The Medvedev modernisation programme is an initiative launched by President of Russia Dmitry Medvedev in 2009, which aims at modernising Russia's economy and society, decreasing the country's dependency on oil and gas revenues and creating a diversified economy based on high technology and innovation. The programme is based on the top 5 priorities for the country's technological development: efficient energy use; nuclear technology; information technology; medical technology and pharmaceuticals; and space technology in combination with telecommunications.
After the near total collapse in 1998, the Russian economy recovered as a result of high oil prices during the presidency of Vladimir Putin, but remained heavily dependent on energy and raw material exports. In the first decade of the 2000s, global oil prices kept rising, fuelling economic growth. Medvedev later stated his belief that this was not only a boom, but also damaging to the Russian economy, saying that if the oil price is too high, "we'd never change the structure of our economy... We haven't done anything in the last 10 years because oil kept rushing higher and higher."
There had been repeated calls for a more diversified economy under Putin; already in 2005, Putin's Prime Minister Mikhail Fradkov warned about the dependency of the economy on raw material exports, and in 2007 Deputy Prime Minister Sergey Ivanov said that without diversification, the Russian economy will sooner or later face a collapse.Dmitry Medvedev, elected as President in 2008, made economic modernisation his prime presidential agenda. Medvedev's statements regarding this issue went much further than other statements by the Russian leadership. In 2009, Medvedev founded the Presidential Commission on Innovation. The commission comprises almost the entire Russian government and some of the best minds from academia and business.
Medvedev outlined his programme in an article called "Go Russia!" that was published online in September 2009. In the article, he formulated his strategic objective of modernising Russia. He criticised Russia's economic "backwardness" and what he called Russia's "humiliating" dependency on oil and raw materials. He described the Russian society as "archaic" and "paternalistic" and said that the country can no longer rely on the achievements of the past to secure a prosperous future. In Medvedev's view, Russia should aim for a modern, diversified economy based on high technology and innovation. Medvedev criticised the previous attempts to modernise Russia--those initiated by Peter I the Great and the Soviet Union--saying that the results they brought came at too high a cost, and this time modernisation must come not through coercion but via the development of the creative potential of every individual, through private entrepreneurship and initiative.
Medvedev identified five key areas for economic modernisation, in which breakthroughs must be achieved:
Medvedev further discussed and publicised his programme in his second state of the nation address in November 2009, as well as in a televised speech in December 2009.
Currently the energy intensity of the Russian economy is estimated to be about 2.5 times more than the world average. The government set an aim of 40% decrease of the energy intensity by 2020. It is estimated that the main potential of achieving this aim lies within the housing sector and the budget organisations. The following state projects are initiated to increase the energy efficiency:
|Count, save and pay||, ? ?||establishing and propagation of the thrifty model of energy resources use; governmental coordination of mass installation and production of counters and economizers.|
|New light||?||gradual replacement of traditional incandescent light bulbs with more efficient types of lamps; development of the national production of energy saving devices.|
|Energetically efficient city block||?||pilot project aimed into creation of efficient energy distribution and saving systems in urban blocks of several Russian cities.|
|Energetically efficient social sector||?||realisation of the energy efficiency programmes in schools and hospitals, with subsequent enlargement of the project scope to all social services.|
|Local energy systems||?||developing of the local systems of electricity generation and central heating, where such small-scale systems can be more effective than large, centralized systems; development of the production of equipment for local energy generation and supply.|
|Innovative energy supply||? ?||stimulation of new innovative developments in energy sector; nationwide technological contests in the area of energy efficiency.|
Russia was the first country to develop civilian nuclear power and to construct the world's first nuclear power plant. Currently the country is the 4th largest nuclear energy producer. Russia has a strong industrial and scientific base in the area of nuclear technology, but much needs to be done for the full use of the technological potential that had been amassed in the Soviet era.Nuclear power in Russia is managed by Rosatom State Corporation. The sector is rapidly developing, with an aim of increasing the total share of nuclear energy from current 16.9% to 23% by 2020. The Russian government plans to allocate 127 billion rubles ($5.42 billion) to a federal program dedicated to the next generation of nuclear energy technology. About 1 trillion rubles ($42.7 billion) is to be allocated from the federal budget to nuclear power and industry development before 2015. The programme aims to establish secure, cheap, and long-term nuclear energy supply in Russia as well as increase Russian exports of nuclear energy and technology abroad. Besides construction of the new nuclear power plants in Russia and elsewhere, the following major state projects have been initiated in the area of nuclear technology:
|Development of the Standard Project of the optimised and informatised powerblock based on the VVER technology (VVER-TOI)||? ? ? ? (?-)||development by 2012 of all the technology needed for a modern nuclear power station with the VVER-type reactor, adapted for Russian as well as for American and European markets.|
|New technological platform: closed nuclear fuel cycle and fast-neutron reactors||: ? ? ? ?||development by 2030 of a new technological base in nuclear technology, characterised by the usage of closed nuclear fuel cycle and fast-neutron reactors. This technology allows better efficiency of nuclear fuel usage, an important advantage in light of the expected future squeeze in the world's uranium supply. Russia is a world leader in fast-neutron reactor technology.|
|Controlled thermonuclear fusion||development by 2050 of practical methods of controlled thermonuclear fusion, the technology aimed into production of the cheap energy which is fully independent from non-renewable resources.|
The recent decade saw a rapid spread of information technology in Russia. Over 42% of population in Russia have personal access to the Internet, and all schools and universities were provided Internet connection by 2007 as a part of the National Priority Project in Education supervised personally by Dmitry Medvedev, then vice-Prime Minister. Russia is a leading developer of software and the country enjoys a large amount of IT talent. Russian youth dominate international technology competitions like the ACM International Collegiate Programming Contest, where Russian universities have won five of the last ten contests. Despite this, Russia faces a shortage of IT specialists due to high demand. In 2009 Russian companies employed more than 1 million IT specialists, making up 1.34% of the country's workforce. However, the figure is lower than in some other major economies, such as the United States (3.74%), United Kingdom (3.16%), and Germany (3.14%).
|Development of supercomputing and grid technology||? ? ?-?||creation of the common space for the domestically produced high-performance supercomputers on the basis of grid computing, in order to provide means for the complex calculations for nuclear technology centers, aircraft industry and other major clients which need high-performance computing for computer simulation of their projects.|
|Electronic government||?||gradual movement towards the e-government, which includes the providing of interaction with the state and access to the state services via Internet and other communication technologies; reducing the volume of paper documentation in favour of electronic one (first in the pilot regions, then on the state level); full transfer to the public announcement of the government procurement orders in electronic form.|
|IT and communication services in education and social development||- ? ? ?||creation and development of the new e-learning Internet resources aimed into improving the access to higher and professional education, especially for people with disabilities, inhabitants of remote regions of the country, and Russian speakers outside of Russia; establishment of the special centers for the education of specialists in IT and the involvement of gifted secondary and higher education students into IT development.|
|IT and communication services in medical science, health care and social security||- ? ? , ?||creation and development of the Internet resources and automatic systems aimed into providing quality state services in public health and social security; IT-based monitoring of the personal health of citizens; development of systems that improve the interaction between medical scientists and physicians; transfer of medical records into the electronic form and introduction of the similar electronic "social cards".|
|IT and communication services in public and personal security||- ? ?||development of systems of automatic speech recognition, closed-circuit television and security-related pattern recognition.|
|Supercomputer education||creation of the national system of education of specialists in supercomputing on the basis of Supercomputer Consortium of Russian universities; no less than 500 experts in supercomputing are expected to be prepared in 2010-2012, and 25 universities are expected to join the system of supercomputer education.|
Currently the country is the largest satellite launcher and the only provider of transport for space tourism services. However, much of the potential achieved in this area still awaits large-scale commercialisation. This can be achieved by the combination of space technology and telecommunications. The following state projects have been initiated in this area:
|Space-based navigation, including the commercialisation of the GLONASS system||, ? ? ? ?||providing the satellite navigation services of Russian GLONASS system to various type of clients, including emergency services, construction and freight companies, natural gas and petroleum industry, energy supply and logistics, and individual customers.|
|Space-based monitoring and search||? ? ?||distant space-based monitoring of the Earth atmosphere and surface, aimed into the search of mineral resources, ecological control, climate change and weather forecasting, and rescue operations support.|
|Space-based targeting systems||? ?||implementation of the capabilities of military and anti-terrorist space-based targeting systems into the area of dealing with certain types of emergencies, control of the atmosperic processes etc.|
|Space-based telecommunications in the broadband access systems||?, ? ?||transfer to the space-based broadband access systems, including in the area of digital television and radio.|
The funding of Russian Federal Space Agency Roscosmos has almost tripled from 2007, standing at $3.1 billion in 2011. President Medvedev and the modernisation programme is credited with the increase.
Despite a number of achievements, Russia is significantly behind the world leaders in medical technology and pharmaceutical production. The country produces only 20% of the drugs used domestically, while 80% is imported. President Medvedev has said he is confident that Russia can overcome the problem, and has called for a restoration of Russia's pharmaceutical industry, through the principles of mixed financing, both government and private. He has stressed the need for serious investment, saying that hundreds millions of dollars are needed, as well as investment into personnel.
Currently, the specific major state projects in the area of medical technology and pharmaceuticals are not yet defined or announced. The government aims to achieve the primarily domestical production of the most needed types of medical equipment and pharmaceuticals, as well as support the development and commercialization of new innovative products, especially those related to biotechnology, cell and nuclear medicine, and nanotechnology.