News on China's scientific and technological development.

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Colonel
A helping hand from Bill & Melinda Gates Foundation to the hungry people of the world. Curry chicken rice anyone? What about "Yong Chow" fried rice? :)

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China launches international cooperation program on "green super rice"
+ - 11:34, March 24, 2009


On March 23 Dr. Zhai Huqu, President of the Chinese Academy of Agricultural Sciences (CAAS), signed a formal agreement in Beijing with the Bill & Melinda Gates Foundation on an international cooperation program for "breeding green super rice for regions in Africa and Asia with scant resources".

The "green super rice" program will breed 15 new rice varieties for rice farmers in these regions to ensure the realization of the goal of increasing production. This is another practical action taken by China to safeguard the world's food supply. In the next three years, the paddy rice production of the 20 million poverty-stricken rice farmers in African and Asian regions will increase by over 20 percent.

Dr. Zhai noted that this program has total funding of 18 million USD and will be implemented for three years. The program will demonstrate and popularize projects promoting the production capabilities of hybrid rice seeds in target countries, and establish a highly efficient technology platform of rice genotyping analysis for rice molecular breeding in Asia, southwest China and Sub-Saharan countries in Africa.

Heading the program will be CAAS with participating institutions and research institutes including the Institute of Genetics and Developmental Biology under the Chinese Academy of Sciences and other international rice research institutes from abroad.

By People's Daily Online
 

Rising China

Junior Member
:china::china::china:

China developing 'disruptive' technologies: US
March 26, 2009, 4:41 am

WASHINGTON (AFP) - China is developing "disruptive" technologies for nuclear, space and cyber warfare that are altering Asia's military balance, the Pentagon said in a report Wednesday.

"China's ability to sustain military power at a distance remains limited," the Defense Department said in its annual report to Congress on Beijing's military power.

"But its armed forces continue to develop and field disruptive military technologies, including those for anti-access/area-denial, as well as for nuclear, space, and cyber warfare, that are changing regional military balances and that have implications beyond the Asia-Pacific region."

China's lack of transparency in reporting military spending and security policy "poses risks to stability by creating uncertainty and increasing the potential for misunderstanding and miscalculation," the Pentagon said.

Citing the report, the Defense Department called for more dialogue with China's military to reduce mutual suspicions.

"The more dialogue, the more interaction we have the better chance we have to come to an understanding of what our intentions are, so we can reduce or hopefully eliminate the possibility of any misunderstanding or miscalculation between us," press secretary Geoff Morrell told a news conference.

China maintains its military spending is purely for defensive purposes, which the Pentagon noted.

The report comes after a naval stand-off earlier this month in the South China Sea, in which Washington said Chinese vessels harassed a US surveillance ship.

China rejected the US account and accused the United States of spying in what it considers an "economic exclusion zone."

China announced plans a year ago to increase its military budget by nearly 18 percent.

The Pentagon said last year China was developing cruise and ballistic missiles capable of striking aircraft carriers and other warships at sea, tested an anti-satellite weapon and fielded new intercontinental ballistic missiles.
 

crobato

Colonel
VIP Professional
I should check up how DRA works.

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China's Blu-ray Disc technology receives int'l recognition
+ -
13:26, March 19, 2009

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HD VMD battles Blu-ray with lower price
Retailers, buyers await winner of Blu-Ray vs. HD DVD
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The Blu-ray Disc Association (BDA) announced on Wednesday in Beijing that DRA (Dynamic Resolution Adaptation) technology, a digital audio coding standard, to which China owns intellectual property rights, has been included in the 2.3 specifications for the BD-ROM format as an optional encoding and decoding technology for the Blu-ray Disc format.

This marks China's establishment of a share in the international Blu-ray Disc standard system, a shift from the long run dominance of foreign companies over technologies in this field.

The Blu-ray Disc is considered the product that will replace the DVD with its huge storage capacity and high-definition AV quality.

In 2002, nine companies including Sony, Philips and Panasonic released the Blu-ray standards, and established BDA in 2004. With over 180 member enterprises including Apple, Dell, Hewlett-Packard, Hitachi and Warner Bros., BDA has become the world's most influential developer and promoter of disc format standards.

At present, besides being used in daily applications such as digital TV, MP3 players and online multimedia, according to relevant plans of China, DRA audio standards will be used in the areas of live satellite TV, digital cable TV, Blu-ray Disc players and Blu-ray Discs, where breakthroughs in industrialization will be achieved.

DRA technology was independently researched and developed by Guangzhou Digital Rise Technology, and in August 2007 the China Hualu Group formally proposed the technology to BDA. DRA technology was finally approved formally after two rounds of technical evaluations by the BDA in the US and Japan.

By People's Daily Online
 

crobato

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China considers nanotechnology one of five strategic technologies.

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China's giant step into nanotech

Nanotechnology is big business conducted on an atomic scale. China is a major player, using it for a speaker just 1mm thick - or super-strong armour

* Digg it (1)

* Tom Mackenzie
* The Guardian, Thursday 26 March 2009
* Article history

Soldiers

The military uses of nanotech are just part of China’s massive programme of research and development Photograph: AFP/Getty Images

Seated inside one of China's most advanced science laboratories, two PhD students dressed from head to toe in protective white suits listen intently to Mariah Carey's pop classic Hero. It is not the song, but the millimetre-thin, transparent strip making the sound that captures their attention - a nano-speaker they hope will revolutionise where, and how, we listen to music.

"This is cutting edge," says Professor Shoushan Fan, director of the nanotechnology lab at Beijing's prestigious Tsinghua University. Without a cone, magnet or amplifier, the speaker, which looks little more than a slim film of see-through plastic, can be used to transform almost any surface into an auditorium. It is made from nanocarbon tubes which, when heated, make the air around them vibrate, producing the sound. "The speaker's bendy and flexible," says Fan. "You could stick it to the back window of your car and play music from there."

Mega investment

Fan's nano-speaker is just the tip of the iceberg in China's sweeping nanotech programme, which has the potential to transform its export-based economy and nearly every aspect of our lives, from food and clothes to medicine and the military.

Nanotechnology - the manipulation of matter on an atomic scale to develop new materials - is an industry predicted to be worth nearly £1.5tn pounds by 2012, and China is determined to corner the biggest chunk of the market.

Its investment has already surpassed that of any other country after the US. Since 1999, China's spending on research and development (R&D) has gone up by more than 20% each year. A further boost will come from the £400bn economic stimulus package announced by the Chinese government this year, £12bn of which has been ringfenced for R&D.

Tiny superpower

"The overall trends are irrefutable," says Dr James Wilsdon, director of the Science Policy Centre at the Royal Society, and author of the Demos report "China: The Next Science Superpower?". "China is snapping at the heels of the most developed nations, in terms of research and investment, in terms of active scientists in the field, in terms of publications and in terms of patents."

Fan hopes the economic crisis, which has led to thousands of Chinese factories closing, will force the country to move from the manufacture of low-end products such as toys and trainers to more hi-tech goods such as nano-touchscreens for mobile phones. His team is working on a material to replace the indium tin oxide (ITO) used in the kind of touch panels found on BlackBerrys and iPhones. "ITO is very expensive and breaks if bent," he says. "We're developing thin nanotube films to replace ITO. It can bend and it's much cheaper."

China now produces more papers on nanotech than any other nation. Nanotech plants have sprung up in cities from Beijing in the north to Shenzhen in the south, working on products including exhaust-absorbing tarmac and carbon nanotube-coated clothes that can monitor health. Last month, researchers from Nanjing University and colleagues from New York University unveiled a two-armed nanorobot that can alter genetic code. It enables the creation of new DNA structures, and could be turned into a factory for assembling the building blocks of new materials.

"There's no end of areas in which nanotech is already being used," says Wilsdon. "It's the product of targeted investment for the development and refinement of novel nanomaterials. And the reason the Chinese focus on that area is because it's closer to the market."

Small-scale war

China, like the US, is also assumed to be focusing much of its R&D investment on military applications. "There's a lot of concern about the use of nanotech with weapons," says Wilsdon. "I'm sure China is spending significant amounts of their R&D budget on military uses."

Tim Harper, founder of the nanotech consultancy Cientifica Ltd, says carbon nanotube composites could be used to strengthen armour, that non-scratch nano-coatings are being developed for cockpits and researchers are trying to find a nano replacement for military-use batteries. "The US is working on all of these things, so I'm sure the Chinese are doing much the same," he says.

Underlying these developments are serious safety concerns. Nanoparticles are so small they are easily inhaled and absorbed through the skin. Dr Andrew Maynard, the chief science advisor to the Project on Emerging Nanotechnologies at the Woodrow Wilson International Center for Scholars in Washington, says that some nanoparticles could be deadly. "Nothing has yet been confirmed, but there are strong suggestions that inhaling these particles could cause lung cancer or lung disease," he says. "If carbon nanotubes behave anything like asbestos, we won't know what the health impacts are for about 20 years, because that's how long it can take from exposure to the onset of the disease."

Most experts agree that a system of stringent safety regulations and comprehensive quality inspection checks is needed before China's nano-coatings, cosmetics and clothes are stocked by supermarkets. "The economic crisis could prove the catalyst that Chinese nanotech companies need to get this system in place," says Harper.
Under the microscope

The global nanotechnology market could top $2tn by 2012, predicts Tim Harper, founder of the nanotech consultancy CMP Cientifica. "What we see is a big take-off in 2011, and by 2012 the industry is really going to be booming," he says. "We've been pumping hundreds of millions of dollars into the nanotech industry for the last decade and we're finally getting to the point where we're seeing products being manufactured and sold."

Harper predicts that by 2010, areas of nanotechnology and biology will have merged, setting in motion the production of a wealth of new drugs and clinical equipment (such as the vials of nanomaterials for use in health products, clothes and cosmetics). His research sees nanotech pharmaceutical and healthcare products worth an estimated $3.2tn by 2012, with military-use nanotech products taking 14% of the total market and worth $40bn.

Nanotech products for the motor industry will make up a 4% chunk of the market, while nano-foods are likely to corner up to 2%. Nanotech products designed to tackle water, air and soil pollution will also be big business in 2012. "In terms of environmentally beneficial materials, in some ways the Chinese are further along in their thinking than even the US," says Harper. "They are already putting together a system to work out how we can use these technologies for the good of the environment." The US may still lead the nano surge overall, but Harper believes China will be on a par with the EU and US by 2012.

Richard Appelbaum, from the Center for Nanotechnology in Society at the University of California, puts the global nanotech market figure at $2.6tn by 2014, or 15% of manufacturing output in that year. China, along with 40 other countries including the US, UK and Japan, is investing in nanotechnology "as a major key to global economic competitiveness", he says.

If any one nation succeeds in cornering the giant's share of the market, it "would be sufficient to confer global economic leadership on the country", he adds.
 

crobato

Colonel
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China and Israel on a joint venture project---this time its China providing technological assistance to helping design and build Israel's largest solar plant. How the times have changed.

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This week, Israel’s biggest solar power station was inaugurated in Katsrin, a place otherwise known for its archaeological sites. Generating 85,000 KWH per year, the power station represents a milestone in Israel’s adoption of alternative energy, which until now had hardly been a soaring success. But it also represents something else: A partnership between Israel and China.

The power plant was built with joint cooperation between Israel’s Solar-It Doral company and China’s Suntech Power Holdings Co., Ltd., a listed company in the NYSE, specializing in photovoltaics.

The power station has been integrated into Israel’s national grid and will be accompanied by incentives for consumers.

State officials of both countries have expressed hope that cooperation between Israel and China in renewable energies will continue. Suntech, for its part, is planning to build another solar power plant in southern Israel.


Info on Suntech which is the one of the world's largest manufacturer of photovoltaic cells.

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Quickie

Colonel
China's first space telescope to be launched between 2010 and 2011
+ - 09:16, April 09, 2009




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"Between 2010 and 2011, China's first space telescope will be launched, and it will roam in outer space together with the Hubble Space Telescope." said Su Dingqiang, an academician at the Chinese Academy of Sciences recently at the 19th academician and expert rostrum. "Several large-size telescopes independently developed by China in recent years have caught reached the world's most advanced level."

This year marks the "International Year of Astronomy" as well as the 400th anniversary of Galileo's first astronomical observation through a telescope. China, despite being a space power, has so far never launched a space telescope. Su said that the launch of the Hard X-ray Modulation Telescope (HXMT)– a telescope with the highest sensitivity and space resolution in the world— will mark the "zero breakthrough" for China's launch of space telescopes.

The HXMT's specific missions will include the study of high energy astronomical bodies and high energy radiation phenomenon as well as the directional observation of mysteries of the universe such as black holes and neutron stars. Its observed findings are expected to have major contributions to high energy astrophysics.

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AssassinsMace

Lieutenant General
May 11, 2009
China Emerges as a Leader in Cleaner Coal Technology
By KEITH BRADSHER
TIANJIN, China — China’s frenetic construction of coal-fired power plants has raised worries around the world about the effect on climate change. China now uses more coal than the United States, Europe and Japan combined, making it the world’s largest emitter of gases that are warming the planet.

But largely missing in the hand-wringing is this: China has emerged in the past two years as the world’s leading builder of more efficient, less polluting coal power plants, mastering the technology and driving down the cost.

While the United States is still debating whether to build a more efficient kind of coal-fired power plant that uses extremely hot steam, China has begun building such plants at a rate of one a month.

Construction has stalled in the United States on a new generation of low-pollution power plants that turn coal into a gas before burning it, although Energy Secretary Steven Chu said Thursday that the Obama administration might revive one power plant of this type. But China has already approved equipment purchases for just such a power plant, to be assembled soon in a muddy field here in Tianjin.

“The steps they’ve taken are probably as fast and as serious as anywhere in power-generation history,” said Hal Harvey, president of ClimateWorks, a group in San Francisco that helps finance projects to limit global warming.

Western countries continue to rely heavily on coal-fired power plants built decades ago with outdated, inefficient technology that burn a lot of coal and emit considerable amounts of carbon dioxide. China has begun requiring power companies to retire an older, more polluting power plant for each new one they build.

Cao Peixi, the president of the China Huaneng Group, the country’s biggest state-owned electric utility and the majority partner in the joint venture building the Tianjin plant, said his company was committed to the project even though it would cost more than conventional plants.

“We shouldn’t look at this project from a purely financial perspective,” he said. “It represents the future.”

Without doubt, China’s coal-fired power sector still has many problems, and global warming gases from the country are expected to continue increasing. China’s aim is to use the newest technologies to limit the rate of increase.

Only half the country’s coal-fired power plants have the emissions control equipment to remove sulfur compounds that cause acid rain, and even power plants with that technology do not always use it. China has not begun regulating some of the emissions that lead to heavy smog in big cities.

Even among China’s newly built plants, not all are modern. Only about 60 percent of the new plants are being built using newer technology that is highly efficient, but more expensive.

With greater efficiency, a power plant burns less coal and emits less carbon dioxide for each unit of electricity it generates. Experts say the least efficient plants in China today convert 27 to 36 percent of the energy in coal into electricity. The most efficient plants achieve an efficiency as high as 44 percent, meaning they can cut global warming emissions by more than a third compared with the weakest plants.

In the United States, the most efficient plants achieve around 40 percent efficiency, because they do not use the highest steam temperatures being adopted in China. The average efficiency of American coal-fired plants is still higher than the average efficiency of Chinese power plants, because China built so many inefficient plants over the past decade. But China is rapidly closing the gap by using some of the world’s most advanced designs.

After relying until recently on older technology, “China has since become the major world market for advanced coal-fired power plants with high-specification emission control systems,” the International Energy Agency said in a report on April 20.

China’s improvements are starting to have an effect on climate models. In its latest annual report last November, the I.E.A. cut its forecast of the annual increase in Chinese emissions of global warming gases, to 3 percent from 3.2 percent, in response to technological gains, particularly in the coal sector, even as the agency raised slightly its forecast for Chinese economic growth. “It’s definitely changing the baseline, and that’s being taken into account,” said Jonathan Sinton, a China specialist at the energy agency.

But by continuing to rely heavily on coal, which supplies 80 percent of its electricity, China ensures that it will keep emitting a lot of carbon dioxide; even an efficient coal-fired power plant emits twice the carbon dioxide of a natural gas-fired plant.

Perhaps the biggest question now is how much further China can go beyond the recent steps. In particular, how fast will it move toward power plants that capture their emissions and store them underground or under the seafloor?

That technology could, in theory, create power plants that contribute virtually nothing to global warming. Many countries hope to develop such plants, though progress has been halting; Energy Secretary Chu has promised steps to speed up the technology in the United States.

China has just built a small, experimental facility near Beijing to remove carbon dioxide from power station emissions and use it to provide carbonation for beverages, and the government has a short list of possible locations for a large experiment to capture and store carbon dioxide. But so far, it has no plans to make this a national policy.

China is making other efforts to reduce its global warming emissions. It has doubled its total wind energy capacity in each of the past four years, and is poised to pass the United States as soon as this year as the world’s largest market for wind power equipment. China is building considerably more nuclear power plants than the rest of the world combined, and these do not emit carbon dioxide after they are built.

But coal remains the cheapest energy source in China by a wide margin. China has the world’s third-largest coal reserves, after the United States and Russia.

“No matter how much renewable or nuclear is in the mix, coal will remain the dominant power source,” said Ashok Bhargava, a China energy expert at the Asian Development Bank in Manila.

Another problem is that China has finally developed the ability to build high-technology power plants only at the end of a national binge of building lower-tech coal-fired plants. Construction is now slowing because of the economic slump.

By adopting “ultra-supercritical” technology, which uses extremely hot steam to achieve the highest efficiency, and by building many identical power plants at the same time, China has cut costs dramatically through economies of scale. It now can cost a third less to build an ultra-supercritical power plant in China than to build a less efficient coal-fired plant in the United States.


Copyright 2009 The New York Times Company
 

Engineer

Major
In an effort to reduce carbon dioxide emission and diversify energy sources, I think China should adopt a five year plan which phases out all cars that are over 10 years old, and place a requirement on new family cars to be electric, hybrid or natural gas driven.
 

zaky

Junior Member
China blocks U.S. from cyber warfare

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China blocks U.S. from cyber warfare
Bill Gertz (Contact)

Editor's note: An earlier version of this story incorrectly stated the number of cyber intrusions detected by the security firm Solutionary in March. It was 128 per minute. The story also misidentified Kevin G. Coleman, a computer security specialist at Technolytics. He is a consultant to the office of the director of national intelligence. Both errors have been corrected in this version.

China has developed more secure operating software for its tens of millions of computers and is already installing it on government and military systems, hoping to make Beijing's networks impenetrable to U.S. military and intelligence agencies.

The secure operating system, known as Kylin, was disclosed to Congress during recent hearings that provided new details on how China's government is preparing to wage cyberwarfare with the United States.

"We are in the early stages of a cyber arms race and need to respond accordingly," said Kevin G. Coleman, a private security specialist who advises the government on cybersecurity. He discussed Kylin during a hearing of the U.S. China Economic and Security Review Commission on April 30.

The deployment of Kylin is significant, Mr. Coleman said, because the system has "hardened" key Chinese servers. U.S. offensive cyberwar capabilities have been focused on getting into Chinese government and military computers outfitted with less secure operating systems like those made by Microsoft Corp.

"This action also made our offensive cybercapabilities ineffective against them, given the cyberweapons were designed to be used against Linux, UNIX and Windows," he said.

The secure operating system was disclosed as computer hackers in China - some of them sponsored by the communist government and military - are engaged in aggressive attacks against the United States, said officials and experts who disclosed new details of what was described as a growing war in cyberspace.

These experts say Beijing's military is recruiting computer hackers for its forces, including one specialist identified in congressional testimony who set up a company that was traced to attacks that penetrated Pentagon computers.

Chinese Embassy spokesman Wang Baodong declined immediate comment. But Jiang Yu, a Chinese Foreign Ministry spokesman, said April 23 that the reports of Chinese hacking into Pentagon computers were false.

"Relevant authorities of the Chinese government attach great importance to cracking down on cybercrimes," Ms. Jiang said. "We believe it is extremely irresponsible to accuse China of being the source of attacks prior to any serious investigation."

Mr. Coleman, a computer security specialist at Technolytics and a consultant to the office of the director of national intelligence and U.S. Strategic Command, said Chinese state or state-affiliated entities are on a wartime footing in seeking electronic information from the U.S. government, contractors and industrial computer networks.

Mr. Coleman said in an interview that China's Kylin system was under development since 2001 and the first computers to use it are government and military servers that were converted beginning in 2007.

Additionally, Mr. Coleman said, the Chinese have developed a secure microprocessor that, unlike U.S.-made chips, is known to be hardened against external access by a hacker or automated malicious software.

"If you add a hardened microchip and a hardened operating system, that makes a really good solid platform for defending infrastructure [from external attack]," Mr. Coleman said.

U.S. operating system software, including Microsoft, used open-source and offshore code that makes it less secure and vulnerable to software "trap doors" that could allow access in wartime, he explained.

"What's so interesting from a strategic standpoint is that in the cyberarena, China is playing chess while we're playing checkers," he said.

Asked whether the United States would win a cyberwar with China, Mr. Coleman said it would be a draw because China, the United States and Russia are matched equally in the new type of warfare.

Rafal A. Rohozinski, a Canadian computer security specialist who also testified at the commission hearing, explained how he took part in a two-year investigation that uncovered a sophisticated worldwide computer attack network that appeared to be a Chinese-government-sponsored program called GhostNet, whose electronic strikes were traced to e-mails from Hainan island in the South China Sea.

GhostNet was able to completely take over targeted computers and then download documents and information. Some of the data stolen were sensitive financial and visa information on foreign government networks at overseas embassies, Mr. Rohozinski said.

The China-based computer network used sophisticated break-in techniques that are generally beyond the capabilities of nongovernment hackers, Mr. Rohozinski said.

Using surveillance techniques, the investigators observed GhostNet hackers stealing sensitive computer documents from embassy computers and nongovernmental organizations.

"It was a do-it-yourself signals intelligence operation," Mr. Rohozinski said of the network, which took over about 1,200 computers in 103 nations, targeted specifically at overseas Tibetans linked to the exiled Dalai Lama.

Mr. Rohozinski, chief executive officer of the SecDev Group and an advisory board member at the Citizen Lab at the Munk Center for International Studies at the University of Toronto in Ontario, said the GhostNet operation was likely part of a much bigger cyberintelligence effort by China to silence or thwart its perceived opponents.

A third computer specialist, Alan Paller, told the Senate Committee on Homeland Security and Governmental Affairs on April 29 that China's military in 2005 recruited Tan Dailin, a graduate student at Sichuan University, after he showed off his hacker skills at an annual contest.

Mr. Paller, a computer security specialist with the SANS Institute, said the Chinese military put the hacker through a 30-day, 16-hour-a-day workshop "where he learned to develop really high-end attacks and honed his skills."

A hacker team headed by Mr. Tan then won other computer warfare contests against Chinese military units in Chengdu, in Sichuan province.

Mr. Paller said that a short time later, Mr. Tan "set up a little company. No one's exactly sure where all the money came from, but it was in September 2005 when he won it. By December, he was found inside [Defense Department] computers, well inside DoD computers," Mr. Paller said.

A Pentagon official said at the time that Chinese military hackers were detected breaking into the unclassified e-mail on a network near the office of Defense Secretary Robert M. Gates in June 2007.

Additional details of Chinese cyberattacks were disclosed recently by Joel F. Brenner, the national counterintelligence executive, the nation's most senior counterintelligence coordinator.

Mr. Brenner stated in a speech in Texas last month that cyberactivities by China and Russia are widespread and "we know how to deal with these," including widely reported "Chinese penetrations of unclassified DoD networks."

"Those are more sophisticated, though hardly state of the art," he said. "Frankly, I worry more about attacks we can't even see, which the Russians are good at. The Chinese are relentless and don't seem to care about getting caught. And we have seen Chinese network operations inside certain of our electricity grids."

Mr. Brenner said there are minimal concerns about a Chinese cyberattack to shut down U.S. banking networks because "they have too much money invested here.

"Our electricity grid? No, not now. But if there were a dust-up over Taiwan, these answers might be different," he said.

Aggressive Chinese computer hacking has been known for years, but the U.S. government in the past was reluctant to detail the activities.

The CIA, for example, sponsored research in the late 1990s that sought to minimize Chinese cyberwarfare capabilities, under the idea that highlighting such activities would hype the threat.

Researcher James Mulvenon, for instance, stated during a 1998 conference that China's People's Liberation Army (PLA) "does not currently have a coherent [information warfare] doctrine, certainly nothing compared to U.S. doctrinal writings on the subject."

Mr. Mulvenon stated in one report that "while PLA [information warfare] capabilities are growing, they do not match even the primitive sophistication of their underlying strategies."

Mr. Mulvenon has since changed his views and has identified Chinese computer-based warfare as a major threat to the Pentagon.

Mr. Coleman said China's military is equal to U.S. and Russian military cyberwarfare.

"This is a three-horse race, and it is a dead heat," Mr. Coleman said.

The National University of China is the strategic adviser to the Chinese military on cyberwarfare and the Ministry of Science and Technology, he said.

Several computer security specialists recently sounded public alarm about the growing number of cyberattacks from China and Russia.

China, based on state-approved writings, thinks the United States is "already is carrying out offensive cyberespionage and exploitation against China," Mr. Coleman said.

In response, China is taking steps to protect its own computer and information networks so that it can "go on the offensive," he said.

Mr. Coleman said one indication of the problem was identified by Solutionary, a computer security company that in March detected 128 "acts of cyberagression" per minute tied to Internet addresses in China.

"These acts should serve as a warning that clearly indicates just how far along China's cyberintelligence collection capabilities are," Mr. Coleman said.

A Pentagon spokesman, Air Force Lt. Col. Eric Butterbaugh, would not comment on Chinese cyberattacks directly but said "cyberspace is a war-fighting domain, critical to military operations: We must protect it."

The Pentagon's Global Information Grid is hit with "millions of scans" - not intrusion attempts - every day, Lt. Butterbaugh said.

"The nature of the threat is large and diverse, and includes recreational hackers, self-styled cybervigilantes, various groups with nationalistic or ideological agendas, transnational actors, and nation-states," he said. "We have seen attempts by a variety of state and nonstate sponsored organizations to gain unauthorized access to, or otherwise degrade, DoD information systems."

Air Force Gen. Kevin Chilton, commander of the U.S. Strategic Command, said May 7 that a joint cybercommand is needed under the Pentagon to better integrate military and civilian cybercapabilities and defenses. Gen. Chilton said he favors creating the joint command at Fort Meade, Md., where the National Security Agency is located. The command should be a subunit of Strategic Command, located at Offutt Air Force Base, Neb.

Mr. Gates said last month that the National Security Council is heading up a strategic review of U.S. cybercapabilties and is considering creating a subunified command within Strategic Command.

Pentagon spokesman Bryan Whitman said Mr. Gates has not decided on the subunified command to handle cyberwarfare issues and is waiting for the completion of the White House review of cyberwarfare and security issues, which is past due from the 60-day deadline imposed by Congress.

Mr. Gates "thought it would be prudent to wait for their work before looking at potential organization structures," Mr. Whitman said in an interview.
 

crobato

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Huawei Takes Lead in Optical Network Hardware Market

Updated:2009/5/19 14:45

Tags:3G | NEC

Chinese equipment maker Huawei (News - Alert) has overtaken European networking giant Alcatel-Lucent to become the number one player in the global optical network hardware market, says a research report from Infonetics.

Preliminary results from Infonetics' Optical Network Hardware report show Huawei increasing its market share to 23 percent during the first quarter of 2009, just ahead of Alcatel-Lucent (News - Alert), which maintains the overall lead on an annualized basis.

"Since 2002, the optical network market has grown at an 8 percent compound annual growth rate, but for most vendors it looked more like 6 percent because Huawei absorbed a significant portion of the annualized gains,” says Andrew Schmitt, an analyst with Infonetics Research (News - Alert).

“I don't see this trend ending anytime soon, and if it doesn't, Huawei could be the overall market leader for 2009," he added.

Demand for optical networking has remained strong in Asia Pacific region though the market for this hardware is decreasing elsewhere, says another market research firm Ovum that has also informed about Huawei’s overtaking of Alcatel.

Huawei, which posted $790 million in revenue for the quarter, has largely been benefited from adoption of 3G in mainland China, along with the growth of teledensity in neighboring India.

Analysts believe the economic recession and saturating telecom market in the West may have played against the French telecom giant Alcatel-Lucent.
Infonetics says worldwide optical network hardware sales dropped 22 per cent sequentially in 1Q09, from $4.0 billion to $3.1 billion.

Besides Lucent, Huawei competes with Ericsson (News - Alert), NEC, and ZTE for larger share in the global optical networking market.

Infonetics’ full report provides worldwide and regional market share, market size, forecasts through 2013, and analysis for metro and long haul optical equipments.
 
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