
Investor Contact:
Richard Brown, rbrown*cyberlux.com / 617-314-7379
This news release contains forward-looking statements. Actual results could vary materially from those expected due to a variety of risk factors, including, but not limited to, the Company's ability to raise the capital required in completing the acquisition proposed. The Company's business is subject to significant risks and uncertainties discussed more thoroughly in Cyberlux Corporation's SEC filings, including but not limited to, its report on Form 10-KSB for the year ended December 31, 2005 and its 10 QSB for the quarter ended September 30, 2006. The Company undertakes no obligation to publicly release the result of any revisions to these forward-looking statements, which may be made to reflect events or circumstances after the date hereof or to reflect the occurrence of unanticipated events.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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not a bad day imo. did hit .011 today but yahoo and otcbb aren't showing it.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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posted
Cyberlux Receives Six-Figure Order from Major Home Improvement Retailer to Expand EverOn Distribution for Hurricane Season Monday April 30, 11:08 am ET
RESEARCH TRIANGLE PARK, N.C., April 30 /PRNewswire/ -- Cyberlux Corp. (OTC Bulletin Board: CYBL - News), a leading provider of LED lighting solutions, announced today that it has received additional orders from its existing major Home Improvement retail customer in preparation for the 2007 Hurricane Season. With initial Hurricane Season orders in excess of $100,000, the retail customer will expand availability of the EverOn Multi-purpose Portable Lighting product to stores that serve the Hurricane Belt states.
EverOn is a portable battery powered lighting device that provides from 30 to 500 hours of light from one battery set, including 500 hours of a low, nightlight level light; 60 hours of a medium, room-filling light; and 30 hours of intensely bright white light.
"Significantly expanding our relationship with the nation's largest Home Improvement retail center is an excellent opportunity for our EverOn product to further penetrate a market that requires a long lasting, versatile lighting source. Homeowners and businesses living in both the Hurricane Belt, as well as any other areas that experience severe weather and/or power outages can rely on the EverOn to provide a safe, well lit environment for families and employees. Being equipped with an EverOn in your home, car and office provides additional peace of mind as the Hurricane Season quickly approaches, said Mark D. Schmidt, president and chief operating officer of Cyberlux. "Due to the inability of a flashlight to retain its battery life for the duration of an average storm, we believe that the EverOn is now positioned to ultimately replace the traditional flashlight, added Schmidt.
Beginning on June 1st, the six-month 2007 hurricane season is expected to bring 17 tropical storms, of which nine will strengthen into hurricanes with winds of at least 74 miles per hour. Four of those are expected to become more destructive "intense" hurricanes.
The EverOn features the latest solid-state lighting technology using four AA batteries and is 75 percent more energy efficient than conventional incandescent flashlights. During a blackout, the EverOn provides more light for many more hours and is much safer than a candle. Designed originally to provide homeowners with portable, long-lasting, emergency lighting during the hurricane season, the EverOn is a sturdy, virtually indestructible lighting product that provides over 60 hours of comfortable room-filling light on the medium setting and over 30 hours of bright white light on the highest setting, all in a 7-inch by 3.5-inch by 2.4-inch package.
About Cyberlux Corporation
Cyberlux Corporation (OTC Bulletin Board: CYBL - News) has created breakthrough LED lighting technology that provides the most energy efficient and cost effective lighting solutions available today for consumer, commercial and military uses. The ReliaBright products are designed to address emergencies such as power outages or critical security lighting needs. The Aeon products bring the newly developed, virtually heatless light into the home for use in closets, cabinet interiors and under cabinet lighting for kitchen counters. The Military and Homeland Security products deliver unique, covert, and advanced visible lighting capability for threat detection, force and asset protection. Cyberlux uses solid-state semiconductors, trademarked as its diodal(tm) lighting elements, which consume 75% less energy than incandescent lighting elements and perform for over 20 years in contrast to 750 hours for conventional bulbs. For more information, please visit www.cyberlux.com.
Investor Contact Cyberlux Corporation, Richard Brown, rbrown*cyberlux.com / 617-314-7379
Forward Looking Statements
This news release contains forward-looking statements. Actual results could vary materially from those expected due to a variety of risk factors, including, but not limited to, the Company's ability to raise the capital required to execute the Company's business plan. The Company's business is subject to significant risks and uncertainties discussed more thoroughly in Cyberlux Corporation's SEC filings, including but not limited to, its report on Form 10-KSB for the year ended December 31, 2005 and its 10-QSB for the quarter ended September 30, 2006. The Company undertakes no obligation to publicly release the result of any revisions to these forward-looking statements, which may be made to reflect events or circumstances after the date hereof or to reflect the occurrence of unanticipated events.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
| IP: Logged |
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
| IP: Logged |
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
| IP: Logged |
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
| IP: Logged |
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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looks like some more dilution with a few good bits of accumulation.
-------------------- All post are my opinion. Do your own DD. Who's clicking your buy/sell button!? Posts: 7800 | From: Virginia | Registered: May 2006
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