Wednesday, December 5, 2007

Rich nations 'ignore' power shift


Rich nations are failing to adjust to the rapid rise of emerging economies, a former World Bank boss has warned.

The developed world has not yet fully grasped that economic power is moving eastward and what the implications of that will be, said James Wolfensohn.

He predicted that China will grab the crown from the US as the world's richest country by 2040, with India close behind.

Yet, these countries were still treated with a "colonial" attitude, he said.

"The leadership in the developed world, and people who should know better, still have not adjusted to the fact that this is not just a modest change in global economic power and influence, but a tectonic shift," Mr Wolfensohn said.

"If you look at the developed world and how it is addressing this change, the steps that are being taken are relatively trivial."

'Tectonic shift'

Speaking at a gathering of high-profile financiers in Hong Kong to discuss developments in Asia's financial markets, he noted that there were already signs that power had begun to seep away from today's economic leaders of the US and Europe.

One sign was the fact that African politicians and businessmen now engage directly with China and India, bypassing Western nations, he added.

With Asian countries poised to account for the bulk of global growth by 2050, compared with 10% in 1950, Mr Wolfensohn called on the Western world to focus more on understanding the region's culture and learning to speak its languages.

He also underlined a growing need to appreciate social responsibility in these developing countries, where the break-neck speed of economic growth has largely been driven by an exports boom that relies on an underpaid labour force.

James Wolfensohn was president of the World Bank for 10 years until the beginning of 2005.

Story from BBC NEWS:
http://news.bbc.co.uk/go/pr/fr/-/2/hi/business/7006172.stm

Published: 2007/09/21 10:07:28 GMT

© BBC MMVII

Monday, December 3, 2007

China’s cyber army is preparing to march on America, says Pentagon

Chinese military hackers have prepared a detailed plan to disable America's aircraft battle carrier fleet with a devastating cyber attack, according to a Pentagon report obtained by The Times.

The blueprint for such an assault, drawn up by two hackers working for the People's Liberation Army (PLA), is part of an aggressive push by Beijing to achieve "electronic dominance" over each of its global rivals by 2050, particularly the US, Britain, Russia and South Korea.

China's ambitions extend to crippling an enemy's financial, military and communications capabilities early in a conflict, according to military documents and generals' speeches that are being analysed by US intelligence officials. Describing what is in effect a new arms race, a Pentagon assessment states that China's military regards offensive computer operations as "critical to seize the initiative" in the first stage of a war.

The plan to cripple the US aircraft carrier battle groups was authored by two PLA air force officials, Sun Yiming and Yang Liping. It also emerged this week that the Chinese military hacked into the US Defence Secretary's computer system in June; have regularly penetrated computers in at least 10 Whitehall departments, including military files, and infiltrated German government systems this year.

Cyber attacks by China have become so frequent and aggressive that President Bush, without referring directly to Beijing, said this week that "a lot of our systems are vulnerable to attack". He indicated that he would raise the subject with Hu Jintao, the Chinese President, when they met in Sydney at the Apec summit. Mr Hu denied that China was responsible for the attack on Robert Gates, the US Defence Secretary.

Larry M. Wortzel, the author of the US Army War College report, said: "The thing that should give us pause is that in many Chinese military manuals they identify the US as the country they are most likely to go to war with. They are moving very rapidly to master this new form of warfare." The two PLA hackers produced a "virtual guidebook for electronic warfare and jamming" after studying dozens of US and Nato manuals on military tactics, according to the document.

The Pentagon logged more than 79,000 attempted intrusions in 2005. About 1,300 were successful, including the penetration of computers linked to the Army's 101st and 82nd Airborne Divisions and the 4th Infantry Division. In August and September of that year Chinese hackers penetrated US State Department computers in several parts of the world. Hundreds of computers had to be replaced or taken offline for months. Chinese hackers also disrupted the US Naval War College's network in November, forcing the college to shut down its computer systems for several weeks. The Pentagon uses more than 5 million computers on 100,000 networks in 65 countries.

Jim Melnick, a recently retired Pentagon computer network analyst, told The Times that the Chinese military holds hacking competitions to identify and recruit talented members for its cyber army.

He described a competition held two years ago in Sichuan province, southwest China. The winner now uses a cyber nom de guerre, Wicked Rose. He went on to set up a hacking business that penetrated computers at a defence contractor for US aerospace. Mr Melnick said that the PLA probably outsourced its hacking efforts to such individuals. "These guys are very good," he said. "We don't know for sure that Wicked Rose and people like him work for the PLA. But it seems logical. And it also allows the Chinese leadership to have plausible deniability."

In February a massive cyber attack on Estonia by Russian hackers demonstrated how potentially catastrophic a preemptive strike could be on a developed nation. Pro-Russian hackers attacked numerous sites to protest against the controversial removal in Estonia of a Russian memorial to victims of the Second World War. The attacks brought down government websites, a major bank and telephone networks.

Linton Wells, the chief computer networks official at the Pentagon, said that the Estonia attacks "may well turn out to be a watershed in terms of widespread awareness of the vulnerability of modern society".

After the attacks, computer security experts from Nato, the EU, US and Israel arrived in the capital, Tallinn, to study its effects.

Sami Saydjari, who has been working on cyber defence systems for the Pentagon since the 1980s, told Congress in testimony on April 25 that a mass cyber attack could leave 70 per cent of the US without electrical power for six months.

He told The Times that all major nations – including China – were scrambling to defend against, and working out ways to cause, "maximum strategic damage" by taking out banking systems, power grids and communications networks. He said that there were at least a thousand attempted attacks every hour on American computers. "China is aggressive in this," he said.

Sunday, December 2, 2007

Skin ageing 'reversed' in mice


Scientists have reversed the effects of ageing on the skin of mice by blocking the action of a specific protein.

In two-year old mice, Californian researchers found that they could rejuvenate skin to look more youthful.

Further analysis published in the journal Genes and Development showed the skin had the same genetic profile as the skin of newborn mice.

The team said the research would most likely lead to treatments to improve healing in older human patients.

They stressed it was unlikely to be a potential "fountain of youth" but could help older people heal as quickly from injury as they did when they were younger.

The protein in question - NF-kappa-B - is thought to play a role in numerous aspects of ageing.


We found a pretty striking reversal to that of the young skin
Dr Howard Chang
Dr Chang interview

It acts as a regulator, causing a wide range of other genes to be more or less active.

Lead researcher, Dr Howard Chang, from the Stanford School of Medicine in California, said the findings supported the theory that ageing is the result of specific genetic changes rather than accumulated wear and tear.

And that it is possible to reverse those genetic changes later in life.

Regulation

Previous studies have identified several genes which play a part in the ageing process.

Dr Chang and colleagues spotted that the one thing the genes had in common was that they were regulated by NF-kappa-B, which can either make them more or less active.

By blocking the protein in older mice for two weeks, they found the skin was thicker and more cells appeared to be dividing, much like the skin of a younger mouse.

And the same genes were active as in the skin of newborn mice.

It is unclear whether the effects are long-lasting and the protein has also been implicated in cancer and regulation of the immune system.

"We found a pretty striking reversal to that of the young skin," Dr Chang said.

But he added any application in humans was likely to be on a short-term basis because of other effects of blocking the protein.

"You might get a longer lifespan but at the expense of something else," he said.

Nina Goad from the British Association of Dermatologists said: "Targeting of gene therapy to skin is still very difficult but this may provide some new avenues of research that will be of value to wound healing, following skin trauma or disfiguring skin cancer surgery.

"However, the researchers' caveats about the unforeseen consequences of manipulating genes that play a role in many cells are most important and add a strong element of caution."

Story from BBC NEWS:
http://news.bbc.co.uk/go/pr/fr/-/2/hi/health/7119552.stm

Published: 2007/11/30 00:18:02 GMT

© BBC MMVII

Why Apple Isn’t Japanese

Once a technology leader, Japan is now struggling to find its place in the digital age.

By Christian Caryl
NEWSWEEK
Updated: 2:06 PM ET Dec 1, 2007

Ever heard of DoCoMo? probably not, unless you happen to live in Japan. NTT DoCoMo is one of the world's biggest wireless phone companies. It operates in a ferociously competitive market, boasts about 50 million customers and has been known to produce cutting-edge technology. By all rights it ought to be a star performer in the increasingly global business of wireless communications. Yet DoCoMo's brand is still virtually unknown outside its home country.

This is one story that could have had a very different ending. At the turn of the century DoCoMo executives announced that they were setting out to conquer the world. Their company's star mobile Internet application, known as i-mode, was leading the pack in its home market, and DoCoMo planned to leverage that success into a bid to dictate wireless Internet standards around the world. The company went on a buying spree, trying to gain footholds by purchasing stakes in overseas companies—stakes that soon made for painful losses, and not much else, when the New Economy bubble popped soon thereafter.

The would-be worldbeater proved tone-deaf. DoCoMo managers were so enraptured with their state-of-the-art Internet service that they failed to notice that the long and intricate menus favored by Japanese consumers didn't score with foreign customers who were looking for more direct and intuitive interfaces. One reason for the failure to communicate: not a single person in the senior management of the company was non-Japanese. "With the right approach they could have become a Google," says Gerhard Fasol of the Tokyo consultancy Eurotechnology Japan. "They had the chance—but they blew it."

The fall of DoCoMo is only the most recent story in a long tale of Japanese innovation failures over the past two decades—a huge irony, given that Japan is a technological powerhouse. If you exult in brilliantly bizarre gadgetry, engineering wonkery and prodigious feats of craftsmanship, you'll feel right at home. It's also an extremely sophisticated business environment. The Japanese domestic market is big and nuanced; Japanese consumers are notoriously finicky and demanding.

On the face of things, it would all seem to add up to an entrepreneurial paradise, a playground of creativity and innovation. Japan spent $130 billion on research and development last year (more as a percentage of GDP than the United States or the EU, putting it in third place globally behind Sweden and Finland). It registers, far and away, more patents than any other country—even more than the United States, with more than twice the population.

So you'd think Japan would be confident about its technological future, but you'd be wrong. These days, big business, academia, think tanks, government and the media, as well as the average Japanese salaryman, are all brooding about the state of their economy in the digital era. The educational system is going down the tubes, it's said, generating math and science scores that increasingly lag behind other OECD countries. The government is gridlocked, stalling urgently needed economic reform. Managers are mired in old mentalities, while imaginative newcomers can't find the space or the capital to develop their ideas. It's a syndrome that's sometimes summed up in a single, angst-ridden question: how come we weren't the ones who invented the iPod?

It isn't just the iPod as a cool gadget that keeps the Japanese awake at nights. It's the iPod (and its relative the iPhone, soon to debut in Japan) as the supersuccessful symbol of a new way of doing business that causes the hand-wringing. While Japanese companies like DoCoMo, NEC, Sony and the like struggle with incremental improvement, competitors like Apple and Google are fusing innovative technology with great marketing, design and distribution to create entirely new product categories.

That's precisely what unnerves the Japanese. Bloggers and commentators routinely invoke Apple's success as a wake-up call for a country that once ruled the world's consumer-electronics market. Masamitsu Sakurai, the chairman of office-equipment maker Ricoh and head of one of Japan's leading industrial associations, shocked members of his group with a recent speech that held up the iPod as an example of an innovative Western product that Japan is finding hard to emulate because of its outmoded management.

There are many who would write off this sort of talk as heretical hyperbole. Japan, they argue, has a long track record as a country of innovation. "Lean manufacturing," low-mileage cars and Toyota's Prius hybrid must surely count for something. They also note that Japan is the land of Sony, a company that once represented, in the persons of its legendary cofounders, Masaru Ibuka and Akio Morita, the perfect fusion of engineering and marketing savvy.

But that was then. One reason Apple galls the Japanese so is that it has displaced Sony as the leading innovator in consumer electronics. Sony's last truly big thing was the Walkman, and many non-Japanese aren't even aware that the Walkman still exists—as a digital music player competing feebly against the iPod.

The lithe Sony of Morita's day has given way to a fat conglomerate, with interests in everything from finance to movies, that stumbles over its own feet. Because Sony has its own music division, its executives are jealous of their copyrights, so they set up a distribution system much less open than Apple's. That's one reason the Walkman holds a 23 percent market share in Japan, while iPod holds a 58 percent share, according to market researcher BCN.

The innovation crisis is in large part rooted in the country's peculiar corporate culture. Japan Inc. still remains dominated by big, vertically integrated dinosaurs with little maneuverability and a marked disinclination to creativity. Sony CEO Howard Stringer was brought in from America to shake things up in 2005 and has been struggling ever since to break down the barriers between company divisions.

The strict hierarchies of Japanese companies discourage people with radical new ideas. As James Mok of the Tokyo software consulting firm Apriso notes, "In the U.S. it's much easier to spin off the results of a particular project as a separate business." In Japan, a risk-averse culture makes it harder. Mok recently penned a study called "How the Japanese IT Industry Destroys Talent."

One notorious case in point involves Shuji Nakamura, the brilliant scientist who invented a revolutionary energy-saving blue-diode light source only to find himself mired in years of litigation as he struggled to extract royalty payments from the company that had profited from his invention. Nakamura ultimately abandoned Japan for California. Fasol recalls asking scientists at the University of Tokyo if they considered his departure a blow. " 'No, not at all,' they told me. 'It might be good to have someone more ordinary'." Sergey Brin and Larry Page, the youthful, productively offbeat cofounders of Google, wouldn't have stood a chance in Japan.

Nor would Google's remarkable culture of chaotic cross-pollination. In Japan, boundaries between groups (even inside companies) are clearly defined and hard to cross. Carl Kay, a U.S. consultant who has spent years analyzing Japanese service companies, recalls encountering several representatives of a leading Japanese computer maker at an Internet conference back in the United States in 1995. "We went to Starbucks together, and they said, 'We don't get it. Why would we want to use the Internet to talk to people outside of the company?' "

Insular Japanese companies are evidently ill poised to craft the sort of personalized, culturally specific content that is at the heart of much of technology and telecoms development today. But even straight-ahead research

is problematic. Stodgy government labs and big corporate research centers don't have great track records. Back in the 1980s the Japanese government spent hundreds of millions of dollars on a now forgotten project called the "Fifth Generation Computer." Americans, still reeling from Japan's stunning rise in cars and consumer electronics, watched with anxiety. In 1984, one U.S. computer magazine pronounced portentously: "The Japanese are planning the miracle product. It will come not from their mines, their wells, their fields, or even their seas. It comes instead from their brains."

Apparently, it's still there. Indeed, all too often Japan's technological prowess comes to a screeching halt when it comes to developing computers or the programs that run on them. "Japan was a technological powerhouse in the predigital world," says Keith Woolcock, a global tech strategist at Westhall Capital in London. "But they've never been a dominant computer maker. And the computer, linked with the Internet, is now the armature around which the whole world revolves." There are no Japanese operating systems; Toshiba, the laptop pioneer, is no longer a player in the PC market.

The reasons for this run deeper than a dysfunctional corporate culture. Among the problems: promotion based strictly on seniority (resulting in managers with little training in information technology), and a near-complete disconnect between universities and the corporate sector.

Takahiro Fujimoto, an economics professor at the University of Tokyo, poses another theory: that personal computers, software and hybrid gadgets like the iPod are "modular" products, made up of existing components that "people mix and match in an innovative way." The Japanese tend to excel at "integral" products like cars, with customized components designed from scratch. "When you need this kind of activity, it's likely that people will be working on the same floor for a long time as a team," says Fujimoto. "We are not good at dealing with genius individuals—we're good at teams." That consensus-oriented approach tends to preclude the sorts of disruptive innovation that companies like Google throw off practically at will.

One intriguing exception: Nintendo, the gaming company whose remarkable, easy-to-use Wii console has enabled it to break away from more-conventional rivals like Microsoft and Sony. But Nintendo is also the exception that proves the rule—it has cultivated an outsider image and pursued a distinctive strategy of tapping consumer groups traditionally uninterested in gaming. It's no accident that Nintendo, like several other more innovative companies, is based in Kyoto—far away from staid Tokyo.

The insularity issue, which underscores so much of the innovation problem, has reached a boiling point. One of Japan's leading business papers, The Nikkei, published a piece earlier this year describing how a senior executive at Sanyo Electric had an idea similar to the iPod back in 1997; when he tried to form an alliance with Apple to explore the technology, his company's own chairman refused. Today, the story noted, Sanyo is struggling to survive. The paper went on to point out that Japanese electronics companies depend to a large degree on sales to regulated industries and the government. The world's second biggest market, protected by the Japanese language and its own cloistered standards, offers many companies a profitable sanctuary. But, as the article concluded, Japanese companies must ultimately "face globalization."

Of course, Japan's obsessive, incremental approach to innovation is a perfectly good way to run some companies. Japanese steelmakers have a proprietary technology that makes their high-tech steel untouchable by Korean and Chinese competitors. They keep trying to close the gap, but the Japanese, given their extraordinary attention to detail, could very well manage to keep a few steps ahead—enough to maintain crucial comparative advantage.

Japan abounds with this sort of almost artisanal industrial company. Toyota's famous production philosophy of kaizen, or continuous improvement, is perhaps the ultimate example—a system where workers are constantly proposing small improvements that perpetually bring the manufacturing process closer to perfection. Over the short term, says Fujimoto, Japan shouldn't be afraid to maintain focus on those areas where it truly excels. But over the longer term, he warns, something will have to give. Growth industries, like technology, aren't about incremental improvement—they are about making big bets, and finding the next new new thing.

At this point, it is worth taking another look at the cautionary tale of DoCoMo. Today it is trapped in a domestic market with a diminishing population, watching as its nimbler rivals at home grab an ever-bigger piece of the shrinking mobile pie. Its only hope for decisive growth would have been to leapfrog into the global market. But it didn't happen, thanks mainly to the company's limited cultural horizons and unimaginative management. Just three years ago the value of DoCoMo's shares amounted to about 10 times that of Nokia's. Today Nokia (based in Finland, with a population of 5 million versus Japan's 127 million) has a market capitalization more than double that of DoCoMo's. That puts Nokia in the realm of other global giants like Apple, Google and Vodafone. And just look at who tops the list: China Mobile.

This drives home the point that the lesson for "them" (the Japanese) isn't necessarily that they should be more like "us" (the Americans). It's merely to warn that some serious adjustments might be in order. Over the next century, disruptive innovations won't be coming only from countries like the United States. They'll also be emerging from dynamic, hungry, rising economies that offer plenty of room for risk-taking, flights of fancy and cross-border synthesis. If the Japanese want to be a part of that club, they'll have to revamp not only how they think about technology, but how they think about themselves.