China's Defense/Military Breaking News Thread

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crobato

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As expected...

China, U.S. to Resume Military Talks, Report Says
By AGENCE FRANCE-PRESSE
Published: 15 Feb 07:02 EST (12:02 GMT)
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BEIJING - China and the United States will resume military consultations this month that were postponed last year when Washington announced a planned weapons sale to Taiwan, state press said Feb. 15.

The defense consultations will be held Feb. 27 and 28 in Beijing, the People's Daily reported on its Web site, citing an unnamed official with the U.S. Department of Defense.

"We want to continue exchanges with China and are seeking positive cooperative ties," the official was quoted as saying.

The defense talks will resume only days after U.S. Secretary of State Hillary Clinton makes her first visit to China from Feb. 20-22 as the top envoy of the new administration of U.S. President Barack Obama, the report said.

The talks will take place once a year and could include discussions on the fight against global terrorism, it said.

China called off high-level military exchanges in October after the Pentagon notified Congress that it planned to sell $6.5 billion of military hardware to Taiwan.

Beijing said the sales threatened Chinese-U.S. defense cooperation.

But defense ministry spokesman Colonel Hu Changming said last month that China was willing to resume military cooperation with the Obama administration.

"In this new period we hope that both China and the U.S. could make joint efforts to create favorable conditions, and improve and promote military-to-military relations," Hu said.

"We call on the U.S. to remove the obstacles to the growth of military relations between the two countries and to create favorable conditions for the healthy growth of military relations."

Subsequently the navies of China and the United States have shared information in the fight against piracy off the coast of Somalia, where both nations have sent military vessels, the report said.

Since the end of a civil war in 1949, China has viewed Taiwan as a breakaway territory awaiting reunification, by force if necessary, while the United States has pledged to defend the island.

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alopes

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More about China nuclear deterrence

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[tt_news]=34661&tx_ttnews[backPid]=7&cHash=c9ccb7c4b4


The Future of Chinese Deterrence Strategy

Publication: China Brief Volume: 9 Issue: 5March 4, 2009 04:34 PM Age: 2 daysCategory: China Brief, Military/Security, China and the Asia-Pacific, Home Page By: Michael S. Chase, Andrew Erickson, Christopher Yeaw

The development of China’s nuclear and conventional missile power has been among the most impressive and most closely watched aspects of Chinese military modernization over the past two decades. During the past 20 years, the Second Artillery Corps (SAC) has been transformed from a small and exclusively nuclear force to a much larger and more powerful force with a variety of roles for a growing and increasingly sophisticated arsenal of nuclear and conventional missiles. The deployment of the road-mobile DF-31 and DF-31A intercontinental ballistic missiles (ICBMs) is enhancing the striking power and survivability of China’s nuclear forces [1]. Moreover, the deployment of more than 1,000 short-range ballistic missiles (SRBMs) since the SAC was given a conventional role in the 1990s gives China many options for striking targets in the region. The development of an anti-ship ballistic missile capability could deter or otherwise complicate U.S. intervention in the event of a regional crisis or conflict. In addition to these developments, the People's Liberation Army Navy's (PLAN) contribution to China’s nuclear deterrence posture is also changing with the transition from the PRC’s first-generation nuclear-powered ballistic missile submarine (SSBN), which was armed with the relatively short-range JL-1 submarine-launched ballistic missiles (SLBMs) and never conducted a deterrent patrol, to perhaps as many as five Jin-class SSBNs, each of which will be armed with 12 JL-2 SLBMs. This will diversify China’s nuclear deterrent and may further enhance its survivability [2]. Chinese analysts assess that the deployment of SSBNs and land-based mobile missiles will “fundamentally ensure the reliability and credibility of China’s nuclear force” [3]. The SAC's growing conventional ballistic missile capabilities, particularly the anti-ship ballistic missile, also suggest a growing deterrence role for these conventional forces.

Recently published Chinese sources that include previously unavailable information on nuclear and conventional missile strategy and campaigns are shedding new light on China’s evolving approach toward deterrence and Chinese views on the problems of deterrence and nuclear strategy. By drawing on some of these sources, which include a variety of Chinese language books, academic and technical journal articles, military media reports, newspapers and periodicals, and key sources from the secondary literature on the SAC, it is possible to trace the evolution of China’s deterrence strategy toward an approach that some have called “effective deterrence.”

The Evolution of China’s Nuclear Strategy

In the years following the detonation of China’s first atomic bomb in 1964, China’s nuclear strategy and doctrine were relatively immature due to the constraints imposed by Mao Zedong’s adherence to his military theories, the domestic tumult of the Cultural Revolution, and the limitations of Chinese nuclear warhead and ballistic missile technology. Mao’s dogmatic approach made it all but impossible to develop innovative ideas about nuclear strategy and doctrine. The chaos of the Cultural Revolution further inhibited consideration of key issues related to nuclear strategy and doctrine. Finally, according to some analysts, technological developments influenced China’s approach to nuclear strategy, rather than strategy driving technological requirements and program decisions [4].

By the mid-1990s, however, Chinese strategists were engaging in debates about nuclear strategy and doctrine along with arms control issues. Some of these discussions centered on a potential shift from the traditional posture of “minimum deterrence” to a doctrine of “limited deterrence,” which would require corresponding changes in force modernization if adopted [5]. Chinese nuclear strategists argued that such a shift would require “sufficient counter-force and counter-value tactical, theater, and strategic nuclear forces to deter the escalation of conventional or nuclear war,” but China did not have “the operational capabilities to implement this vision of limited deterrence” [6].

By the late 1990s, China was attempting to fill this gap in its operational capabilities at the strategic level and develop its conventional missile forces with an eye toward theater war fighting missions. Indeed, it was not long before China appeared to be on the verge of reconciling the significant divergence between the SAC's once largely ambitious doctrine and its actual capabilities. Whereas Chinese strategists were once severely constrained by technological limitations, but by around 2000, they appeared to have an increasing number of choices regarding the development, deployment and use of PLA missiles. At the time, China was developing an increasingly lethal war-fighting capability for the SAC's short-range conventional ballistic missile forces; a more robust and diversified nuclear and conventional medium-range ballistic missile force at the theater level; and a more formidable and survivable intercontinental force capable of providing China with “credible minimum deterrence” at the strategic nuclear level [7].

The Transition to “Effective Deterrence”

Chinese analysts recognized that a more survivable posture was required to make deterrence credible and effective in the face of growing challenges posed by improvements in intelligence, surveillance, and reconnaissance (ISR), missile defense, and conventional precision-strike capabilities. Leaders in Beijing also calculated that more robust nuclear weapons capabilities were required to support China’s global political and diplomatic status. According to an article co-authored by General Jing Zhiyuan, the commander of the SAC and General Peng Xiaofeng, the political commissar of the SAC, China has recognized the need to develop “an elite and effective nuclear missile force that is on par with China's position as a major power" [8]. The SAC has clearly recognized that meeting this objective requires not only new hardware, but also improvements in training, institutional reforms that will provide the force with highly capable personnel, and advances in strategic and doctrinal concepts.

Chinese military media reports suggest that SAC training is also growing in realism and complexity. In particular, as part of the PLA’s broader program of training reforms, the SAC is making progress in areas such as training under more realistic combat conditions, incorporating “blue forces,” electronic warfare, nighttime training, air defense and counter-ISR tactics and more rigorous training evaluations. Building talent has been another key priority. The senior leadership of the SAC has consistently highlighted the importance of cultivating high quality officers, non-commissioned officers (NCOs), and technical personnel as the cornerstones of missile force modernization. One measure of its success is that 78.2 percent of cadres now hold a bachelor’s degree or above [9].

Newly available materials have also revealed some of the SAC's key operational principles and the contemporary doctrinal concepts behind the accompanying transition to “effective deterrence.” Among the key doctrinal concepts are the strategic-level emphasis on “gaining mastery by striking after the enemy has struck,” and the campaign-level concepts of “self-protection,” “key-point counterstrikes,” and “counter nuclear deterrence.” Overall, Chinese nuclear doctrine is increasingly focused on “sufficiency and effectiveness,” meaning that China places a high priority on ensuring its forces are capable of fulfilling deterrence and counter-coercion missions. China’s nuclear missile forces are “trying to catch up rapidly with an increasingly explicit strategy and doctrine premised on using nuclear weapons to deter nuclear aggression and to preclude nuclear coercion” [10].

Newly available Chinese language publications also appear to reflect ongoing debates about strategic and doctrinal issues. For example, recent articles in Chinese military journals have discussed the requirements associated with a wide variety of possible nuclear deterrence strategies [11]. Newly published Chinese books that focus on missile force and deterrence issues also raise the issue of Chinese views on signaling and escalation control. In his recent and extensive treatment of the subject, Zhao Xijun, SAC commander from 1996 to 2003, states that the goal of China’s deterrent missile force is to “shake the enemy psychologically, make the enemy’s war volition waver, weaken the enemy commander’s operational determination, disturb the enemy psyche and public psyche, and achieve [the objective of] 'conquering without fighting'” [12]. Additionally, however, Zhao states, “the goal of wartime deterrence is to prevent conventional war from escalating into nuclear war, and to prevent low-intensity nuclear war from further escalating” [13]. Thus conceived, deterrence imposes stringent requirements on the Chinese nuclear posture, including an adequate force size and composition, survivability, and highly reliable nuclear command and control. Moreover, Zhao states that a “flexible application” of deterrence across all levels of war, from the strategic down to the tactical, is “indispensable [for] effective and credible deterrence” [14].

Among the other issues reportedly under discussion are the merits of continuing to adhere to the “no first use” (NFU) policy. Some Chinese strategists appear to view the NFU policy as an unnecessary self-imposed strategic constraint. At least some analysts who influence the debate have already considered at least three scenarios under which Beijing would discard the traditional NFU policy. The first is retaliation for conventional strikes on strategic and/or nuclear targets and facilities. According to Zhao, “In a conventional war, when the enemy threatens to implement conventional strikes against one’s major strategic targets, such as the nuclear facilities; in order to protect the nuclear facilities, prevent nuclear leakage, and to arrest the escalation of conventional war to nuclear war, one should employ nuclear weapons to initiate active nuclear deterrence against the enemy” [15].

The second possibility is a crisis-driven change in China’s declaratory nuclear policy. Specifically, Chinese authors have suggested that Beijing could lower the nuclear threshold to deter intervention in a Taiwan crisis or conflict. According to Zhang Peimin's article in Military Art, a Chinese military journal, “When we are under the pressure of circumstances to use military force to reunify the motherland’s territory, we may even lower the threshold of using nuclear weapons to deter intervention by external enemies” [16]. The third scenario is when Chinese leaders believe that territorial integrity is at stake. Some Chinese strategists seem to hint at the possibility of first use under particularly dire circumstances, such as a scenario in which the PLA is on the verge of suffering a politically catastrophic defeat in a conventional military conflict over Taiwan.

Conclusion

China’s nuclear modernization is focused on improving the ability of its forces to survive an adversary's first strike and making its nuclear deterrence posture more credible, tasks that have taken on increased urgency as a result of growing concerns regarding U.S. nuclear preeminence, missile defense plans and conventional precision strike capabilities [17]. China is moving toward a much more survivable and thus more credible, strategic nuclear posture with the development of the road-mobile DF-31 and DF-31A ICBMs and the JL-2 SLBM. Beijing is also expanding its conventional missile capabilities, to include not only an increasingly potent SRBM force but also medium-range ballistic missiles (MRBMs) that could threaten U.S. aircraft carriers. According to General Jing Zhiyuan and General Peng Xiaofeng, Commander and Political Commissar of the SAC, the SAC has “achieved the great leap in development from a single core unit to a nuclear and conventional entity which gives equal attention to both” [18]. Further improvements are still required, according to General Jing and General Peng, but as a result of the advances that have already been made, China’s "strategic deterrence and actual combat capabilities have been vastly improved" [19].

Indeed, the introduction of road-mobile strategic missiles and SSBNs will allow China to achieve a posture of “effective deterrence.” The modernization of Chinese nuclear forces and the transition from silo-based to road-mobile nuclear missiles and SSBNs might thus enhance strategic deterrence stability. Indeed, deterrence theory suggests that a more secure second-strike capability should enhance stability by causing both the United States and China to behave much more cautiously.

There are a number of reasons, however, to be concerned that the transition to a more secure second strike capability will not necessarily translate immediately or automatically into greater strategic stability. Indeed, it is entirely possible that these developments could in fact decrease crisis stability under certain circumstances, particularly if China’s growing nuclear and missile capability tempts Beijing to behave more assertively or planners and decision-makers in either country fail to consider the potential implications of certain actions. Instability may also result if the undersea environment becomes a place of uncomfortably close approach between U.S. attack submarines and Chinese SSBNs, changes in force posture or technological developments result in heightened insecurity, or the alerting and de-alerting of strategic forces creates a temporary state of increased vulnerability.

Consequently, as China continues to modernize its nuclear and missile forces, problems of strategic stability appear poised to become much more important aspects of the U.S.-China security relationship in the coming years. Although China’s nuclear and missile force modernization may contribute to greater strategic stability in the long run, neither China nor the United States should assume that this outcome will result automatically from China’s deployment of a relatively secure second strike capability. Indeed, successfully managing what could become a potentially dangerous balancing act will require much of both parties. The United States will need to exercise considerable self-restraint given the asymmetries that will continue to characterize the U.S.-China nuclear balance despite China’s recent enhancement of its nuclear and conventional missile capabilities. Planners and decision-makers in the United States will also need to have an in-depth understanding of Chinese views on strategic signaling, crisis management and escalation control, particularly in the context of a conflict over Taiwan. In addition, Chinese planners and decision-makers will need to have a similarly realistic understanding of U.S. views and motivations.

This emerging dynamic underscores the need for greater U.S.-China dialogue and engagement on strategic issues, which in turn will require Beijing to deal with a dilemma in which continued lack of Chinese transparency of nuclear weapons and missile developments may complicate China’s own deterrence strategy. Indeed, as China continues to improve its conventional and nuclear missile capabilities, it will almost certainly need to become at least somewhat more transparent in order to help safeguard shared interests in regional security and strategic stability.

[The views expressed in this paper are those of the authors alone. They do not necessarily reflect the views of the U.S. Naval War College, Department of the Navy, or Department of Defense.]

Notes

1. Office of the Secretary of Defense, Annual Report to Congress, Military Power of the People’s Republic of China 2008 (Washington, DC: U.S. Department of Defense, 2008).
2. “Seapower Questions on the Chinese Submarine Force,” U.S. Navy, Office of Naval Intelligence, 20 December 2006,
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3. Wang Zhongchun, “Nuclear Challenges and China’s Choices,” China Security (Winter 2007), p. 62.
4. John Wilson Lewis and Xue Litai, China Builds the Bomb, Stanford, CA: Stanford University Press, 1988.
5. Alistair Iain Johnston, “China’s New ‘Old Thinking’: The Concept of Limited Deterrence,” International Security, vol. 20, no. 3, winter 1995/96.
6. Ibid., p. 6.
7. Bates Gill, James Mulvenon, and Mark Stokes, “The Chinese Second Artillery Corps: Transition to Credible Deterrence,” in James C. Mulvenon and Andrew Yang, eds., The People’s Liberation Army as Organization, Reference Volume v1.0 (Santa Monica, CA: RAND, 2002).
8. Jing Zhiyuan and Peng Xiaofeng, “Jianshe Zhongguo tese zhanlue daodan budui” (Building a Strategic Missile Force with Chinese Characteristics), Qiushi (Seeking Truth), no. 3, February 2009, www.qsjournal.com.cn/qs/20090201/GB/qs^496^0^19.htm.
9. Ibid.
10. Evan S. Medeiros, “‘Minding the Gap’: Assessing the Trajectory of the PLA’s Second Artillery,” in Roy Kamphausen and Andrew Scobell, ed., Right-Sizing the People’s Liberation Army: Exploring the Contours of China’s Military, Carlisle, PA: U.S. Army War College, Strategic Studies Institute, 2007, pp. 143-190.
11. See, for example, Lieutenant Colonel Li Shaohui and Major Tao Yongqiang, “The Force Foundations and Strategic Space of Nuclear Deterrence,” Junshi Xueshu (Military Art), 2006, No. 6, pp. 55-57.
12. See, for example, Zhao Xijun, ed., Coercive Deterrence Warfare: A Comprehensive Discussion on Missile Deterrence (Beijing: National Defense University Press, May 2005), p. 47.
13. Ibid., p. 47.
14. Ibid., p. 78.
15. Ibid., p. 173.
16. Zhang Peimin, “How to Develop the Means of Strategic Deterrence,” Junshi Xueshu (Military Art), February 2004, p. 34.
17. Dennis C. Blair, Director of National Intelligence, “Annual Threat Assessment of the Intelligence Community for the Senate Select Committee on Intelligence,” February 12, 2009,
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18. Jing and Peng, “Jianshe Zhongguo tese zhanlue daodan budui” (Building a Strategic Missile Force with Chinese Characteristics).
19. Ibid.
 
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crobato

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This appears to be like a mini space station.


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China readies military space station – launch coincides with shuttle phaseout
BY CRAIG COVAULT
SPACEFLIGHT NOW
Posted: March 2, 2009

China is aggressively accelerating the pace of its manned space program by developing a 17,000 lb. man-tended military space laboratory planned for launch by late 2010. The mission will coincide with a halt in U.S. manned flight with phase-out of the shuttle.

Chinese space station
The first public appearance of China's military space station concept.

The project is being led by the General Armaments Department of the People's Liberation Army, and gives the Chinese two separate station development programs.

Shenzhou 8, the first mission to the outpost in early 2011 will be flown unmanned to test robotic docking systems. Subsequent missions will be manned to utilize the new pressurized module capabilities of the Tiangong outpost.

Importantly, China is openly acknowledging that the new Tiangong outpost will involve military space operations and technology development.

Also the fact it has been given a No. 1 numerical designation indicates that China may build more than one such military space laboratory in the coming years.

"The People's Liberation Army's General Armament Department aims to finish systems for the Tiangong-1 mission this year," says an official Chinese government statement on the new project. Work on a ground prototype is nearly finished.

The design, revealed to the Chinese during a nationally televised Chinese New Year broadcast, includes a large module with docking system making up the forward half of the vehicle and a service module section with solar arrays and propellant tanks making up the aft.

Chinese space station
The space station design was unveiled on a live broadcast to celebrate the Chinese New Year.

The concept is similar to manned concepts for Europe's Automated Transfer Vehicle.

While used as a target to build Chinese docking and habitation experience, the vehicle's military mission has some apparent parallels with the U.S. Air Force Manned Orbiting Laboratory (MOL) program cancelled in 1969 before it flew any manned missions. MOL's objectives were primarily reconnaissance and technology development.

While U.S. military astronauts were to be launched in a Gemini spacecraft atop their MOLs, in China's case, the module will operate autonomously and be visited periodically by Chinese astronauts, to perhaps retrieve reconnaissance imagery or other sensor data. At least one unmanned Shenzhou was equipped with a military space intelligence eavesdropping antenna array.

Along with launch of the outpost, China is also beginning mass production of Shenzhou taxi spacecraft, says Zhang Bainan, the chief Shenzhou design manager.

All previous Shenzhous have been built as individual custom spacecraft for widely spaced missions. But China is now moving to Shenzhou assembly line production to increase flight rates.

In addition to operational mission objectives the Chinese mission plans will provide a propaganda windfall in China and send a global geopolitical message relative to declining U.S. space leadership.

The Tiangong vehicle's debut in late 2010, and increase in Chinese manned mission flight rates will coincide with the planned termination of the U.S. space shuttle program and a five year hiatus in American manned space launches.

The first manned NASA Orion/Ares manned mission to Earth orbit is not likely until 2015 with manned lunar operations no earlier than 2020.

During that period China can rack up multiple attention getting missions, while Americans launched in the Russian Soyuz will draw meager attention unless they are involved in an emergency.

Along with the Tiangong announcement comes another major revelation – that China now has two manned space station programs under development.

• The new Tiangong series, that can be launched on the same type Long March 2F booster used to carry Soyuz-type Shenzhou manned transports.

• And a larger 20-25 ton "Mir class" station that will follow by about 2020 launched on the new oxygen/hydrogen powered Long March 5 boosters.

The Chinese have shown this editor numerous space station models and drawings during six trips to China over the last several years.

All of those concepts looked very similar to the Soviet Mir with a core and add-on modules-- nothing like the Tiangong just revealed in China.

The heavier Mir type design, however, is the one being pursued for launch on the new Long March 5, Liu Fang, vice president of China Aerospace Science and Technology Corp. (CASC) told me during a visit to Beijing last April. It will weigh twice as much as the man tended military outpost.

The Tiangong design is designed for short tasks or limited overnight stays in a pressurized shirtsleeve environment, while the heavier Chinese stations planned for several years from now will be for longer term habitation.

In addition to the manned program, the Chinese unmanned program has also reached a major milestone with the Chang'e lunar orbiter.

The spacecraft ended its 16 month science mission March 1 when commanded to fire thrusters to begin a 36 min. descent toward lunar impact at 0813 GMT.

Chang'e
Artist's impression of China's Chang'e lunar orbiter.

The impact point was calculated to be at 1.50 deg. south latitude and 52.36 deg. east longitude. on the opposite side of the Moon from where the descent was begun.

Chang'e-1 began its retrofire maneuver for capture by lunar gravity at 0736 GMT under the command of two ground control stations, one at Qingdao in eastern China and the other at Kashi in northwest China.

The spacecraft had been launched from Xichang on board a Long March 3 on October 24, 2007 and used its imaging system to obtain mapping imagery of the entire moon.

It was command deorbited to provide Chinese engineers with experience in calculating and controlling the descent of a spacecraft in lunar orbit. Lunar "masscons", subsurface concentrations of heavy materials, can affect lunar gravity fields and orbital trajectories involved in deorbit.

This relates directly to China's follow on plan to land a nuclear powered unmanned lunar rover by 2012-2013 followed by an unmanned sample return mission about 2017.

In 2010-2011, before the rover and sample return missions are flown a Chinese-technology mission may be sent to the Moon to further demonstrate landing technologies. But the Chinese were not clear on whether it would go all the way to the surface.

If successful, these missions also could upstage U.S. lunar plans for a time.
 

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Engineer

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While U.S. military astronauts were to be launched in a Gemini spacecraft atop their MOLs, in China's case, the module will operate autonomously and be visited periodically by Chinese astronauts, to perhaps retrieve reconnaissance imagery or other sensor data. At least one unmanned Shenzhou was equipped with a military space intelligence eavesdropping antenna array.
:roll:
This is hilarious. Who came up with this ridiculous idea of manually retrieving data anyway? Do these idiots believe that China still does not know how to build a radio?
 

Scratch

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Russian-Chinese exercises to be held in China in summer

MOSCOW, March 18 (RIA Novosti) - Russian-Chinese military exercises dubbed Peace Mission 2009 will be held in the summer in northeastern China, the Russian Defense Ministry said Wednesday.

The first bilateral counterterrorist exercises Peace Mission were held in Russia and the eastern Chinese province of Shandong in August 2005, involving warships, aviation, and over 10,000 servicemen including marines and paratroopers.

"The final decision on the date, venue, name and forces involved will be made at bilateral consultations to be held in the last 10 days of March," a ministry source said.

The Chinese Defense Ministry said Tuesday that joint maneuvers were aimed at developing a strategic partnership between Russia and China.

The agreement to hold the exercises was reached at last year's meeting between the two countries' defense ministers.
 

challenge

Banned Idiot
Janes: China developsa cluster bomb to target power supplies

China develops cluster bomb to target power supplies
China has developed a cluster bomb loaded with carbon fibre filaments that is expressly designed to attack and disable a nation's electrical power grid. The new weapon, the 250 kg Carbon Filament Cluster Bomb (CFCB), is being offered for sale by the Beijing-based Poly Technologies: one of China's state-controlled arms export agencies
 

tphuang

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very interesting, the Russian fleet that was sent to Somalia is coming to Zhanjian (a base for SSF) to make a port call, some are speculating that they might be participating in Chinese navy's 60th anniversary celebration.
It will consist of Admiral Vinogradov of Udaloy-I class
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+ Tanker Boris Butoma
 

crobato

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Gives new meaning to the concept of malware. Are yours infiltrated as well?

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China-based network infiltrates computers in 103 countries: report

by Staff Writers
Washington (AFP) March 28, 2009
A electronic spying operation based primarily in China has infiltrated government and private computers in 103 countries around the world, including those of the Dalai Lama, The New York Times reported late Saturday.

Citing a report prepared by Canadian researchers and due to be issued this weekend, the paper said the system was being controlled from computers based almost exclusively in China.

However the researchers said they could not argue conclusively that the Chinese government was involved, according to the report.

The investigation by specialists based at the Munk Center for International Studies at the University of Toronto started when the office of the Dalai Lama, the exiled Tibetan leader, asked them to examine its computers for signs of malicious software.

Their work led them to a broader operation that had infiltrated at least 1,295 computers in 103 countries in less than two years, The Times said.

Many of these computers belonged to embassies, foreign ministries and other government offices, as well as the Dalai Lama's Tibetan exile centers in India, Brussels, London and New York.

The researchers said they believed that in addition to the spying on the Dalai Lama, the system, which they called GhostNet, was focused on the governments of South Asian and Southeast Asian countries, the paper noted.

The newly reported spying operation is by far the largest to come to light in terms of countries affected, according to The Times.

The operation continues to invade and monitor more than a dozen new computers a week, said the paper, citing the report.

The researchers found no evidence that US government offices had been infiltrated, although a NATO computer was monitored by the spies for half a day and computers of the Indian Embassy in Washington were infiltrated, The Times said.
 
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