China - AI Open Innovation Platforms
Guidance on the Construction of National New Generation Artificial Intelligence Open Innovation Platforms
国家新一代人工智能开放创新平台建设工作指引
China
RAI-CN-NA-GCNNGXX-2019China - AI Open Innovation Platforms is In Force in China, according to gov.cn. We have not yet been able to confirm the status.
GuidelineGovernance and OversightSafety, Testing, and EvaluationData Protection and PrivacyIssued by the Ministry of Science and Technology (MOST) on August 1, 2019, this guidance sets out principles, conditions, tasks and management arrangements for building national "new generation" AI open innovation platforms. It mandates an enterprise‑led, open‑and‑shared approach to platform construction, defines selection and evaluation mechanisms, and assigns MOST a central supervisory role.
Summary
Background and purpose: The Guidance on the Construction of National New Generation Artificial Intelligence Open Innovation Platforms (国家新一代人工智能开放创新平台建设工作指引), issued by the Ministry of Science and Technology (MOST) on August 1, 2019, provides an implementing framework to realize the objectives of the State Council’s New Generation Artificial Intelligence Development Plan (2017). The Guidance aims to accelerate AI innovation, strengthen connections between leading enterprises, research institutions and industry, and promote open, shared resources and services (data, models, middleware, algorithm libraries, testbeds) to broaden AI application across the economy.
Core principles and orientation: The Guidance articulates four core construction principles: application‑driven development (prioritizing important application scenarios), enterprise as the primary driver (industry leaders to host platforms), openness and sharing (public‑facing interfaces, open source or shared modules to support downstream developers and SMEs), and coordinated layout (distinct, non‑duplicative platforms for specific AI subfields). In practice MOST invites and designates leading AI enterprises, often in cooperation with research institutes and universities, to lead single platforms focused on specific verticals (e.g., vision, speech, machine learning frameworks, smart home), generally limiting one platform per finely defined subfield to avoid redundancy and concentrate resources.
Basic conditions and functions: The Guidance enumerates baseline capabilities for candidate platforms: lead organization qualifications (industry leadership, technical strength), stable R&D teams and collaborative partners, operational mechanisms for governance and intellectual property, basic hardware/software infrastructure (computing, data storage, cloud), quality control and testing environments, and capacity to provide open services (APIs, model libraries, sample datasets) to SMEs, research teams, and public users. Platforms are expected to provide standardized interfaces, modularized models, algorithm packages and middleware to accelerate productization and industrial application.
Management, selection and supervision: MOST retains a central role in issuing the Guidance, receiving regional and enterprise implementation reports, approving designated national platforms, and conducting periodic evaluation and supervision. The Guidance describes application/selection procedures, criteria for recognition, performance evaluation, and the authority to disqualify or withdraw support from platforms that fail to meet requirements. Provincial/municipal science and technology departments are charged with implementing the Guidance locally, assisting platform construction, and reporting to MOST.
Implementation tasks and ecosystem functions: The Guidance lists concrete tasks for approved platforms, including building model libraries and algorithm repositories; constructing open testbeds and benchmarking systems; standardizing interfaces; promoting data sharing consistent with laws/regulation; supporting developer communities and SMEs; cultivating industry standards and interoperability; and participating in national major projects (e.g., Science and Technology Innovation 2030 initiatives). It calls for platforms to support application trials and pilot deployments and to foster demonstration projects linking R&D to real economy needs.
Security, data governance and compliance: Although the Guidance emphasizes openness and sharing, it explicitly requires platforms to comply with applicable national laws and regulations on data security, personal information protection, and network/cybersecurity. Platform operators must establish management systems for data access, anonymization or de‑identification, secure computing environments for sensitive datasets, and technical/organizational safeguards for model and infrastructure security.
Evaluation, funding and incentives: The Guidance ties platform construction to broader national AI strategy, enabling access to project funding, pilot zone designation, and other policy support. It also outlines evaluation metrics and performance review cycles that inform continued recognition and support.
Practical impact: Since promulgation the Guidance has been used by MOST and local governments to designate a set of national AI open innovation platforms led by major Chinese technology firms and research institutions, and to align pilot zones and funding streams around these platforms. The Guidance is primarily an administrative, programmatic instrument that shapes government support, selection, oversight, and the architecture of national AI platforms rather than imposing penal criminal law obligations.
Primary sources and translations: The authoritative Chinese text and government notice appear on the central government and MOST websites and have been translated and summarized by policy research organizations (see official sources). The Guidance functions as part of a package of AI governance and development instruments in China, including the State Council’s New Generation AI Development Plan (2017), related MOST pilot zone guidance (2019), and later national standardization and ethics pronouncements.
Limitations and scope: The Guidance is policy guidance (a departmental notice) rather than a statute; it prescribes criteria and supervisory measures for platform construction and government support but does not itself create new criminal or civil liability regimes. Implementers must nonetheless align platform practices with laws on data protection, cybersecurity, and other sectoral regulations (e.g., healthcare, finance) that may impose additional substantive compliance obligations.
Full article
Read full text ↗Overview
The Guidance on the Construction of National New Generation Artificial Intelligence Open Innovation Platforms, issued by the Ministry of Science and Technology (MOST) and dated August 1, 2019, establishes a national programmatic framework for identifying, building and supervising open AI innovation platforms that can accelerate research‑to‑application pathways across China's economy. The Guidance emphasizes an "enterprise‑led, open and shared" model intended to concentrate resources on clearly defined AI subfields and to provide shared services such as model libraries, algorithm packages, dataset services, and testbeds for developers and enterprises. The text is available through the Chinese central government publication of the notice (MOST notice on gov.cn) and has been translated and summarized by independent policy organizations (CSET translation).
Definitions
The Guidance defines key terms operationally for program implementation: "open innovation platform" refers to an organized, public‑facing R&D and service infrastructure led by a leading AI enterprise (often in cooperation with research institutes and universities) that focuses on a specific AI subfield and provides shared technical resources (models, datasets, APIs, middleware, testbeds). "Leading enterprise" denotes a company demonstrating core technical competency, stable R&D capability and ability to recruit partners. "Open and shared" denotes services made accessible to external developers and SMEs via standardized interfaces, while maintaining compliance with national data and cybersecurity rules. The Guidance also distinguishes "pilot zones" (geographic innovation areas) from platform entities and positions platforms as key inputs into pilot zone development.
Governance and Institutional Framework
The Guidance places MOST at the center of national governance for these platforms. MOST issues the Guidance, prescribes application and evaluation procedures, approves platforms for national recognition, coordinates multi‑ministerial support, and conducts periodic performance reviews. Provincial and municipal science and technology departments are responsible for facilitating local implementation, supporting candidate platforms, and reporting to MOST. Platform governance is expected to be enterprise‑led with participation by academic and research partners; enterprises must establish internal governance mechanisms for operations, intellectual property, and data management. For official publication and administrative details see the MOST/gov.cn notice (MOST notice on gov.cn) and MOST explanatory materials and diagrams (MOST infographic and explanation), which set out roles and responsibilities for each institutional actor.
Key Focus Areas
The Guidance enumerates priority tasks and capabilities that approved platforms must pursue: (1) Focus on well‑defined AI subfields tied to major application needs (e.g., computer vision, speech, autonomous systems, industrial AI). (2) Establish publicly accessible model and algorithm libraries and modularized software components to accelerate downstream development. (3) Provide standardized APIs, interoperability protocols, and middleware to reduce integration costs for SMEs and research teams. (4) Build open testbeds and benchmarking systems for performance evaluation and for safe experimental deployments. (5) Support data sharing (subject to data security and personal information rules) by providing cleaned, anonymized datasets or secure computation environments for testing. (6) Participate in national standards development and contribute to common technical frameworks. (7) Cultivate developer ecosystems through documentation, tutorials, competitions and incubation services. (8) Facilitate industrialization pathways by connecting demonstration projects with city and provincial pilot initiatives. The Guidance also expects platforms to support measurement and validation capabilities (benchmarks, evaluation tools) that feed into national R&D agendas.
Implementation Framework
Implementation proceeds through an application, selection and supervision cycle coordinated by MOST and local science and technology authorities. Candidate platforms should be proposed by leading enterprises in conjunction with institutional partners and local governments; applications document technical capability, collaborative arrangements, infrastructure, and plans for open services and commercialization. MOST evaluates candidates against specified criteria (leadership, technical strength, infrastructure, collaboration network, openness commitments) and designates national platforms. Designated platforms gain policy support opportunities (project funding, inclusion in pilot zone programs) but are also subject to ongoing reporting and performance assessment. MOST retains authority to disqualify platforms or withdraw recognition where performance or compliance is unsatisfactory.
Monitoring and Evaluation
The Guidance requires periodic monitoring and multi‑dimensional evaluation: technical performance (R&D outputs, model libraries, benchmarks), service delivery (APIs, user uptake by SMEs and developers), industrial impact (deployment cases, economic contribution), governance (open governance mechanisms, IP arrangements), and compliance (data protection, cybersecurity measures). MOST and local departments carry out scheduled reviews and may require corrective actions, enhanced reporting, or changes in governance. Evaluation results inform continued funding, recognition and positioning within national pilot zone strategies.
Penalties, Liability, and Appeals
While the Guidance is administrative in nature, it articulates enforcement measures within MOST’s supervisory remit: platforms that fail to meet conditions may be removed from the national roster, lose eligibility for MOST funding or pilot support, or be publicly named. MOST also reserves the right to order remediation or suspend support if non‑compliance with technical or management requirements is identified. Where violations implicate data protection, cybersecurity, or other laws, platforms may be subject to sanctions under separate statutory regimes (e.g., Data Security Law, Personal Information Protection Law, cybersecurity regulations) administered by relevant authorities. The Guidance signals administrative remedies rather than criminal provisions and functions alongside statutory regulatory frameworks that define liability and appeal rights under Chinese administrative procedure rules.
Relationship to Other Instruments
The Guidance implements and operationalizes the State Council’s New Generation Artificial Intelligence Development Plan (国发〔2017〕35号) as a sectoral instrument focused on platform construction. It complements MOST’s subsequent pilot zone guidance (国家新一代人工智能创新发展试验区建设工作指引, August 29, 2019) and feeds into national projects under the Science and Technology Innovation 2030 agenda. The Guidance also interacts with national standardization roadmaps, AI ethics guidelines, and legal instruments on data security and personal information protection. For cross‑reference, see the State Council AI development plan and MOST pilot zone guidance on the central government site (State Council New Generation AI Development Plan (2017) and MOST pilot zone guidance (2019)).
International Alignment
The Guidance is primarily domestic and programmatic but reflects global practice in promoting open platforms, interoperability and shared testbeds. While it does not formally adopt external legal standards, it encourages platforms to engage with international standards and cooperation where appropriate, and to contribute to shared technical norms. Platforms participating in cross‑border activities must also align with China’s data export and cybersecurity rules. Analysts note the Guidance’s parallels with other jurisdictions’ policies favoring public testbeds and open repositories but emphasize that Chinese implementation proceeds within national regulatory constraints on data and security. Relevant English‑language translations and policy analyses are available from independent research centers (CSET translation).
Implementation Timeline
| Event | Date |
|---|---|
| MOST issuance of Guidance | 2019-08-01 |
| Public notice published on central government site | 2019-08-04 |
| MOST pilot zone guidance (related instrument) | 2019-08-29 |
| CSET English translation published | 2019-09-17 |
| Ongoing platform designation and evaluation cycles | 2019–present |
Sources and References
| Source | Type |
|---|---|
| 科技部关于印发《国家新一代人工智能开放创新平台建设工作指引》的通知 (MOST notice on gov.cn, 2019‑08‑01) | Primary Source |
| CSET — Translation and analysis (Sept 2019) | Primary/Translated Source |
| MOST explanation/infographic on the Guidance | Primary Source |
Requirements for a company
What an organisation has to do under China - AI Open Innovation Platforms, at a glance. Not legal advice — the table below gives the provision and deadline for each item.
Must do
13- Lead the platform and demonstrate core technical competency and stable R&D capability.Leading AI enterprises applying for or operating a National AI Open Innovation Platform.
- Establish internal governance mechanisms for operations, intellectual property, and data management.Leading AI enterprises operating a National AI Open Innovation Platform.
- Maintain compliance with national data and cybersecurity rules.Leading AI enterprises operating a National AI Open Innovation Platform.
- Focus on a well-defined AI subfield tied to major application needs.Leading AI enterprises applying for or operating a National AI Open Innovation Platform.
- Establish publicly accessible model and algorithm libraries and modularized software components.Leading AI enterprises operating a National AI Open Innovation Platform.
- Provide standardized APIs, interoperability protocols, and middleware to reduce integration costs.Leading AI enterprises operating a National AI Open Innovation Platform.
- +7 more in the table below
Must not do
0Nothing in this category.
Should do
0Nothing in this category.
Should not do
0Nothing in this category.
Who must do what
The obligations under China - AI Open Innovation Platforms, most serious first. Not legal advice — verify against the official text before relying on it.
| # | Who | Requirement | By when | Where | Severity |
|---|---|---|---|---|---|
| 1 | Leading AI enterprises applying for or operating a National AI Open Innovation Platform. | Lead the platform and demonstrate core technical competency and stable R&D capability. “'Leading enterprise' denotes a company demonstrating core technical competency, stable R&D capability...” | Before designation | — | Critical |
| 2 | Leading AI enterprises operating a National AI Open Innovation Platform. | Establish internal governance mechanisms for operations, intellectual property, and data management. “enterprises must establish internal governance mechanisms for operations, intellectual property, and data management.” | Before designation | — | Critical |
| 3 | Leading AI enterprises operating a National AI Open Innovation Platform. | Maintain compliance with national data and cybersecurity rules. “maintaining compliance with national data and cybersecurity rules.” | — | — | Critical |
| 4 | Leading AI enterprises applying for or operating a National AI Open Innovation Platform. | Focus on a well-defined AI subfield tied to major application needs. “(1) Focus on well‑defined AI subfields tied to major application needs” | Before designation | — | Important |
| 5 | Leading AI enterprises operating a National AI Open Innovation Platform. | Establish publicly accessible model and algorithm libraries and modularized software components. “(2) Establish publicly accessible model and algorithm libraries and modularized software components” | — | — | Important |
| 6 | Leading AI enterprises operating a National AI Open Innovation Platform. | Provide standardized APIs, interoperability protocols, and middleware to reduce integration costs. “(3) Provide standardized APIs, interoperability protocols, and middleware to reduce integration costs” | — | — | Important |
| 7 | Leading AI enterprises operating a National AI Open Innovation Platform. | Build open testbeds and benchmarking systems for performance evaluation and safe experimental deployments. “(4) Build open testbeds and benchmarking systems for performance evaluation and for safe experimental deployments.” | — | — | Important |
| 8 | Leading AI enterprises operating a National AI Open Innovation Platform. | Support data sharing by providing cleaned, anonymized datasets or secure computation environments. “(5) Support data sharing (subject to data security and personal information rules) by providing cleaned, anonymized datasets or secure computation environments” | — | — | Important |
| 9 | Leading AI enterprises operating a National AI Open Innovation Platform. | Participate in national standards development and contribute to common technical frameworks. “(6) Participate in national standards development and contribute to common technical frameworks.” | — | — | Important |
| 10 | Leading AI enterprises operating a National AI Open Innovation Platform. | Cultivate developer ecosystems through documentation, tutorials, competitions, and incubation services. “(7) Cultivate developer ecosystems through documentation, tutorials, competitions and incubation services.” | — | — | Important |
| 11 | Leading AI enterprises applying for National AI Open Innovation Platform designation. | Submit applications documenting technical capability, collaborative arrangements, and plans for open services. “applications document technical capability, collaborative arrangements, infrastructure, and plans for open services and commercialization.” | Before designation | — | Important |
| 12 | Designated National AI Open Innovation Platforms. | Undergo ongoing reporting and performance assessment by MOST and local departments. “Designated platforms ... are also subject to ongoing reporting and performance assessment.” | — | — | Important |
| 13 | Leading AI enterprises applying for or operating a National AI Open Innovation Platform. | Form partnerships with research institutes and secure local government support. “Candidate platforms should be proposed by leading enterprises in conjunction with institutional partners and local governments” | Before designation | — | Important |
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