Incubateurs

  • La Malaisie crée un entrepôt de données hospitalières et un centre d’expertise national Big data

    Le ministère de la Santé de la Malaisie a ouvert en mai 2017 le Malaysian Health Data Warehouse, un centre focalisé sur les données de santé recueillies dans les hôpitaux malaisiens.
    Le système commencera par stocker des informations sur la santé d’environ 2,5 millions de patients, provenant d’hôpitaux publics et privés du pays. Davantage de données seront collectées dans la deuxième phase du projet.

    Big data : aider les professionnels de la santé « à prendre des décisions plus éclairées »

    « [En utilisant] un meilleur [système d’]analyse, nous pouvons fournir un service et un traitement fondé sur des données probantes et plus rentables », a déclaré le ministre de la Santé malaisien, le Dr. S. Subramaniam, au site local The Star Online.

    Le Malais Health Data Warehouse vise à terme à aider les professionnels de la santé et les soignants « à prendre des décisions plus éclairées » afin de proposer les traitements les plus adaptés possibles.

    La confidentialité des informations personnelles des patients au centre des préoccupations

    La sécurité des données est une « priorité absolue », a ajouté le Dr. S. Subramaniam.

    Le Dr. Noor Hisham Abdullah, directeur général de la santé, a précisé de son côté que le système de données sur la santé de ce nouveau centre ne révélerait pas d’informations personnelles sur les patients, tels que leurs noms et leurs adresses. « Les noms sont tous [anonymisés]. Ce ne sont que les informations sur la santé [qui nous intéressent], comme les données relatives à une maladie et à un traitement. »

    Vers une surveillance de l’exploitation des données ?

    Le Dr. Milton Lum, un membre du Conseil médical de Malaisie, a cependant exprimé ses préoccupations au sujet des « implications éthiques et juridiques » liées à la confidentialité des informations du patient. Il a appelé à une « surveillance statutaire » sur le système de données sur la santé en question.

  • Malaysia launches health data center

    The Health Ministry of Malaysia opened in May 2017 the Malaysian Health Data Warehouse, a center focused on health data collected from Malaysian hospitals.

    The system will start by collecting health information from about 2.5 million patients from public and private hospitals across the country. More data will be gathered in the second phase of the project.

    Big data: helping health professionals « make more educated decisions »

    « With better analysis, we can provide service and treatment that is evidence-based, and more cost-effective solutions, » said Dr. S. Subramaniam, Health Minister of Malaysia, quoted by the local website The Star Online.

    The Malaysian Health Data Warehouse aims to help healthcare professionals and caregivers « make more educated decisions » in order to offer the most appropriate treatment to their patients.

    Confidentiality of patients’ personal information is one of the top priorities

    Data security is an “utmost priority”, Dr. S. Subramaniam added.

    Dr. Noor Hisham Abdullah, Health Director-General, said to The Star Online that the health data system of the new center will not reveal personal information about patients, such as their names and addresses. « The names are all blank . It is only the health information that we want, such as the di­sease and treatment. »

    To control the use of data?

    Dr. Milton Lum, a member of the Malaysian Medical Council, expressed concern however about the « ethical and legal implications » that are related to patient confidentiality. He called for « statutory oversight » over the health data system, the website Malay Mail Online reported.

  • Singapour : 2 nouveaux programmes dans l’IA (100 m€) et la Science des Données en santé

    Singapour va lancer une initiative centrée sur l’intelligence artificielle (IA) et un consortium sur la recherche dédiée à la science des données pour améliorer l’économie numérique de la cité-État, en particulier dans le secteur de la santé.
    Les deux programmes ont été dévoilés à Singapour le 3 mai 2017 par le Dr. Yaacob Ibrahim, ministre de la Communication et de l’Information, lors de la cérémonie d’ouverture de l’Innovfest Unbound 2017, festival de l’innovation des smart nations.

    AI.SG : 100 m€ investis pour la création d’applications et de robots répondant aux besoins de santé des Singapouriens

    Intitulé AI.SG., le premier projet présenté par le ministre a été lancé par la Fondation nationale de la recherche (National Research Foundation, NRF). Le but est de permettre à différentes agences gouvernementales d’exploiter l’intelligence artificielle pour tenter de résoudre les principaux challenges auxquels se retrouvent confrontés la société singapourienne.

    Dans le domaine de la santé, autorités, chercheurs et professionnels de l’industrie seront soutenus pour développer des solutions basées sur l’intelligence artificielle afin d’aider médecins et infirmières à travailler plus efficacement.

    Exploiter l’IA pour développer des solutions permettant de faire face au vieillissement de la population

    Le Dr. Ibrahim a précisé que diverses applications d’essai seront mises en œuvre par l’entreprise IHiS (Integrated Health Information System) et ses partenaires afin de tester l’utilisation de l’intelligence artificielle dans le secteur.

    • Pour répondre aux attentes liées au vieillissement de la population, l’intelligence artificielle pourra également être sollicitée pour créer des dispositifs d’assistance ou des applications en accord avec les besoins de santé physique et mentale des patients les plus âgés.
      Des essais cliniques sont actuellement en cours pour tester un exosquelette robotique mis au point par la NUS pouvant aider la réhabilitation des personnes victimes d’un AVC. Le dispositif est capable de détecter les intentions de l’utilisateur et d’élaborer des parcours de marche par le biais de capteurs et d’algorithmes d’apprentissage, a précisé le groupe IHiS.
    • L’intelligence artificielle pourra également aboutir à la construction de robots améliorés pouvant interagir avec les patients et les surveiller à distance via des outils de reconnaissance vocale et de traduction de la langue.
      Ils pourraient également être utilisés pour faciliter les soins à domicile, anticiper un risque et ainsi garantir une intervention médicale précoce mais aussi limiter les déplacements des professionnels de santé pour qu’ils puissent se focaliser sur des tâches plus urgentes.
    • « Dans environ trois ans, les médecins et les infirmières pourraient se retrouver immergés dans des situations d’urgence simulées et interagir avec des patients virtuels dans des environnements constitués à partir de la réalité augmentée pour améliorer leur formation [et fournir] de meilleurs soins aux patients », a-t-il ajouté.

    Un investissement de 150 millions de dollars sur cinq ans pour déployer jusqu’à 100 projets

    Un programme de soutien à la R&D (the NRF Fellowship and Investigatorship schemes) attribuera des bourses aux scientifiques et universitaires pour les encourager à mener des recherches au sein de la cité-État dans des domaines centrés sur des technologies de pointe, telles que les sciences cognitives et l’architecture informatique.

    Le groupe AI.SG collaborera également avec des entreprises pour déployer et commercialiser jusqu’à 100 projets axés sur l’IA mais aussi réaliser des preuves de concepts.

    La NRF devrait investir jusqu’à 150 millions de dollars singapourien (98,6 M € ; 107 M US$) dans le projet AI.SG au cours des cinq prochaines années.

    Singapore Data Science Consortium : renforcer la recherche en science et en analyse des données

    Le deuxième projet a été baptisé le Singapore Data Science Consortium. Pour mettre en place ce nouveau consortium sur la recherche dédiée aux sciences des données, la NRF va s’associer avec trois universités, la National University of Singapore (NUS), la Singapore Management University (SMU) et la Nanyang Technological University (NTU Singapore) ainsi qu’avec l’institut de recherche A*STAR.

    Le déploiement de ce programme vise à renforcer le réseau national d’experts en science des données. Les talents du consortium disposeront des moyens techniques et financiers pour élaborer des solutions avancées dans le domaine des sciences et de l’analyse des données répondant aux besoins de la société.

    Le consortium travaillera en partenariat avec l’EDB et l’Autorité de développement des médias et de l’infocom (Infocomm Media Development Authority, IMDA) pour engager des entreprises à investir et à concevoir des technologies dans six secteurs économiques : finance, soins de santé, détail du client, fabrication, logistique et transport.

    Singapour, leader du secteur de la science des données en Asie du Sud-Est

    Selon les chiffres officiels, Singapour compte déjà plus de 50 % des centres de données de l’Asie du Sud-Est. Il s’agit donc d’un hub idéal pour développer la prochaine génération de solutions basées sur la science et l’analyse des données.

  • Singapore invests in AI and data science to boost eHealth sector

    Singapore is going to launch an Artificial Intelligence (AI) initiative and a data science consortium to enhance the digital economy of the city-state, particularly in the health sector.

    Both programs were unveiled in Singapore on May 3, 2017 by Dr. Yaacob Ibrahim, Minister for Communication and Information at the opening ceremony of Innovfest Unbound 2017, the anchor event of Smart Nation Innovations.

    AI.SG: towards the creation of applications and robots to meet the health needs of Singaporeans

    The first project presented by the Minister, entitled AI.SG., is launched by the National Research Foundation (NRF). This purpose is to allow different government agencies to exploit artificial intelligence in order to solve the main challenges faced by Singaporean society.

    In the field of health, authorities, researchers and industry professionals will be supported to develop solutions based on artificial intelligence to help doctor and nurses perform more effectively.

    Harnessing AI to develop solutions in order to deal with the aging population

    Dr. Ibrahim said that various trial applications of AI will be implemented by the local healthcare company IHiS (Integrated Health Information System) and its partners to test the use of artificial intelligence in the sector.

    • To meet the expectations of an aging population, artificial intelligence may also be deployed through support devices or smart applications to meet physical and mental health needs. Clinical trials are currently taking place for a NUS-developed robotic exoskeleton that can help stroke patients rehabilitate. The device is able to detect human intent and gait patterns via wearable sensors and machine learning algorithms, said the IHiS group.
    • Artificial intelligence can also lead to the construction of enhanced robots that can interact with patients and remotely monitor them through voice recognition and language translation functions. They could also be used to facilitate home care, anticipate a risk and thus guarantee early medical intervention, but also limit the travel of health professionals who will be able to focus on more urgent situations.

      « In about three years’ time, doctors and nurses could find themselves immersed in simulated emergency situations, and interact with virtual patients in realistic augmented reality-based environments to enhance their training for better patient care, » Dr. Ibrahim added.

    An investment of $150 million over the next five years to develop up to 100 projects

    An an R&D support programme called the NRF Fellowship and Investigatorship schemeswill encourage scientists and researchers to pursue deep tech AI research within Singapore, such as cognitive science and computing architectures.

    The AI.SG team will also work with companies to deploy and commercialize up to 100 AI projects, as well as proof concepts.

    The NRF is expected to invest up to S$150 million ($107 M; €98.6 M) in AI.SG over the next five years.

    Singapore Data Science Consortium: Strengthening research in data science and analytics

    The second project is called the Singapore Data Science Consortium. NRF will partner with three local universities, the National University of Singapore (NUS), the Singapore Management University (SMU) and the Nanyang Technological University, as well as research institute A*STAR to to set up this new consortium dedicated to data sciences.

    The deployment of this program aims to strengthen the local network of data science experts. These consortium’s talents will be able to develop advanced data science and analytics solutions that meet the needs of the society.

    The consortium will work in partnership with the EDB and the Infocomm Media Development Authority (IMDA) to engage companies to invest and design technologies in six economic sectors: finance, healthcare, customer and retail, manufacturing, logistics and transport.

    Singapore, leader in the data science sector in Southeast Asia

    According to official figures, Singapore is already home to more than 50% of data centers in South-East Asia. Therefore, this makes the city-state an ideal hub to develop the next generation of solutions based on data science and analytics tech.

  • Australia: a national collaboration to improve health outcomes for children

    New South Wales will lead national collaboration to improve health and well-being outcomes for children using digital technologies and platforms.

    The Australian Digital Health Agency (ADHA) announced on April 24, 2017 that it will work in partnership with eHealth NSW and the Sydney Children’s Hospital Network to establish the National Collaborative Network For Child Health Informatics (the Network).

    Strengthening family involvement and facilitating access to care for children

    The Network should bring together Australia’s leading experts in children’s health to identify national digital health projects that will have a positive impact on the health and social outcomes of children but also of their families.

    ADHA will fund the activities of the Network

    ADHA is a statutory authority responsible for improving health outcomes for all Australians through the development of digital healthcare systems. It will fund the activities of the Network.

    Patients, families, clinicians, health and social care providers organizations, researchers, jurisdictions and ICT industry partners will be called upon in the coming months to join the Network’s partnership group and the expert reference group.

    Health information available in real time

    Selected projects will be nationally-focused and child-centred. They will have to:

    • Be clinician-friendly and fulfill the criteria of engaging and empowering children and their families;
    • Promote access to care for younger people;
    • Support integrated care or better coordinated care for children;
    • Improve the quality of care via improved decision-making for care providers.

    Through this program, health professionals across the country will be able to make use of real-time information about each child’s health status, immunisation status, and interaction across the entire health system.

    Encouraging the integration of children’s health data into the My Health Record system

    With the press release announcing the establishment of this collaboration, a fact sheet encourages parents to add their children’s health information to the national My Health Record (MyHR) if they have not yet done so.

    Adding this data to the MyHR system allows parents to access and share their child’s health information more easily with healthcare caregivers.

    Adding children’s health information to the My Health Record will make it easier for parents to access and share information about their children’s health with healthcare providers.

    The Record is part of a national system and travels with the child.

    Centralized health data to facilitate exchanges between families and caregivers

    Families can control at any time what gets uploaded and stored in their child’s file but also who can see the recorded data. These information can include clinical documents added by healthcare providers, such as shared health and hospital discharge summaries, prescription and dispense records, immunizations information, and personal notes written by the parents.

    A few days ago, ADHA announced that patients living in New South Wales will now be able to access their pathology results via the My Health Record consumer portal and dedicated mobile apps.

    Towards a transparent information flow between digital data systems

    Ensuring a transparent flow of information between the different systems to improve access to digital health data for both patients and healthcare providers is one of the main focus areas in the eHealth Strategy for NSW Health 2016-2026.

  • US: CV disease – « LDL-C Manager », a new free resource

    The American College of Cardiology’s newest app for CV diseases.

    ACC’s cholesterol guidelines

    In 2013, the ACC – The American College of Cardiology, released new cholesterol guidelines that moved away from LDL-C treatment targets and launched their controversial Pooled Equations calculator. In 2016, the ACC supplemented their 2013 guidelines by focusing on LDL management.

    ACC’s APPs

    These guidelines are well entrenched in primary care and benefit a lot from healthcare professionals and the patients. ACC has been producing some outstanding apps based on these guidelines. Previously on iMedicalApps, for example, their outstanding ASCVD, Anticoag Evaluator, DAPT calculator, and BridgeAnticoag apps. 

    What is LDL-C Manager?

    The LDL-C Manger medical app combines three following ACC products in one giving providers multiple guidelines for the management of cholesterol in one app.

    • ASCVD: ASCVD Risk Estimator App quickly assesses risk of cardiovascular disease and gives recommendations.
    • Anticoag Evaluator: is an app designed to help clinicians with that discussion by giving them some specific numbers on stroke risk, bleeding risk, and effect of OAC therapy drawn from the pivotal trials behind these drugs. The app opens to a screen where we can calculate the CHADS, CHADS2VASC, and HAS-BLED scores for its patient.
    • DAPT Risk Calculator: a medical app to assist in the management of patients who may require DAPT after stent placement. The app is similar to its sibling Anticoag Evaluator app in that it includes evidence-based outcome data.
  • US: The new tendency of online second – opinion service

    « Partners Connected Health » cooperate with « Health Advocate » to broaden its online second opinions service

    Increasing needs for second opinion service

    A recent review of online second opinion consults found that in 90 percent of the reviewed medical cases, specialists recommended a complete change in the treatment plan. What’s more, in 5 percent of cases, the specialist consulted online recommended an entirely new diagnosis.

    Thus, online second-opinion services are growing in importance and maturity as connectivity among hospitals and health systems evolves. It allows patients to consult with from other affiliated physicians, their doctors, meanwhile, can use the tool to enable virtual visits post-surgery and other care follow-ups.

    A worldwide connected second opinion service

    « Partners Connected Health » together with « Health Advocate » are broadening the reach of its online second opinions service to include the collection of medical records and radiology and pathology test results, which gives patients and physicians online remote access to specialists at worldwide hospitals affiliated with Partners. It offers confidential support to patients seeking second opinions through the Partners service, helping collect and submit medical records for physician review.

  • Vietnam is trying to seize the opportunity of digital health

    In an analysis published in April 2017 on HealthInvestor Asia, Susann Roth, senior social development specialist at the Asian Development Bank, presents his view of the Vietnamese health market.

    She notes that the national healthcare system is currently evolving, ready to make profound changes to develop digital in order to improve the efficiency of its services. To successfully achieve this transformation, the national authorities will have to establish a clear and harmonized legal framework in line with industry professionals wishes.

    Vietnam is shifting to a digital economy

    Many countries have realized that investing in the area of eHealth is essential to achieve universal health coverage, Susann Roth said. Through the digitization of the industry, the professionals of the sector could unify the fragmented health systems and ensure continuity of care for all patients.

    90% of the population with access to mobile phones

    « Vietnam is clearly seizing this opportunity, » the expert assured. According to official figures, over 90% of the population currently has access to mobile phones. There are about 120 million mobile phone users and more than half of the Vietnamese uses the internet. Vietnam is now shifting quickly to a digital economy.

    The government wants to invest in ICT, particularly in the health sector

    Moreover, Vietnam is one of the developing countries with the highest rate of ICT adoption of and the lowest cost of using these technologies, it has enormous potential for e- health.

    • In 2014, the government identified ICT as a unique lever to foster the economic growth and social development in all sectors, including health.
    • The Ministry of Health followed the recommendations of the government by approving a plan to establish a national health information exchange architecture with defined interoperability standards. « These standards are especially important to support and report care across the continuum of health services. This in turn requires a governance framework to define who reports what to whom, in which format, and spells out clear privacy and security policies, » the specialist said.

    Vietnam: the success of the digitization process depends on human interoperability

    « As a passionate digital health advocate myself, I welcome Vietnam’s endeavor to digitize its health system. In reality, however, establishing a whole-system approach with the proposed solutions for integration and interoperability is highly complex. First and foremost success will depend on human interoperability, a clear blueprint, and strong leadership. »

    Susann Roth recently attended a workshop organized by the Ministry of Health and its General Department of Preventive Medicine to discuss next steps for the deployment of a health information exchange. The aim was to assess the current status of eHealth in the country and discuss the benefits of an architecture based on standardized ICT. For many national leaders of the industry, it was the first time openly to discuss on this particular field.

    Big Data management is at the center of the process

    Following the event, several objectives were established:

    • 1. Identify wish data assets should be shared. For example, Vietnam currently has about 1 000 different laboratory information systems, all based on different standards. This organization makes difficult to develop aggregate reporting. The situation is the same for electronic medical records at the hospital level, which also lack unified formats and standards.

    2. Use standards-based interfaces and an infrastructure component called « the master patient index » « main index patient » to bridge care between different care programs and systems.

    « The underlying infrastructure, behaviours, and data elements are generic and based on international standards, Susann Roth said. The case study helped Vietnamese health officials realize:

      • why interoperable health information system matters;
      • how ICT solutions can link existing systems without creating an entirely new ICT enterprise;
      • how data entry burden can be reduced. « 

    « Vietnam needs a governance framework across the department (…) and clear policies »

    The case of the toddler suffering from measles is an example to demonstrate the importance of ICT-driven interoperability in the health sector.

    Susann Roth noted that the actors of the country’s industry realized that the use of interoperability standards for data exchange:

    • can improve disease surveillance;
    • enables easier and faster health data sharing;
    • significantly reduces the tedious task of data collection.

    « Vietnam is on the right path toward realizing the potential of digitization in its health sector. Now we need a ministry-wide governance framework, officials willing to work together, and clear policies on data sharing and privacy to make it happen. »

    Vietnam: the latest initiatives in the eHealth sector

    • On March 24, 2017, Vietnam’s Deputy Prime Minister, Vu Duc Dam, officially launched the NIIS in Hanoi. It evolved from the digital immunization registry ImmReg and VaxTrak, a vaccine tracking tool, both developed and tested by Path, leader in global health innovation (US), beginning in 2012.

      The NIIS is an ambitious system that positions Vietnam as one of the global leaders in the digital healthcare market. Health centers around the world, in both developed and developing countries, have relied on paper-based records to record patient and vaccine information by hand.

    Path: the leader in health innovation contributes to the digitization of the Vietnamese healthcare system

    Path has global expertise in the use of technology to find innovative solutions to meet the challenges of the healthcare sector and has been offering its expertise in the increasingly digitized Vietnam for some years.

    The company has undertaken numerous initiatives to encourage the digitization of the Vietnamese healthcare system. Here are the main ones:

    • The Digital Immunization Registry project (ImmReg) has demonstrated that a customized electronic registry system allows faster and more efficient management of individual immunization records and vaccine delivery. Using the software developed by Path, health professionals in Vietnam can now generate lists of people due for vaccinations through a web-based application which is accessible on Commune Health Center–based computers and smartphones and that automatically send SMS text vaccination reminders to clients’ mobile phones.
    • The Global Health Security Partnership has supported the development of a centralized data collection system and a data visualization platform that will help managers make quick and strategic decisions and reduce the impact of outbreaks.
    • The Healthy Market project aims to improve the potential of social media to encourage behavior change by developing a Facebook community which both raises awareness about healthy practices for preventing and managing HIV among young men who have sex with men and connects users to offline HIV services.

      Example: The « Xóm Cầu Vồng » project (Rainbow Village) was launched in October 2015 and developed a network of 150,000 followers in one year. Interactive and fun content is published and cross-posted with celebrities and other opinion leaders, while health experts connect directly with Facebook users to provide counseling on a range of HIV-related issues and refer people for community-based HIV testing services.

    • Communities for Healthy Hearts have been deployed in Vietnam to improve case management of hypertension at the community level by developing by developing a patient monitoring software program that stores information and indicators related to hypertension patients, such as demographic data, logs of their hypertension screening, and details of their referrals, diagnosis and treatment.

      The project also includes the use of an mHealth device, whereby people at risk or receiving treatment for hypertension receive text messages to their mobile phone, which promotes hypertension screening, adherence to treatment, and healthy lifestyle choices.

    • The Breath for Life program is tackling the ongoing concern of pediatric tuberculosis (TB) in Vietnam, which is more difficult to diagnose in children than in children the adults. Diagnosis and treatment for TB is concentrated at provincial-level facilities, which means that families living in remote areas often have difficulty accessing these services.

      The project has supported the development of an on-line consultation system that allows institutions in different districts to seek consultation and advice from provincial facilities. The ECHO/Zoom software enables real-time remote consultation and facilitates the coordination of treatment between clinicians at the district and provincial levels, a device that reduce the need for patients to travel for diagnosis and treatment.

  • Digitalised China : partenariat public privé pour développer un National Big Data Center en santé

    Digital China Holdings Limited (DC Holdings), le plus grand fournisseur de services informatiques en Chine, a annoncé fin avril 2017 la création de la société China Healthcare Big Data Development Co. (CHBDDC) dans l’optique de consolider l’écosystème des big data dans le domaine de la santé au sein du pays.
    De nombreuses entreprises privées et instances publiques soutiennent le projet, qui s’inscrit dans le cadre du grand programme national « Digitalised China ».

    Encourager l’interconnexion et le partage des big data dans le secteur de la santé.

    CHBDDC entreprendra la construction de parcs industriels nationaux et locaux centrés sur les big data dans le secteur de la santé. La société développera un centre sur les big data et une plateforme dédiée à ces grandes données, des services médicaux et de santé mais aussi focalisés sur la gestion intégrée ainsi que la médecine de précision, des services d’audit en assurance, des solutions de paiement médical et d’autres services dans des domaines clés afin de réaliser une reconstruction complète de l’industrie et de devenir un nouveau soutien dans le cadre de la réforme médicale du pays ainsi qu’un nouveau moteur de l’économie locale.

    La nouvelle entreprise répondra aux directives politiques du pays pour encourager l’interconnexion, le partage ouvert des big data dans le domaine des soins et pour assurer la promotion de la réforme structurelle de l’offre sur les soins de santé.

    Vers un développement du National Healthcare Big Data Center

    China Healthcare Big Data Development Co. servira de plateforme pour mettre en valeur les atouts des entreprises d’États et des sociétés répondant aux ambitions du projet. Ses principales missions seront :

    • d’investir dans le National Healthcare Big Data Center et les parcs industriels mais aussi de les exploiter au mieux afin de créer un système de soins de santé centré sur les big data suivant les principes de l’initiative menée par le gouvernement visant à favoriser l’exploitation commerciale et l’innovation commune dans le secteur ;
    • d’ouvrir l’accès aux données de santé à toute la chaîne de l’industrie pour créer un écosystème des big data intelligent (« Smart Big Data ecology ») ;
    • d’utiliser des moyens financiers pour la promotion de la culture de l’industrie de la santé, pour déployer un vaste écosystème de données sur les soins de santé et développer la construction de soins de santé dédiés à la gestion des big data.

    Un projet soutenu par le secteur privé et le secteur public

    CHBDDC a été lancé sous la direction la Commission nationale de la santé et de la planification familiale chinoise (NHFPC) et co-parrainé par :

    • Industrial and Commercial Bank of China;
    • Bank of China ;
    • l’Académie chinoise des sciences ;
    • China Telecom Corporation ;
    • China Cinda Asset Management Co. ;
    • Shougang Corporation ;
    • Guangzhou Urban Construction Investment Group Co. ;
    • Wonders Information Co. ;
    • Neusoft Corporation ;
    • Inspur and Ylz Information technology ;
    • Bringspring Science and Technology Co. ;
    • et de nombreuses autres entreprises centrales et publiques ainsi que des sociétés réputées.

    DC Holdings participe au grand projet de numérisation de la Chine

    À travers le lancement de China Healthcare Big Data Development Co., DC Holdings confirme sa volonté de contribuer à la mission menée par le gouvernement dite « Digitalised China » (« Chine numérisée »), visant à développer le numérique dans un maximum de secteurs au sein du pays.

    Le cloud computing et les big data sont les deux domaines essentiels dans lesquels la société investit pour ce faire. Le groupe est déterminé à développer la meilleure marque de soins de santé en Chine en fournissant des services d’information complets et précis ainsi que des services de gestion des big data facilitant le travail des professionnels luttant contre le cancer.

  • China: DC Holdings launches a company to construct the healthcare big data ecosystem

    Digital China Holdings Limited (DC Holdings),China’s largest integrated IT service provider, announced in late April 2017 the establishment of China Healthcare Big Data Development Co. (CHBDDC) to consolidate the ecosystem of the healthcare big data ecosystem within the country.

    Numerous private companies and public organizations are supporting the project, which is part of the major national program « Digitalized China ».

    Encouraging interconnection and sharing of big data in health care

    CHBDDC will undertake the construction of national and local industrial parks focused on big data in the healthcare sector. The company will develop a big data center and a platform dedicated to big data, medical and healthcare services as well as integrated management and precision medicine, delicacy insurance, insurance audit, medical payment solutions and other services in key areas in order to achieve a full construction of industrial parks of healthcare big data to become a new support for medical reform and a new driver of local economy.

    The new company will meet the country’s policy guidelines to encourage the interconnection, open sharing of big data in health care and promote the supply-side structural reform on healthcare.

    Towards a development of the National Healthcare Big Data Center

    China Healthcare Big Data Development Co. will serve as a platform to highlight the relevant advantages of state-owned enterprises and companies that meet the project’s ambitions. Its main missions will be:

    • to invest and operate the National Healthcare Big Data Center and industrial parks in order to create a service system of healthcare Big Data under the principles of government-led, commercial operation and joint innovation;
    • to open up the health data of the whole industry chain to build a smart big data ecology;
    • to use financial means to promote the cultivation of health industry, to deploy a vast healthcare data ecosystem and to develop the construction of healthcare centered on the big data management.

    A project supported by the private sector and the public sector

    CHBDDC has been launched under the guidance of the NHFPC and co-sponsored by:

    • Industrial and Commercial Bank of China;
    • Bank of China;
    • Chinese Academy of Sciences;
    • China Telecom Corporation;
    • China Cinda Asset Management Co.,
    • Shougang Corporation;
    • Guangzhou Urban Construction Investment Group Co.,
    • Wonders Information Co.;
    • Neusoft Corporation;
    • Inspur and Ylz Information technology;
    • Bringspring Science and Technology Co.,
    • And many other central enterprises, state-owned enterprises and well-known listed companies.

    DC Holdings upholds its mission to drive the « Digitalised China »

    Through the launch of China Healthcare Big Data Development Co., DC Holdings confirms its willingness to contribute to the success of the « Digitized China » plan.

    Cloud computing and big data are the two core capabilities of the company. The group is determined to build the top brand of healthcare big data in China by providing comprehensive and accurate information services and cancer-related data services.