Klaouzevits, had warned us almost two centuries ago, war is a chameleon, it changes its form constantly, hiding his phase and transforming from one type to another.
The latest transformation in the naval warfare took place in the World War II and introduced itself with an infamous act. The Japanese attack, in Pearl Harbor. The Japanese navy tried to win the war by sinking the entire US Pacific fleet, using not the big guns of its battleships, but the airplanes of its carriers. So, it was in the Pacific, where sea warfare as we understand it in the last 70 years, developed and formulated. Big carriers, loaded with airplanes, were seeking the enemy in the vast Pacific Ocean and they were launching them, to destroy him. In that war, enemy sailormen never saw each other. The carriers were launching their planes hundreds of miles away from the enemy forces. The battles were fought in the skies near and above the carriers. The actual fighting was taking place between enemy pilots who were trying to shoot down each other and between bomber pilots and the air defense capabilities of the carries and the other ships. In stark contrast the sea battles in the Atlantic were more of a traditional type and the last great battles between warships had taken place there, like the hunt and sinking of battleship Bismark.
The importance and the invincibility of the combined maritime and air power proved its value many times over during the cold war. USA carrier groups with the ability to project power everywhere in the world, the monstrous firepower and flexibility of their airplanes, secured the sea lines of communications, protected American interests all over the world and contributed to a great degree to the final victory over the USSR. Those magnificent and marvelous ships seems that they are about to meet an able opponent. The new weapon system that are promising to change once again the phase of sea warfare actually is a combination of an already existing technology and of one that is developing fast. The first technology, is the missile technology already mature and easy to master. The second technology is about flying at extremely high speed (hypersonic speed- that is in excess of mach 5 and up to mach 20). Flying a controllable vehicle in that speed sets a series of technical problems that are not solved yet. Probably the major problem is to create a jet engine that could work in that conditions.
To be accurate, supersonic antiship missiles are in service for many decades now with the once Soviet Navy and now its successor Russian Navy. Their development and adoption is due to qualitative and numerical inferiority of the Soviet naval forces in the cold war. USSR had to find a credible, cheap and easy way to negate the American threat, of course not globally but in the littoral areas of the Soviet empire. The soviet engineers came up with the use of supersonic missiles launched from a variety of platforms (planes, ships, land launchers). The first Russian cruise missile AS-1 was actually a modified MIG-15 in an antiship role. The development, production and use of supersonic missiles remains a vital and central Russian strategy today with the latest 3M82 / Kh-41 Moskit / SS-N-22 Sunburn and P-800 / 3M55 / Kh-61 Yakhont / Brahmos / SS-N-26 Stallion missiles.
Additionally, Russia became a major supplier of supersonic missiles both to China and India and the main partner of both countries in developing their own systems, providing the necessary technology and knowhow.China adopted and copied Russian supersonic missiles for much the same reason that made them indispensable to the Soviet war machine. PLA for decades lacked the appropriate naval power to defend and control its nearby seas. The latest member in the countries that built and operate supersonic missile is India which produces in cooperation with Russia the Brahmos missile. The Brahmos use a combination of a conventional missile for the first stage of its flight and a ramjet engine for the final approach to target. It has a cruising speed of Mach 2.8 (3,400 km/h) and a 290 km range and it can it can fly from an altitude of 15 km to mere meters above the waves.In contrast, and in full compliance with the paradoxal logic of strategy, as Luttwak another strategist claims, US and NATO choose to develop an efficient and capable air defense and not to engage in a competition in developing supersonic missiles of its own. Recognizing the grave danger to the fleet and especially to the most valued ships of all, the carriers, hurried up to beef up the air defenses especially in the antimissile field.The most prominent example is the combination of the F-14 Tomcat, a billion dollar airframe and the Phoenix missile, solely designed and built to engage and kill air breathing threats long before they reach the American flattops. The above combination is not the only defensive measure but one of many. Other systems including CIWS Phalanx, antimissile missiles, electronic counter measures etc., were developed in a more or less expected effort to protect Americas most valuable asset. Therefore West even at this time hasn’t got any supersonic missile equivalent to the Russian ones.
Eventually the cold war ended, leaving US as the only superpower in the world. Alas, new threats emerged like terrorism and new rivals appeared in the horizon like China. In response to the new security environment, new ideas about new weapons and the different use of old ones came up. The common theme and the main idea behind the new concepts, was one physical element, essential in warfare, namely speed. Speed regarded by American agencies as the new stealth, providing the necessary superiority to friendly forces. Superfast missiles compress the time defenders have to react to an attack and to successfully engage it and if used in large numbers can saturate the air Defence systems and defeat at low cost even an expensive and powerful carrier battle group.Among the first ideas, was the retrofitting of old nuclear intercontinental ballistic missiles and arming them with conventional war heads. That way, they could be used against an array of targets without provoking a nuclear response. The idea quickly abandoned because of the obvious disadvantages. Once a ballistic missile is launched the enemy has no way of knowing what kind of warhead is carrying, thus a nuclear war may start due to an ambiguous act. Moreover a ballistic missile launched to strike a terrorist cave in Afghanistan, or Africa would follow the same ballistic path that could be used to target Chinese or Russian cities, provoking a nuclear response. US Congress taken into account these ambiguities and uncertainties stopped the development of the project, despite the many attempts by military planners to obtain approval of their plans and adequate funding.The plan was part of a program—in slow development since the 1990s, and now quickly coalescing in military circles—called Prompt Global Strike.On the other side of Pacific Ocean though, such qualms never appeared. China’s PLA probably copying the American concept developed the very same weapon that US Congress banned. China converted an intermediate nuclear ballistic missile into an antiship missile named Dong Feng 21D. This ballistic missile is launched toward space and arcing back to earth at speeds of about Mach 10 with a reported range of about 1,500 km. China, developed this missile as a “carrier killer”, an easy, effective and cheap way to challenge Americas naval supremacy in the Pacific Ocean, denying access to East China Sea to American vessels and ultimately leaving Chinese forces unopposed to secure the capitulation of the other Asian states and eventually regional hegemony.
So far, we have talked about already existing technologies, albeit in a new role. All the weapons are either modified ballistic missiles with conventional warheads or supersonic cruise missiles with speeds up to 3 or 4 Mach’s, nothing exotic and nothing new.The really interesting, revolutionary, new and game changing technology is hypersonic flight that enables vehicles to fly at speeds in excess of Mach 5 and up to Mach 20. These hypersonic vehicles are not missiles. Missiles carry their own fuel and oxidizer, a feature that permits them to operate in thin air upper atmosphere and outer space, but limits their flight profile and uses. In contrast, hypersonic vehicles are airbreathing vehicles that are using atmosphere’s oxygen just like turbofan and turbojet engines. Such vehicles,could travel at missile speed but will have the maneuverability and agility of an aircraft, making easier to avoid defenses, to change course en route to target and all that in a more economical way.
Where is the catch? Those wonderful capabilities demand the development of a new kind of engine that can operate reliably in those high speeds. Existing turbojet and turbofans engines can operate at speeds of about Mach2. Ramjets (jet engines without spinning blades like turbofan or turbojets but with specially designed inlets capable of slowing and compressing the airstream), can operate in higher speeds of about 3 to 4 Mach’s. Hypersonic vehicles operating at speeds above Mach5 require the development of scramjets (supersonic combustion ramjets) engines, capable of igniting and maintain combustion in a stream of supersonic air. Technology hasn’t provide a credible answer yet to this challenge. To make matter worse ramjets and scramjets cannot start flying on their own; they must be accelerated by a carrier aircraft or a first stage missile.The first successful flight test of a scramjet vehicle took place in the 1990’s by a group of Russian, French and American scientists, though it’s not quite clear if supersonic combustion was achieved in those tests. More recently, Russia and India are reportedly working together to produce a scramjet version of Brahmos missile. As for China beyond the DF-21D project that we have already mentioned, there are reports that is testing its own hypersonic vehicle. The Qian Xuesen National Engineering Science Experiment Base is one the centers that research and development about hypersonic technology take place. Recently, according to American and Chinese media, China tested an hypersonic vehicle that reached Mach 10 speed, above its territory. American media designated it as WU-14.Despite all that China, India and even Russia are still far away of their target to build a credible, reliable, operational ready, hypersonic vehicle.
Interestingly enough – or maybe not- the country that has the most advanced and more numerous such programs is USA. To begin with there is the X-51A Waverider, that was tested last summer, over the Pacific Ocean and is produced by a consortium composed of USAF, Boeing, DARPA, NASA, Pratt and Whitney, Rocketdyne and the USAF Research Laboratory’s Propulsion Directorate. The test ended after a malfunction resulted in the destruction of the vehicle. Of course the X-51A, it’s not the only program developed under the prompt global strike iniative, the Pentagon supports and funds DARPA’s Falcon Hypersonic Technology Vehicle 2 and Army’s Advanced Hypersonic Weapon. And we’re not finished yet; another promising project is based on one of the Cold War legends, the famous SR-71 “Blackbird” spy plane. SR-71 had a revolutionary combo machine “J-58” consisted of a turbojet mounted inside a ramjet. That combination enables the SR-71 to start flying on its own and to go supersonic in high altitude. This project named SR-72 potentially would fly at Mach 5 and besides reconnaissance missions it would be capable of carrying and deliver air to ground munitions. Those munitions will have their own hypersonic features and Lockheed’s Skunk Work laboratories which are responsible for those hypersonic programs are calling them “High Speed Strike Weapon”, essentially an hypersonic missile that would be suitable for use by future bombers and fighter aircrafts. Lockheed believes that in the future “speed will be the new stealth”, meaning that if you’ re flying extremely fast the enemy will not have the time to detect you and shoot you down.
Furthermore DARPA recently announced the launch of yet another one hypersonic experimental program. It is called Experimental Spaceplane (XS-1) and according to DARPA its purpose is to develop a reusable unmanned vehicle with costs, operation and reliability similar to a traditional aircraft yet capable to ascend to suborbital altitudes to deploy satellites into Low Earth Orbit. Despite the many advantages that hypersonic systems would have in future battle space we should not get too excited. The needed technology is still in its infancy and we’re probably many years away from their operational deployment. Furthermore the paradoxal logic of strategy is working even before those systems became operational, producing the antidotes that will provide the necessary means, mainly for a carrier battle group to counter a swarm attack by supersonic missiles.
Those technologies in contrast to supersonic missiles are for the most part already developed and ready to be tested in operational deployments. Among them the most promising is the laser guns that would be used to counter asymmetrical threats such as drones, speed boats,missiles and so on. The laser guns with their ability to fire fast, accurate and continuously without the fear of running out of ammunition are already installed in US navy ships. Other systems include electromagnetic rail guns and revolving missile launchers. Those weapons are also being developed but the US armed forces, an astounding fact that exemplifies their resolve not only to hold but to expand their superiority over their potential competitors.To conclude, Pacific Ocean once more is becoming the workshop of a new type of warfare. Warriors of both sides will never see each other in those wars but will depend on systems fast, lethal and accurate to destroy the enemy in mere minutes or even seconds. Additionally despite the strengthening of potential competitors, USA still is the most powerful, sophisticated and intelligent actor in the area. Furthermore, although anti access and area denial capabilities are an important element of maritime strategy, still the real and paramount ability of a navy, the only one that will ensure victory is to confront the enemy navy in the sea and defeat it.
North Korea, the United States and the Singapore Summit Agreement
There are many essential points of the US-North Korean talks which have been treated, albeit briefly, in the Singapore Summit between Kim Jong-Un and US President Donald J. Trump.
It was certainly not a mere photo-opportunity but, inevitably, it was not an already fully-fledged agreement between the two parties.
With specific reference to denuclearization, nothing new under the sun, but something very important and new from the political viewpoint, also compared to the opposing rhetoric of the USA and North Korea. Symbols matter in foreign policy and, as far as we know, Trump and Kim Jong-Un liked each other – rational, brutal and frank as they both are.
Nevertheless, North Korea’s decision-makers have long considered their realistic plans for their country’s military nuclear exit.
In fact, five years ago Kim Jong-Un decided to implement his by ungjin policy line, i.e. the parallel development of North Korea’s nuclear military system and of the civilian economy since he had above all verified that, at the time, it was the only way to make the USA sit at the negotiating table.
For Kim Jong-Un, the United States was the key to success: he knew the costs and relevance of a long-standing and effective relationship with China and the Russian Federation, but he wanted the Third Factor to make North Korea partially autonomous.
Without upsetting old balances, but manoeuvring them with the traditional rationality of its ruling class.
At the time, Kim Jong-Un’s other considerations referred to the strong, ongoing and evident US military pressure and to the particular weakness of North Korea, which was in a phase of political and strategic transition between two elites.
The beginning of the naïve and dangerous US project was Kim Jong Il’s death in December 2011, which led to a clear South Korean and US military pressure for a naïve and unlikely regime change that obviously did not take place.
Later, however, in June 2013 the National Military Commission, led by Kim Jong-Un, stated it was ready to start a stable denuclearization process.
At that time a renewal of the Six Party Talks would have been possible also for North Korea, but it wanted above all a bilateral negotiation with the United States.
According to the “policy line” decided by Kim Jong-Un at the time, the USA, for its part, had not to set initial and preliminary conditions.
Nevertheless, the USA certainly had every interest in being the new power broker of the agreement with North Korea, the only breaking point of a strategic continuity which would have been very convenient for the United States.
It should be recalled that in February 2012there was the failure of Barack Obama’s proposal for the cessation of nuclear and missile tests and the subsequent sending of a North Korean satellite into the space.
Coincidentally, in 2013, Chinese President Xi Jinping established a special confidential diplomatic channel with North Korea, but the tension with the USA mounted and certainly not for the Chinese move.
But what is, ultimately, the give and take for denuclearization, according to Kim Jong-Un’s policy lines which have actually been implemented by the curt, but significant Singapore Summit Agreement?
First and foremost, the cessation of the US hostile policy, that is the political, economic and military tension against North Korea.
Furthermore, North Korea wants the full and official recognition of sovereignty on its territory, as well as the replacement of the 1953 ceasefire with a peace treaty, and finally the end of all economic sanctions against it.
All these aspects are already included -also between the lines – in the Singapore Agreement.
Hence if the traditional tension between North and South Korea ends, the whole region of the South Pacific, the Indian Ocean and the Persian Gulf, starting from the Mediterranean up to the US military bases in the Pacific, becomes – for the USA – a strategic continuum capable of stabilizing the central Asian terrestrial axis.
This could weaken China on its maritime border in the South and would also reassure the Russian Federation in a small sea which, however, is essential for Russia from a military viewpoint.
At economic level, the most analytical models to assess the possible integration of both Koreas currently point to a necessary increase of at least 50of North Korea’s GDP and also of the average income of its citizens – given the increase in the total productivity of economic factors and the accounting of North Korea’s general balance considering eight primary factors.
Within a North-South Korean integration project, there would be above all an increase in medium-level light and manufacturing productions, especially in the North, while there would be global economic room also for mining products in North Korea alone.
The traditional cost model studied for unification regards the capital investment to reach a 60% per capita GDP in North Korea compared to South Korea’s – a limit that is thought to be capable of avoiding mass domestic migration.
Currently the most careful and recent calculations make us estimate the total cost of reunification at approximately 1,800 US billion dollars.
A 23% share would come from North Korea’s full integration into the world market, starting from the current productive specializations of this country.
A further 14.5% share of the total reunification cost would come from the share of international aid to which North Korea would ultimately have access.
Finally, an additional 12.3% share would come from the integration between North Korean companies and South Korean similar ones.
The rest would come from Foreign Direct Investment (FDI), in which also Russian and Chinese companies should participate.
However, a fully affordable and feasible additional “remainder” could come from North Korea’s new commercial treaties with the EU, Japan and obviously China and the Russian Federation. This can be done soon and well.
Trade between North Korea and Russia has long been worth slightly less than 100 million US dollars a year.
Currently it is over 78 million US dollars but, in this new political phase, certainly strategic, scientific and military exchanges are still essential for both Russia and North Korea.
Today, for example, there is also the railway crossing between the Russian Federation, in Vladivostok, and the North Korean port of Razon.
Furthermore, part of the Internet networks reaching the North Korean territory comes from the “nodes” of the Russian network on its borders.
Moreover, Russia still supports – on its own – the link between North Korea and the World Bank and it also wants to innovate the North Korean railway system -which is a great business – in addition to pressing for the creation of a pipeline that will make Russian energy products reach both the North and the South of the Korean peninsula.
Finally, negotiations are underway for the exchange of Russian electricity with North Korean minerals.
This is the strategic and economic core of the issue: if, in the future, the agreement between Donald J. Trump and Kim Jong-Un does not concern an economic and strategic arrangement also with the Russian Federation and the People’s Republic of China, most of the agreement signed in Singapore will remain dead letter.
Not to mention the at least 40,000 North Korean workers still operating in the Russian Federation.
As well as the Russian oil, which currently comes to North Korea through the traders present on the markets, right in Singapore.
Hence the failure of the very recent Singapore Agreement is a severe danger to be averted both for the United States and for the silent and weak EU, as well as for Russia and China, and obviously also for North Korea itself.
Hence if the USA wants to focus on its new strategic balances between Africa, Latin America and Western Asia, it must loosen – at least partially – the grip on an old and now obsolete Cold War scenario, i.e. the Korean confrontation in which General MacArthur threatened the use of nuclear weapons against the People’s Republic of China, which supported North Korea’s expansion to the South.
As Mao Zedong would have said, many fires lit to confuse the US adversary and tie it to a defensive logic without future – as was also the case with the Vietnam War, a war of attrition that became for the USA the seal closing the whole Far East to the US interests.
Mao, an excellent military strategist, was right.
Today, however, it is time to well-evaluate all the possible options, both for the United States and for the weak European Union.
The latter could do much, if only it knew how to do it.
Moreover, we must always think about China.
China still accounts for 90% of North Korea’s foreign trade, but President Xi Jinping’s policy regarding the UN sanctions against North Korea has come to the point of no return, as demonstrated by the unfriendly note issued by the North Korean news agency in May 2017.
Hence what does China want from North Korea and will continue to want after the Singapore Agreement?
This is above all a two-party game with Russia. Hence, if China accepts sanctions on North Korea, it wants Russia to support North Korea financially.
Conversely, if North Korea becomes one of China’s efficient client States, at reduced costs, everything will be fine for President Xi Jinping.
Furthermore, it will be even better if North Korea becomes a quiet, but credible border for South Korea and its US forces stationed on the territory.
This will also be a decisive issue into which the Singapore negotiation will penetrate.
Another factor in the Chinese strategic considerations is the increasing cost for external attackers in threatening the North Korean soil.
China does not want a North Korea devoid of strategic threats, but wants them to be considered in the US equation.
The aim is to avoid the military overload of South Korea, which is also a key economic partner for China.
Currently the “de-escalation” of North Korea’s nuclear potential is more a result of Chinese policies than of Western pressures.
Hence China does not want North Korea’s warlike and aggressive positions and, not surprisingly, in mid-November 2017, it sent Sung Tao from the CPC Department for International Relations to curb Kim Jong-Un’s multilateral tension with the USA and the UN Security Council and hence adhere to the Chinese policy line for the very survival of the North Korean regime.
Just not to forget the essential strategic issue, the Communist Party of China has no interest in putting an end to North Korea’s nuclear position.
As stated in a CPC confidential document drafted in 2017, China has instead the primary strategic interest of using North Korea’s nuclear potential to prevent “chaos and war” throughout the peninsula and anyway support North Korea’s denuclearization, thus finally placing the whole nuclear system of the region under the IAEA’s protection.
China needs an inexpensive and even less troublesome shield to protect itself from US attacks by the entire Korean peninsula.
This could also be the US policy line in further future negotiations with Kim Jong-Un.
Hence China does not want North Korea’s military destabilization – God forbid – but it does not even want the nuclear arsenal to be quickly destroyed or to end up in the hands of States alien to China’ interests in the region.
Will this be the case for the USA in the future, after the Singapore Summit?
Kim Jong-Un, who is an excellent strategic analyst, knows all too well that he can use the US card, but only until it is not played against China.
Hence the optimal situation for China would be to keep a share – to be negotiated – of nuclear weapons in North Korea until the situation – even in the South and for the new deployment of the US Armed Forces – is ripe for a new multilateral negotiation on the North Korean issue.
The North Korean leaders, however, see the denuclearization of their country (and of South Korea, too) in a three-phase mechanism: firstly, the freezing of their nuclear potential; secondly, the disabling of critical infrastructure, and finally the dismantling of their weapons already assembled.
From this viewpoint, in all the three phases North Korea wants the USA to reaffirm its decision – already taken and signed in Singapore – to “cease hostile policies”.
As can be inferred from the official text of the Singapore Agreement, in a first phase there would be North Korea’s freezing of all nuclear activities.
Again along the policy line already spelt out in Singapore, there would be a further agreement on mutual economic and political relations.
Furthermore, there is also the request to stop the US military and nuclear activities throughout the Korean peninsula.
After the Singapore Agreement, however, we will probably witness an ever more reduced US presence in South Korea and North Korea’s reduced conventional pressure on the pro-American South Korea.
However, there is nothing preventing the USA from shifting its nuclear weapons – with all the necessary checks – from South Korea to positions not posing a serious strategic threat to North Korea.
Kim Jong-Un, however, does not want a “Libya-style model”, i.e. the unsuccessful model relying on the following principle: “firstly, put an end to nuclear weapons and then we can talk about it”.
Kim Jong-Un is well-aware of how the USA behaved vis-à-vis Saddam Hussein, Gaddafi and Iraq. Indeed, he is not entirely wrong.
Hence North Korea wants to check, step by step, all the costs and benefits of the new and future treaty.
And it will make no concessions.
Nevertheless, everything hinges around an essential strategic process. Never leave the Americans alone – and this is a problem of the inept and vacuous EU – but never leave also the North Koreans alone.
China Missed the Industrial Revolution, But It Won’t Miss the Digital One
In 2016, artificial intelligence defeated a professional player at Go for the first time. The AlphaGo program, developed by DeepMind, first beat three-time European Champion Fan Hui, and a short while later bested Korean Lee Sedol, considered to be one of the best Go players in the world. Many believe that it was artificial intelligence’s conquest of the ancient Chinese game that convinced Chinese authorities to think seriously about including the development of artificial intelligence among its strategic goals. However, the importance of artificial intelligence is not a new idea. Although the foundational Next Generation Artificial Intelligence Development Plan came out in June 2017 a year after the triumph of AlphaGo, the field had already been earmarked as a priority in many earlier documents.
21st Century Electricity
Back in 2006, the State Council of the People’s Republic of China published its National Medium- and Long-Term Program for Science and Technology Development for the period up to 2020. It names smart sensors, intelligent robots, and technologies of augmented reality as areas of priority. The Made in China 2025 plan was released in 2015. It includes a USD 300 billion fund for the development of high technology and industrial manufacturing. The plan involves intensifying work in R&D, new materials, artificial intelligence, the creation of fifth generation telecommunications networks, and the manufacturing of robots. In 2016, the State Council published its Guiding Opinions on Actively Promoting the Internet Plus Action Plan. The document prioritizes artificial intelligence, along with big data, blockchain, and machine learning, for a state strategy aimed at accelerating the use of information and communication technologies for the development of the smart industry.
Why has China become so serious about developing artificial intelligence? Artificial intelligence has been called the electricity of the 21st century. It is a technology capable of spanning numerous sectors and giving rise to a new industrial revolution, which is exactly what China needs now. For some time, the country has functioned as the world’s factory; by employing cheap labour and copying foreign technology, China has supplied the entire world with inexpensive (and not always high-quality) manufactured goods. It is a model that has facilitated several decades of double-digit economic growth rates.
However, China has now fallen into the trap of average income. The population’s living standards have grown, reducing the country’s main competitive advantage – cheap labour – to naught. As a result, the only solution is to compete with developed economies and with their qualified personnel and innovations. To do so, the country needs a technological breakthrough. Artificial intelligence could play just such a part.
Russian President Vladimir Putin has noted that the leader of artificial intelligence will be the ruler of the world. Chinese authorities understand this. In June 2017, the Chinese State Council released its Next Generation Artificial Intelligence Development Plan, which states that artificial intelligence has become a new arena for international competition. It is a strategic technology that will set the stage for future development and determine a country’s international competitiveness, national security, and influence in the world. Consequently, the Chinese authorities hope artificial intelligence will help transform their economic growth model and expand geopolitical influence, as well as modernize the army and strengthen the country’s defence capabilities. Chinese President Xi Jinping has repeated on more than one occasion the importance of civil-military integration and the need to remove barriers between the commercial economy and the military-industrial base. In other words, artificial intelligence is seen as a dual-use industry. It seems that the development of military and civilian uses for these technologies will occur simultaneously.
The Chinese Next Generation Artificial Intelligence Development Plan sets three strategic goals. The first is for Chinese AI to match pace with corresponding sectors in key developed countries by 2020, with the foundational branch of AI collecting USD 22.5 billion and related industries exceeding USD 150 billion. The second goal is for China to take the lead in some areas of AI by 2025, with the foundational branch collecting USD 60 billion and those related attaining USD 745 billion. Finally, by 2030, China should become the world’s main centre for innovation in the field of AI, with the foundational branch collecting USD 150 billion and related branches reaching USD 1.5 trillion.
The programme does not explain exactly how to achieve these strategic goals, although it does officially have a section devoted to the topic, titled “objective tasks.” It is essentially a list of industries amenable to the introduction and development of artificial intelligence. These include smart cities, AI in medicine, swarm intelligence and deep semantic analysis, computer vision, and the use of AI in the defence industry and social management. It seems that the programme is not so much a practical guide to action as a general reference point for central and local authorities. Officials can select the area of the programme best suited to their particular region and develop it by adding their own initiatives. For example, authorities in the historically poor province of Guizhou chose to make it China’s data centre, enabled by the favourable cold climate and mountainous terrain. Chinese technology giant Tencent is already building a giant 30 sq. km underground data storage in the mountains of Guizhou. A similar data centre is being built in Guizhou for Apple’s iCloud. Construction is to be completed by 2020, and the centre will occupy an area of 67 hectares. Investments in the IT sector in Guizhou have grown by 378 percent. USD 2.8 billion was invested in Guizhou last year in services related to the transfer, storage, and processing of data. What was once the poorest province has become one of the few in the first quarter of 2018 with double-digit GDP growth rates of 10.1%.
The Next Generation AI Three-Year Development Plan released by the Ministry of Industry and Information Technology of the People’s Republic of China in December 2017 is more specific about how to develop artificial intelligence and covers a period extending up to 2020. It has set several tasks. The first is to stimulate the development of smart products. This includes, in particular, cars connected to the Internet, smart robots and drones, voice and facial recognition, and machine analysis of medical images. It also calls for a breakthrough in key fundamental technologies like the development of chips and neural networks and open source platforms. In addition, the plan provides for the development of industries using key technologies from artificial intelligence.
The three-year plan coincides with another document issued by the Ministry of Science and Technology of China listing 13 technology projects with priority over large-scale public investment. These projects are to be implemented before 2021. The most notable among them calls for the creation of an artificial intelligence chip that promises to be 20 times more productive and energy efficient than the American-produced NVIDIA Tesla M40 – one of the most widely used artificial intelligence chips at the moment.
Where Can I Get Five Million Scientists?
It’s no wonder that the Chinese authorities are focusing on chips in the development of artificial intelligence. They pose the greatest problem at present. The development of microchips is an extremely knowledge-intensive and capital-intensive process, and the results are not always manifest. China is extremely dependent on imports of foreign microchips, mainly American ones, with only 16% of its chips produced in China itself. Annual imports amount to USD 200 billion, which exceeds Chinese oil imports. China’s share in the world market is even smaller: in 2015, China accounted for only 4% of world chip production, while the USA accounted for 50%. Naturally, the Chinese authorities support local AI manufacturers and developers in every way possible, granting them tax breaks, administrative preferences, and direct financing. For example, the China Integrated Circuit Industry Investment Fund collected USD 31.5 billion. This is not, however, such a large amount in the industry. Intel alone spent USD 12.7 billion on research and development in 2016.
China is also experiencing an acute shortage of qualified personnel. According to estimates from the Ministry of Industry and Information Technology of China, about 5 million specialists will be needed to implement the tasks that have been set. At the present time, there are 1.9 million professionals specializing in the field, 850,000 of which are in the USA, with only 50,000 in China. More than 43% of those in China came from the USA. Approximately 2,500 companies worldwide are engaged in the research, development, and practical application of artificial intelligence. The Tencent Research Institute has acknowledged that US companies occupy the lion’s share of the market and outstrip China in all aspects of AI research and development. Thirty-three American and fourteen Chinese companies are occupied with the development of processors and chips. Of the companies involved in natural language processing, computer vision, and image recognition, 586 are American and 273 are Chinese. And finally, 488 American and 304 Chinese companies are working on machine learning, smart drones and robots, and self-guided cars.
The only area in which China enjoys an undeniable competitive advantage is in the colossal amount of data it possesses. The population of China is considerable, and more than half of it – 752 million people (twice the population of the United States) – uses mobile Internet. Eighty-four percent regularly make use of mobile payments. These people leave “digital footprints” behind them in their everyday lives. This is precisely the kind of big data that is so important for machine learning.
The Rest of the World Will Help
In all other areas, China relies on foreign technology and personnel. The Next Generation Artificial Intelligence Development Plan and the Three-Year Action Plan discuss the need to encourage Chinese companies to carry out mergers and acquisitions of foreign partners. This policy has been successful. A few years ago, Chinese tech company Baidu opened its Silicon Valley Artificial Intelligence Lab, and in 2017, the company opened a second centre there for research and development of self-guided cars as part of the Apollo project. Soon after that, the company’s third centre in the US, the Business Intelligence Lab, opened for research and development of big data. The other tech giant, Tencent, opened its artificial intelligence research centre in Seattle.
Foreign companies are happy to open research laboratories in China itself. Google is hiring employees for its research centre in Beijing, even though the company’s main products, the Google search engine and Gmail, are blocked in China. On the other hand, Chinese authorities are trying to create favourable conditions for the work of foreign experts. Scientists and developers in the field of high technology can obtain a Chinese visa for a period of 5 to 10 years with the ability to enter the country an unlimited number of times. Moreover, Chinese companies spare no expense to attract specialists from foreign companies and competitors: a high-level scientist in China can receive up to a million dollars a year.
The US is concerned that China will borrow American high technology and attract US scientists to work in China, which will eventually lead to Chinese supremacy in the field of AI. In the US, the development of artificial intelligence is carried out mainly by private companies, and these companies often do not agree on how to develop dual-purpose solutions and products. For example, when Google took over DeepMind, the latter forbade the use of their products in the military or to monitor citizens of the country. Moreover, when Google acquired the robot developer SCHAFT, the company declared that it would not work for the Defense Advanced Research Projects Agency.
The situation in China is completely different from that of the US. Despite the fact that a third of the world’s tech startups with capital exceeding USD 1 billion are present in China, three technological giants dominate all the rest: Baidu, Alibaba and Tencent (BAT). In most of the start-ups, direct or indirect investments have come from BAT. China’s Ministry of Science and Technology formed the first working group for the development of next-generation artificial intelligence by these companies. In the group, Baidu will be responsible for self-guiding cars, Alibaba for smart cities and city think tanks, and Tencent for computer vision. What’s more, BAT has made no bones about sharing big data with the state if necessary and opening party committees within the company itself. The possibility of formalizing these relations by means of the government’s acquisition of a 1% stake in the companies has also been discussed. When Chinese President Xi Jinping speaks about the need for civil-military integration, it can be assumed that all the achievements of Chinese (and foreign) scientists and companies in the field of artificial intelligence will become available to the military.
The Race for Artificial Intelligence
There are no programmes directly involved in developing artificial intelligence in the Chinese military. However, according to Elsa B. Kania, an Adjunct Fellow with the Technology and National Security Program at the Center for a New American Security, the Chinese military understands the need for “intelligentization” of the military-industrial complex. Future military actions are likely to be impersonal, intangible, and inaudible. It is her opinion that China is actively developing UAVs, underwater drones, and self-guided combat vehicles.
This has the USA on edge. If the second half of the 20th century saw two superpowers, the USSR and the USA, racing after nuclear supremacy, then the 21st century will see two superpowers, this time the USA and China, racing after artificial intelligence. The US is trying to resist: President Trump has initiated an investigation into violations of intellectual property rights by China under article 301 of the 1974 US Merchant Act. This investigation has shown that China infringed on four main aspects of American intellectual property rights: compulsory transfer of technology, discriminatory licensing rules, cross-border takeovers, and theft of intellectual property. In regards to the “301 investigation”, US Trade Representative Robert Lighthizer said: “These are things that China listed and said we’re going to take technology, spend a couple hundred billion dollars and dominate the world. These are things that if China dominates the world, it’s bad for America.” As a result, Trump announced the possibility of introducing tariffs on goods from China to the tune of USD 150 billion in order to contain the development of the Made in China 2025 programme.
It is true that China has little difficulty parrying these attacks, promising in return to limit imports of American-produced soybeans and sorghum, more than half of which is exported to China. This would seriously impact the American farmers who made up a significant part of the electorate Trump relied on in his election campaign. This has made American attempts at containment thus far unsuccessful. Following the latest round of trade negotiations between the Chinese delegation headed by Vice Premier of the State Council of the People’s Republic of China Liu He, President Trump announced that the introduction of tariffs on Chinese goods has been postponed, as China agreed to lift restrictions on imports of American agricultural products.
China has publicly stated from the very beginning that if it is still possible to work on reducing the American trade balance deficit, then industrial and technological policy and development are an internal Chinese matter not up for discussion. In the eyes of the world community, President Trump has not appeared to be a crusader for justice, but rather an aggressor, encroaching on the basic principles of free trade and the international division of labour. If American companies willingly accept mergers and acquisitions from Chinese partners, then it must be economically profitable for them to do so.
Perhaps in the race for artificial intelligence it would be better to change tactics and move from deterrence to competition? The Obama administration developed an artificial intelligence programme and, as Western media outlets have noted, the Chinese programme for the development of next-generation artificial intelligence, established just a year after the American programme, appeared in many respects to copy it. In particular, the American programme suggested an increase in public funding for research and development in artificial intelligence. However, the Trump administration has decided to reduce the National Science Foundation’s already trifling budget for research on so-called intelligent systems by 10% to 175 million dollars. Instead of increasing their own spending on research, the US is trying to limit China’s development, but China is unlikely to make concessions. One recent article in a leading Chinese newspaper, the Guangming Daily, urged others not to miss the opportunities of a new technological revolution. It noted that China had been a strong agrarian country but had missed the opportunities provided by the industrial revolution and as a result had become passive and subject to infringements on the world stage. Thanks to the efforts of the last several generations, according to the newspaper, China has come closer than ever to bringing about the rebirth of the great Chinese nation and has never been as sure of itself as it is now. It would appear that the country’s leadership is trying to heed the lessons of the past so as not to miss the historic chance of leading the digital revolution.
First published in our partner RIAC
China and the US in Asia: Four Scenarios for the Future
A few months ago, the author wrote an article for the RIAC website on possible variants of the new international architecture on the European continent that might take shape over the next few years. Arguing that European politics will turn towards Moscow–Brussels relations, the article attempted to construct several scenarios for Europe’s future depending on the possible development trajectories of Russia and the EU through 2024. The scenario matrix for Greater Europe was built along two axes: a weak (fragmented) EU versus a strong (coherent) EU and Russia without reforms (running by inertia) versus Russia with reforms. The outcome was four generalized scenarios (“Eurasian Melting Pot,” “Two-Fold Greater Europe,” “No Man’s Land,” and “New Cold War”).
The article was viewed many times and prompted multiple comments, including questions as to whether the proposed scenario scheme was applicable to other regions, particularly Asia. The text below is a brief sketch of a scenario matrix for Asia, or rather for its greater part. West Asia – from Iran to the Eastern Mediterranean – appears to be an independent sub-system of international relations developing according to its own laws and requires a separate matrix.
Choosing independent variables
Even if we exclude the Middle East, which is hugely important for the region, Asia remains a far greater, far more complex, and far more fragmented continent than Europe. There are no thousands of years of common history, no clearly dominant religion, no apparent analogue to “European values.” Multilateral institutions in Asia are not as well-developed as in Europe and security problems – from nuclear proliferation to border conflicts – are more numerous. Economic paradigms and political regimes in Asia are less homogeneous than in Europe; any choice will be subjective and overlook important bifurcation points in the development of Asian order/chaos.
Nonetheless, we might suppose that development of international relations in Asia in the coming years will be largely determined by two basic factors. First, the dynamic of correlation between the economic, academic, technological, military, strategic, and political potentials of China and the US. The general tendency here is obvious: over at least the last three decades, the balance of power has been steadily shifting toward China. There is no reason to believe that this tendency will change in the near future. Of course, the process is not linear: accelerations, decelerations, halts and even backward movements are possible, This is especially true of the military, strategic, and political components of a national power, as they are less prone to inertia and are more flexible than the economic, academic, and technological components.
Second, Asia’s future largely depends on the correlation between elements of collaboration and conflict, stability and instability, inter-dependence and protectionism, universalism and particularism, moderation and extremism, etc., in the continent’s development. Traditionally, most Asian countries have succeeded in finding an acceptable balance between the imperatives of the region’s economic development and those of the domestic political agenda. However, maintaining this balance in the near future is far from guaranteed. The general growth of nationalism, rise of religious fundamentalism in Asia, increasing military spending, resurrection of old hostile historic narratives, risks of WMD proliferation, and rise of international terrorism suggest considering a “confrontational” scenario for the international system’s evolution as at least possible, if not the most probable scenario.
Combining the horizontal axis (which records the changing balance of power between China and the US) with the vertical one (which measures the correlation between elements of collaboration and conflict in international relations in Asia), we get a matrix of four development scenarios for China-US relations and for the international system on the Asian continent as a whole. Naturally, this matrix is highly schematic and in no way exhausts all the development possibilities of international relations in Asia. Nonetheless, it can serve as a starting point for more comprehensive and more complete scenario forecasts concerning the future of the Asian continent.
Washington consensus 2.0
This scenario is based on the Trump Administration’s success in preserving – at least temporarily – the geopolitical status quo in Asia. In this scenario, the US is able to slow down or suspend entirely those changes to the balance of power between China and the US that are negative for the US. Economic development of the US accelerates while China’s economy decelerates significantly, accumulating fundamental structural problems. The economic pressure Washington consistently puts on Beijing bears fruit. The deficit in US-China trade decreases significantly. Trump succeeds in wringing concessions out of China on other fronts as well (currency exchange rates, non-tariff restrictions, intellectual property, etc.). There are no dramatic shifts in China’s favor in the military strategic balance between the two countries either: the consistent increase of China’s military spending is parried by large-scale efforts to modernize the US military, including its Navy.
At the same time, military political tensions on the Asian continent generally deescalate. Pyongyang freezes its nuclear and ballistic programs and the North Korean conflict gradually becomes less critical. Territorial disputes in the South China Sea remain unresolved, but they do not provoke bitter political crises in Southeast Asia. Economic interdependence between Asian states deepens and the expanding middle class in most Asian countries becomes the foundation of Asia’s political stability. The US returns to the idea of joining the Trans-Pacific Partnership, taking into account new bilateral economic and trade agreements already signed with partners in the Asia Pacific. The Regional Comprehensive Economic Partnership promoted by China is stalled by numerous multilateral and bilateral disputes on specific issues. Political extremism and international terrorism in Asia are on a downward trend. The arms race between Asia’s leading countries slows down, and in its place is competition in the economy and competition between social development models.
This scenario means preserving and, in some areas, bolstering American influence in Asia. The Pacific and Indian Oceans remain free for navigation, including navigation by the US and its allies’ Navies and Air Forces. Traditional American allies remain loyal to Washington even though they actively develop economic collaboration with China. US–China cooperation continues and expands in the G1.5 format rather than the G2, with the US the senior partner setting the rules of the game. It is even possible that the US and China will reach some agreements on nuclear arms control, although the US has a decisive nuclear advantage (particularly in sea- and air-based nuclear strategic forces).
On the other hand, the US continues to put pressure on China on such issues as human rights, civil society development, and Internet freedom. This pressure resonates with certain groups within China, particularly among educated urban youth and the growing Chinese middle class. Preservation and bolstering of America’s positions in the Pacific and Indian Oceans compel Beijing to pay greater attention to resource and transit options afforded by continental Eurasia, thereby increasing the significance of Russia and Central Asia for China’s strategy.
In this scenario, the US does not succeed in slowing down further growth of China’s power in any of its manifestations: economic, research, technological, military, strategic, and political. Moreover, a new cyclical crisis in the American economy (2019–2020) speeds up the shift in the balance of power between the US and China in the latter’s favor. Washington’s positions in Asia are also undermined by the profound and ongoing domestic political crisis in the US that prevents Washington from conducting a consistent foreign policy. The US political establishment remains deeply split on the country’s optimal strategy regarding China: proponents of consistent “containment” of Beijing are opposed by adherents of “engagement.” At the same time, the US’s harsh unilateral policies toward their partners and allies in Asia accelerate the relative decline in American presence in Asia. Washington’s rejection of the Trans-Pacific Partnership has long-term negative consequences due to the US’s inability to exert a decisive influence on shaping new rules in Asia Pacific. On the other hand, China achieves major successes in structural revamping of its economy without sacrificing either sociopolitical stability or its high growth rate. China’s economy opens up, especially toward neighboring Asian states. China takes the place of the US as the chief proponent of free trade in Asia and in the world in general. The Regional Comprehensive Economic Partnership steadily progresses; the free trade zone in Asia extends beyond its original geographic boundaries and gradually turns into a continent-wide integration project.
Asia’s military and political situation develops along the lines of the first scenario: elements of international cooperation come to exert ever greater dominance over elements of confrontation. A major military political crisis in Beijing-Washington relations is avoided; territorial and border conflicts gradually become less of an issue; the logic of economic interdependence wins over that of the geopolitical balance of power. The “reset” in China-India relations gains particular significance, comparable in its consequences to the “reset” in Russia-China relations in the late 20th and early 21st centuries. China, on the rise and confident in its power, agrees to significant concessions to India on border issues, recognizing India’s strategic leadership in South Asian trade and economic relations. India joins China’s “One Belt – One Road” project. The degree of India’s involvement in Asian trade increases rapidly.
Ultimately, Asia’s life is being determined by the emergent China–India axis, similar to the central role the Berlin-Paris axis played in West European integration in the second half of the 20th century. China–India cooperation is primarily economic but gradually spreads into the political. The US endeavors to balance the Beijing–New Delhi axis by boosting military political cooperation with India, but as India’s relations with China improve, New Delhi needs the US security umbrella less and less. Russia also nudges China’s leadership toward more active cooperation with India, since it is highly undesirable for Moscow to have to choose between Beijing and New Delhi. At the same time, additional risks emerge for Russia owing to Beijing possibly revising its economic and strategic priorities in favor of South Asia at the expense of Russia and Central Asia. Transforming the China-India axis into a fully-fledged China-India-Russia triangle remains Moscow’s strategic objective, primarily economically.
Since Washington loses positions in continental Asia, it has to rely mostly on its traditional allies on the periphery of the Asian continent, from Japan to Australia. With each passing year, these traditional allies find it increasingly hard to combine their pro-American military and political orientation with an economic reorientation toward China and the consolidation of Asia as a whole.
Multipolar balance of power
The scenario is based on preserving US hegemony on the continent (as in the first scenario), but under a significantly escalated military political situation in Asia. Increasing socioeconomic problems in most Asian countries, including China and India, lead to a rise in nationalism and political radicalism. Border conflicts and other territorial problems become the focus of national priorities, and populists bolster their positions in both democratic and authoritarian states on the continent. The arms race in Asia proceeds on an ever greater scale. Numerous attempts to agree on multilateral confidence-building military measures fail. From time to time, the continent is rocked by critical political crises and border clashes. Plans for economic unification of Asia fail under the onslaught of protectionism and bitter fights for resources.
Chronic political instability, separatist movements, religious conflicts, and numerous terrorist attacks prevent major infrastructural projects from being implemented on the continent. As a result, China’s “One Belt – One Road” project is realized in a reduced form with limited consequence for Asian countries. Instead of developing a single Asian economic space, most Asian states in their trade and economic strategies are oriented toward external markets (North America and Europe). Asian countries are locked in a fierce struggle over US and EU markets, allowing the West to secure profitable terms of trade with the East.
In such circumstances, the US can afford to play the role of an “offshore balancer”, maintaining a multilateral balance of power on the Asian continent and conducting a policy of “mediated” containment of China by providing incremental support to its real or potential opponents on the continent, including Japan, South Korea, ASEAN countries, Australia, New Zealand, and India. India is the principal, though not the only, counterbalance to China, and enters into a de-facto alliance with the US (or even becomes a de-jure American ally). Shipments of US arms to Asian countries increase. Bilateral and multilateral agreements with old US allies are renewed.
Containment of China, naturally, does not exclude Washington’s selective cooperation with Beijing, just as it does not exclude using the “Chinese menace” to further consolidate US positions in the Pacific and Indian Oceans. China’s relative weakness and the numerous tensions among Asian countries allow Washington to minimize its immediate involvement in conflicts in Asia while maintaining a complex multilateral balance of power in Asia. In other words, Washington implements the strategy that the British Empire tried to implement with varying success in continental Europe in the 19th century (China’s closest analogue in this case being the Russian Empire).
The fourth scenario entails a simultaneous rise of China (as in the second scenario) and a general slump in socioeconomic, military, and political stability in Asia (as in the third scenario). Growing challenges to national security in Asian countries make it increasingly difficult to preserve the freedom of political maneuver, and the countries face a harsh choice between Beijing and Washington. As a result, Asia and the international system as a whole is divided into “Chinese” and ”American” blocs locked in a political, military and strategic, and possibly economic confrontation. Like the Soviet-American bipolar world of the 20th century, this new bipolarity gradually establishes new rules of the game acceptable to both parties, adopting the requisite agreements and generating new mechanisms for arms control. One could even imagine emergence of some new “non-aligned movement” and countries defecting from one camp to the other.
The crucial question in this scenario is the location of the “great Asian rift.” If the US succeeds in enshrining today’s tendency of India-US strategic rapprochement, the rift will divide “maritime democracies” from “continental autocracies.” If the US fails, the rift will run between the Asian continent and the island states of the Pacific. On the other hand, India may take a stance similar to that of De Gaulle’s France: while remaining within the general framework of the “maritime democracies” partnership, it will not immediately participate in anti-China military alliances (as in 1966, when Paris withdrew from NATO’s military structure).
The new bipolarity will increase Taiwan’s strategic significance for the US, and the American strategy will counteract attempts at economic integration and political unification of Taiwan and China. The Japan-China confrontation will not only be preserved, butwill gain additional impetus. With regards to Russia, the emergence of a new bipolarity will increase Russia’s dependence on China, since attempts to retain a “diversified portfolio” of political investment in Asia by expanding cooperation with Japan, South Korea, Vietnam, Indonesia, and India will inevitably run into the harsh logic of bipolar confrontation.
It is hard to say how the new bipolarity will work in a globalized and interdependent world. Will the parties succeed in separating economic collaboration from political confrontation? Will they discipline their “junior partners” and non-state actors in global politics? Will they agree on joint approaches to global problems? Today, hardly anyone is ready to offer answers to these questions. One thing is clear: the new bipolarity of the 21st century would, in any case, be less stable and dangerous than the old bipolarity of the past century. It would apparently, sooner or later, evolve toward one of the three preceding scenarios.
Any forecast should contain references to “black swans.” These are critical events with hard-to-predict probability that can fully or greatly change the forecast. Several such events may be mentioned in creating a forecast for the Asian continent.
A large-scale military conflict in Asia. Although such a conflict does not appear particularly probable, the possibility cannot be entirely discounted. Setting aside the probability of violence escalating in certain Asian countries (Afghanistan, Myanmar, etc.) and of the situation destabilizing in one of the Central Asian states, we should keep in mind at least three variants of a large-scale war on the continent: (1) a war on the Korean peninsula involving the US and China; (2) naval clashes between China and the US or land clashes between China and India; (3) another border conflict between India and Pakistan escalating into a full-blown regional war. This conflict would have different impacts on China-US relations and on the situation in Asia as a whole but, in some way, would push the continent toward new strife and bipolarity and would limit the possibilities for economic unification of the continent.
The rise of Islamic radicalism. The Muslim population of Asia, even without the Middle East, will grow at rates outstripping the overall population growth of the continent. Islam is gaining particular influence in Southeast Asia, where some countries (Indonesia, Malaysia, the Philippines) already have a network of international terrorist cells. A series of major terrorist attacks or attempts to seize power would have a great influence on both the political agenda in some Asian countries and on the priorities in their cooperation. For China, equally major challenges would be Islamic radicalism joining forces with separatist movements in the Xinjiang Uyghur Autonomous Region and growing discrimination against ethnic Chinese in Southeast Asia. The common threat could become an additional stimulus to multilateral cooperation in security, but ethno-nationalism and religious intolerance will impose strict limits on such cooperation.
An unexpected and severe financial and economic crisis that far exceeds the Asian crisis of 1997–1998 and the global financial crisis of 2007–2008 in both scale and depth. Shaken foundations of Asian economies would lead to major adjustments to the continental balance of power, changes to the macroeconomic strategy of leading Asian countries, and negative consequences for sociopolitical stability in some countries. Such a crisis could result in a relative weakening of the “Asian periphery” and strengthening of the “Asian nucleus”, primarily China. Another possible outcome of financial turmoil would be another “fine-tuning” of the global monetary financial system. It appears unlikely, however, that if the monetary and financial dominance of the West is preserved, Asia would gain anything substantial from such “fine-tuning.” Rather, Asian countries would have to shoulder major expenses to emerge from the crisis.
A major technological breakthrough of global significance. A technological revolution in one of the principal areas of today’s economy (energy, transport, artificial intelligence, robotics, biotechnologies, e-commerce, 3D-printing) is capable of changing significantly the established rules of the game in global economic relations. For instance, it could create opportunities for bringing much industrial production back into Europe and the US from Asia, cutting sharply the need for Asian labour force in individual manufacturing and non-manufacturing sectors and radically changing the geography of global investment. Economic and social consequences of a major technological breakthrough would have a significant impact on the entire world, but the biggest players in new forward-looking technologies would reap the major benefits. China remains such a player, and, with qualifications, so do India and Japan. Foreign political influence would further shift from traditional instruments (military power, raw materials, and energy resources) to non-traditional (human capital, education, innovations). At the same time, Asia might become the main victim of the next generation of international cybercrime, more comprehensive and larger in scale than previously recorded.
“An economic miracle” in Russia or Japan. Russia and Japan are two large Asian countries that, for a long time, have been developing much more slowly than their dynamic neighbours on the continent. The “relative weight” of Russia and Japan in Asia’s economy is steadily falling and so are, accordingly, their long-term possibilities for influencing the future of Asia’s political space. Russia and Japan also have similarly severe demographic problems not typical of most other countries on the continent. A further drop in the “relative weight” of the two countries on the continent is considered by leading actors both in Asia and beyond. The presumption is that, should current trends remain, Japan will follow in the wake of US policies in the Asia Pacific and Russia will follow that of China’s Asian policies. Even so, if Japan’s “Abenomics” or Russia’s “economic spurt” strategy during Vladimir Putin’s fourth presidential term succeed, the situation might change drastically. The configuration of continental balances will become far more complex and the new continental order is likely to be more stable.
First published in our partner RIAC
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