Kenya launches the Great Covid-19 innovation challenge

Africa/Kenya/03-05-2020/Author(a): Claire Wanja/Source: www.kbc.co.ke

Kenya through Konza Technopolis Development Authority (KoTDA), has partnered with the Association of Countrywide Innovation Hubs,private sector,academia,Non-Governmental Organizations and the United Nations Development Program(UNDP), to launch the Great Covid-19 Innovation Challenge.

Konza Technopolis has convened multiple stakeholders to co-create technology-based solutions, by harnessing the creativity and innovative capabilities of Kenyans and Africans towards the challenges emerging from COVID19.

Eng. John Tanui, the Chief Executive officer KoTDA, said that “KoTDA is honored to lead this Great Challenge, as the convener of the technology and innovation ecosystem in Kenya. It is at times of adversity as espoused by COVID-19, that innovators are called upon to step up to the challenge and offer solutions. The hackathon will focus on three thematic challenge areas of around COVID-19, namely, Health Systems Innovation, Food Systems Innovation and dignified work.”

On his part, Mr.Joe Mucheru, the Cabinet Secretary for ICT and Youth Affairs said that “the Ministry of ICT has in place, a national data center located and managed by KoTDA, that will offer a platform for hosting the applications emerging from the challenge. One envisioned product is a call center solution targeted at front line health workers to access information, provide feed-back and make prompt decisions on managing the pandemic.”

Mr. Philip Thigo, Senior Director for Africa at Arizona State University’s Thunderbird School of Global Management said that “this Challenge is a testament to the power of multi-stakeholder collaborations in harnessing the power of emerging technologies and its ability to proffer practical solutions to pressing developmental challenges. We welcome the Government’s commitment to innovation and offer our capabilities towards this effort as one of the Top 5 Universities best placed to solve the world’s biggest Challenges.”

“The pandemic has proved that local solutions to such a global challenge are critical to the country’s efforts to mitigate and flatten the curve. Through collaboration, partnership,co-creation of ideas and harnessing the skills of youth, Kenya stands, a chance of mitigating the effects of the pandemic. As an association, we are keen to work with the government through the Konza innovation ecosystem to find solutions that can help the country overcome the pandemic while at the same time provide companies with solutions to mitigate social and business impacts.”said David Ogiga, Chairman, Association of Countryside Innovation hubs.

Since the declaration of Covid -19 as a global pandemic, the world has moved with speed to find ways of mitigating the effects of the pandemic as well as provide solutions to communities who have had to change the way they live, learn and work.

The pandemic was first reported in Kenya on 13th March. Since then, the country has been going through unprecedented times driven by the need to Isolate and reduce the spread of the pandemic. This new social norm has adversely affected all sectors of our economy. This situation, therefore, calls for creative and effective solutions to ensure preservation of life and productivity of Kenyans and the world.

Globally, technology and innovation centers and hubs are at the forefront of developing solutions towards the COVID19 pandemic. KoTDA as one such center of excellence in Technology advancement has taken the initiative to partner with other like-minded institutions to advance solutions as a practical response to mitigating against the effects and impacts of the pandemic and building resiliency Post COVID.

KoTDA wishes to acknowledge the partnership and support of Huawei, Oracle, Infonet, Microsoft,UK-Kenya Tech Hubs, Arizona State University’s Thunderbird School of Global Management, Moi University, Machakos University,Dedan Kimathi University,Meru University, Strathmore University and Technical University of Kenya.

Konza Technopolis is a vision 2030 project whose objective is to position Kenya as knowledge-based economy and a preferred Science, Technology and Innovation destination.

Through building a vibrant innovation ecosystem, Konza Technopolis shall focus on key sectors of the economy, among them, Life Science, Engineering and ICT/ITES that will enhance local innovation, R&D, entrepreneurship and Technology enterprise formation culture.

Konza Technopolis Development Authority (KoTDA) will initiate programs that will support the generation of 17,000 direct jobs and 30,000 residents on completion of phase 1 and over 200,000 residents on its completion.

Source and Image: https://www.kbc.co.ke/kenya-launches-the-great-covid-19-innovation-challenge/

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China promotes public scientific literacy

Asia/China/20-10-2019/Author (a) and Source: www.xinhuanet.com

The young generation has been inspired to explore the world of science by activities from science and technology competitions to science camps.

The proportion of scientifically literate citizens in China has increased from 0.2 percent in 1992 to 8.47 percent in 2018, Huai Jinpeng, vice chairman of the China Association for Science and Technology, said at the 2019 World Conference on Science Literacy concluded Thursday in Beijing.

China has released a series of regulations and plans to popularize science and technology and boost scientific literacy among the public by expanding platform channels, promoting infrastructure construction and encouraging social vitality, according to Huai.

Children participate in BASF Kids’ Lab at Shanghai Science and Technology Museum in east China’s Shanghai, July 3, 2019. (Xinhua/Ding Ting)

Scientific education outside the classroom has been widely practiced in China, which has become a good supplement to the nine-year compulsory education.

The young generation has been inspired to explore the world of science by activities from science and technology competitions to science camps.

Both the urban and rural population enjoy science museums in different ways. A total of 1,500 «science buses» have provided mobile laboratories for students in remote regions for 18 years.

The annual National Science Day has been held for 16 consecutive years to showcase new technologies, with almost 300 million people participating online and offline across the country each year.

Source and Image: http://www.xinhuanet.com/english/2019-10/18/c_138481804.htm

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CHINA New data red tape could hamper international research

Asia/China/universityworldnews.com

Resumen: La nueva burocracia de datos podría obstaculizar la investigación internacional. Las nuevas regulaciones de China restringen la «exportación» de datos científicos recolectados dentro del país y afirman que cualquier investigación para su publicación en revistas internacionales debe ser aprobada primero por una autoridad nueva, aún por establecer, está causando incertidumbre y preocupación a muchos investigadores que están trabajando en colaboración con China. La Oficina General del Consejo de Estado de China, equivalente al gabinete de China, emitió su nueva ‘Medidas para la Administración de Datos Científicos’ el 17 de marzo y la hizo pública en abril como parte de su campaña para «acelerar la innovación tecnológica» en el país mediante mejoras recopilación de datos, almacenamiento y seguridad y políticas de intercambio. El borrador de la reglamentación, la primera vez que China publicó regulaciones nacionales sobre datos científicos, exige que todos los datos científicos generados en China sean enviados por «la entidad principal del programa» a los «centros de datos estatales» para su revisión y aprobación antes de la publicación. levantó las cejas de quienes reúnen información que podría considerarse sensible a las autoridades chinas. «Esto tendrá un claro efecto de enfriamiento en la colaboración de investigación internacional con China, y hará que el entorno actual, en el que ya es muy difícil colaborar abiertamente con colegas chinos en proyectos de investigación, sea aún más difícil, especialmente en áreas sensibles como las étnicas de China». las minorías o su periferia inquieta «, dijo James Leibold, profesor asociado de la Universidad La Trobe de Australia y experto en la región china de Xinjiang, que actualmente se enfrenta a una importante ofensiva china. Los datos científicos pueden compartirse con colaboradores extranjeros en el caso de cooperación o intercambios transfronterizos, excepto en el caso de «secretos de estado», donde se necesita una aprobación especial del Ministerio de Ciencia y Tecnología, de acuerdo con el proyecto de reglamento. Pero los académicos observan que la definición de ‘secretos de estado’ en China es notoriamente nebulosa y mal definida. 


China’s new regulations restricting the ‘export’ of scientific data collected within the country and asserting that any research for publication in international journals must first be approved by a new, yet to be set up authority, are causing uncertainty and concern for many researchers who are working in collaboration with China.

China’s General Office of the State Council, equivalent to China’s cabinet, issued its new ‘Measures for the Administration of Scientific Data’ on 17 March and made it public in April as part of its drive to “accelerate technological innovation” in the country through improved data gathering, storage and security and sharing policies.

The draft regulation, the first time China has released national regulations on scientific data, requires all scientific data generated within China to be submitted “by the lead programme entity” to “state data centres” for review and approval before publication – a requirement that has raised the eyebrows of those who gather information that could be deemed sensitive to the Chinese authorities.

«This will have a clear chilling effect on international research collaboration with China, and will make the current environment, in which it is already very difficult to openly collaborate with Chinese colleagues on research projects, even more difficult, especially in sensitive areas like China’s ethnic minorities or its restive periphery,» said James Leibold, associate professor at Australia’s La Trobe University and an expert on China’s Xinjiang region, which is currently facing a major Chinese crackdown.

Scientific data may be shared with foreign collaborators in the case of cross-border cooperation or exchanges, except in the case of “state secrets” where special approval is needed from the ministry of science and technology, according to the draft regulation. But academics note that the definition of ‘state secrets’ in China is notoriously nebulous and ill-defined.

Hogan Lovells, a law firm in Beijing advising companies on the new regulation, said in a briefing document issued last month: “Will overseas scientific researchers be willing to exchange data with their Chinese counterparts – especially in government programmes – knowing that the latter may have an obligation to turn the data over to the Chinese government?”

The regulation further notes that when scientific data is to be transmitted outside China “in connection with a document submitted for publication”, such scientific data is to be submitted first to the authorities for review, though it is not yet clear what systems are currently in place to do so. It is «another example of the [Communist] Party’s desire to control everything inside of China, and now increasingly abroad», Leibold said.

“Scientific data generated through societal funding” must also be collected and submitted to the applicable scientific data centre “if it involves state secrets, national security or societal and public interests”, the new regulation states.

The definition of scientific data includes data generated through basic research, applied research and pilot tests but also “raw data and derivative data” through “monitoring and observation, investigation, inspection and testing” for use in scientific research.

Although the rules refer to yet to be identified “state data centres” which will approve data sharing, the April draft says the central body that regulates, oversees and censors the internet within the country the Cyberspace Administration of China, public security agencies and national agencies will have the right to refuse or prohibit the transfer of any data out of China “at their discretion”.

While the current draft regulation is very general, with implementation details still to be drawn up, the new restrictions could hamper open access and data sharing in international collaborations, according to Deborah Elms, executive director of the Asian Trade Centre in Singapore, which also monitors digital trade.

“On the face of it, this sounds horrible and it will not be helpful for trade, for collaboration, for scientific research and for business. Anyone who moves data overseas in the future is at risk,” Elms told University World News.

“It is a huge barrier to trade and data collection but to understand the extent of the challenge you will have to see the on-the-ground implementation,” which she noted had not yet been outlined in detail by the Chinese government.

Security agencies and data

At the same time the regulations called for open access and data sharing to “accelerate commercialisation” and promote innovation and economic growth in China.

“In recent years, China has seen major scientific development and explosive growth in the amount of scientific data. However, it has lacked a national-level regulation to govern the data, and its management has lagged behind developed countries,” said Ye Yujiang, director of the basic research department at the Ministry of Science and Technology during a news conference on 4 April in Beijing.

Although many academics acknowledge China’s policies on security management and data sharing are in need of improvement, they note with alarm that the new regulations give security agencies far-reaching powers to control any data collected within China.

This could also apply to scientific data held by anyone outside China not directly funded by the Chinese government but funded by a mixture of government and non-government sources.

This is particularly a concern in the area of big data and artificial intelligence where research collaborations between publicly-funded universities and private companies have mushroomed in the past 18 months.

“The Chinese government is evidently seeking to ensure that innovation ‘Made in China’ will stay in China,” says Elsa Kania, an adjunct fellow with the Washington DC-based Center for A New American Security’s Technology and National Security Program.

“The policy purports to promote open access to and sharing of scientific data within China while creating ambiguous new restrictions, that, depending upon their implementation, could render future cooperation asymmetrical in its benefits,” said Kania in a policy brief published last month by the International Cyber Policy Centre of the Australian Strategic Policy Institute think tank.

‘Data nationalism’

Universities have already noted emerging ‘data nationalism’ where countries see a strategic advantage in controlling big data and are becoming more reluctant to share data, particularly health data, across borders. But China has presented its new regulation as bringing China’s rules up to the standards of other developed countries.

«In some instances, a lot of valuable data has not been fully used by Chinese scientists, and some has even leaked to foreign countries,» said the Ministry of Science and Technology’s Ye. «Data regulation has been a weak link in China’s effort to become a global technological powerhouse, so the new regulations are welcome remedies.

“Scientific and research data are valuable strategic resources for a nation’s scientific and socio-economic development,” Ye added.

Lester Ross, a lawyer and chair of the policy committee of the American Chamber of Commerce in China, said: “China faces the risk that excessive controls on the publication and export of scientific data will obstruct the openness and international collaboration on which scientific research depends, thereby slowing innovation and economic growth.”

Ross suggested in a comment article published earlier this monthby Nikkei Asian Review that China should “revise and narrow the reach of the measures before they harm its quest for innovation”.

“If the rules applied only to publicly-funded research and supported open publication, they would be consistent with policies encouraging open access to publicly-funded research data in Europe, the US and other jurisdictions,” Ross said. But Beijing’s measures go well beyond their foreign counterparts’, raising major concerns “about China’s commitment to scientific openness”.

The State Council’s measures also imply “an ambivalence to publishing in prestigious international journals”, Ross noted. “Restrictions on the export of scientific data will serve to discourage international publication in favour of onshore publication. This will have the side-benefit of boosting Chinese ‘soft power’ by fostering greater demand for its own scientific journals but may impede efforts to reduce scientific fraud.”

Fuente: http://www.universityworldnews.com/article.php?story=20180720072113906

Imagen tomada de: https://cms.qz.com/wp-content/uploads/2017/06/china-cybersecurity-law-data.jpg?quality=80&strip=all&w=3500

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China Science ministry expands power over research funding

Asia/China/

Resumen: El Ministerio de Ciencia y Tecnología de China se expandirá y se le otorgarán más poderes sobre la iniciativa de investigación e innovación del país -una prioridad nacional importante a la par de la defensa y la política exterior- en una importante reestructuración de la administración científica china aprobada a principios de este mes por el Congreso. La administración nacional expandida dirigida por el ministerio también coordinará, evaluará y supervisará el financiamiento de la investigación.
La National Science Foundation of China (NSFC), la agencia semiautónoma de financiamiento de investigación que previamente respondió al Consejo de Estado -más o menos equivalente al gabinete- pasará ahora a depender del ministerio, lo que indica una alineación más cercana de la investigación con las políticas del gobierno. y causando temores en las universidades de que los proyectos más pequeños liderados por investigadores que no se relacionan con las principales prioridades del gobierno pueden no ver tanta financiación en el futuro.  La administración a cargo de traer talentos de investigación extranjeros del extranjero, la Administración Estatal de Asuntos de Expertos Extranjeros, también estará bajo el ministerio.


China’s Ministry of Science and Technology will be expanded and given more powers over the country’s research and innovation drive – a major national priority on a par with defence and foreign policy – in a major restructuring of China’s science administration approved earlier this month by China’s National People’s Congress.

The expanded ministry-led national administration will also coordinate, assess and oversee research funding.

The National Natural Science Foundation of China (NSFC), the semi-autonomous research funding agency which previously answered to the State Council – roughly equivalent to the cabinet – will now come under the ministry’s remit, signalling a closer alignment of research with the government’s policies and causing some fears in universities that smaller researcher-led projects that do not tie in with major government priorities may not see as much funding in future.

The administration in charge of bringing in foreign research talent from abroad, the State Administration of Foreign Experts Affairs, will also be brought under the ministry.

Unveiled this month at the plenary of the National People’s Congress, China’s rubber-stamp parliament, State Councillor Wang Yong said the integration of the various agencies under the ministry umbrella would “boost innovation, optimise the allocation of science and technology resources and promote team-building between high-end science and tech talent”.

Many academics in China appear to have been taken by surprise by the sweeping changes that they say amounts to the biggest reorganisation since the NSFC itself was set up under Chinese leader Deng Xiaoping in the 1980s. Many are concerned at what they see as a downgrading of the peer-review scientific criteria for selecting research projects for funding, which was the hallmark of the NSFC.

The NSFC dispensed some CNY30 billion (US$4.7 billion) last year on 120,000 research projects around the country.

“Selection of projects will now be carried out if not by bureaucrats, then overseen by bureaucrats according to their procedures,” said one professor of chemistry who declined to be named. He expressed concern for “the future of any research that does not fit in with the ministry’s broad goals dictated by the [Communist] Party.”

The ministry’s CNY37 billion (US$5.8 billion) budget last year was geared more to applied science and innovation with research expected to be results- and impact-oriented compared to some of the blue-skies research backed by the NSFC, he said.

The government has outlined strategic priorities in fields such as artificial intelligence, quantum computing, space and maritime research and climate change.

Addressing academics’ fears

Attempting to allay fears expressed by university research departments, Minister of Science and Technology Wan Gang said the ministry would not use its administrative power to “force” scientists to carry out specific research projects.

“Creativity doesn’t thrive under orders. It depends on scientists’ imagination and free thinking,” he was quoted as saying in a report by the official Xinhua news agency on 14 March. “[We] will create a more relaxed environment for scientists – only when they feel free will they be able to think freely,” he said.

Officials said integrating the different types of research funding under the ministry would streamline the pipeline of research with better support for the different stages from fundamental research to industry application.

It would also enable better coordination between China and international research projects through the ministry’s ability to reach out to other countries, although the NSFC also has an international cooperation agency which liaises with the European Union’s massive Horizon 2020 research fund on jointly funded projects, for example.

The restructuring also reflects China’s ambitions in global research collaboration. Cao Jinghua, director of international cooperation at the Chinese Academy of Sciences, earlier this year said many major science projects in China “are closely related to human health and social development, but they are so complex that international cooperation is essential for tackling them”.

He added: “China will continue to strengthen cooperation with developed countries.” European countries such as the United Kingdom, Austria, Denmark, France and Italy are actively engaged in Chinese science projects.

However, the current United States administration, previously a key partner in science projects, has not renewed the US-China Science and Technology Cooperation Agreement, which has been the basis of Sino-US science diplomacy since the 1980s.

Basic research

An expanded ministry will be better equipped to tackle ‘grand challenges’ and big science projects.

Minister Wan Gang said China would create more government laboratories and science projects allowing research to tackle bigger societal issues. “Science and innovation should also serve the people in social security, poverty, environmental protection, public health and other key issues related to livelihoods,” he said.

China will continue to participate in international ‘big science’ programmes initiated by other countries while mapping out its own cooperation plans. In addition, China will encourage overseas experts to lead or participate in national scientific projects, the State Council said in a document released in January.

The stated aim was for China to lead the world in “more key fields in science and make breakthroughs that are significant for global scientific development” by 2035, the document said.

Chinese officials have pointed out that funding for basic research is being stepped up and will therefore not be reduced by the reorganisation under the ministry.

More support will be provided for fundamental research in mathematics and physics, as well as cutting-edge research in basic science involving universe evolution, the origin of life, brain science and cognition, quantum science and deep-ocean science. Major scientific infrastructure will be constructed in fields such as energy, life, earth system and environment, materials, particle physics, nuclear physics and astronomy, according to the State Council.

China invested CNY82.3 billion in fundamental research in 2016, up 65% from 2012, according to the ministry’s figures.

China’s total spending on research and development is estimated to have hit CNY1.76 trillion (US$278 billion) last year – a year-on-year increase of 14%, China’s science minister Wan Gang said last month

Fuente: http://www.universityworldnews.com/article.php?story=2018032117551180

Imagen tomada de: https://www.natureindex.com/news-blog/image/5ab499277a8c857b656a538d

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