The Implementation Opinions on the Standardized Application and Innovative Development of Intelligent Agents, 智能体规范应用与创新发展实施意见, is a Chinese policy document formulated to implement the State Council's Opinions on Deeply Implementing the "Artificial Intelligence Plus" Initiative. It addresses "intelligent agents"—defined as intelligent systems possessing autonomous perception, memory, decision-making, interaction, and execution capabilities—as a distinct and important form of artificial intelligence products and services. The document is structured in six parts: fundamental principles, consolidating the development foundation, safeguarding the security baseline, strengthening application-led advancement, building an innovation ecosystem, and safeguard measures.
Read through the framework of New Era Modernization, the Implementation Opinions may be better understood not as an isolated technology-regulation document but as the latest articulation of the modernizing project at a specific point in its recursive unfolding. Chinese style modernization functions as the pre-given horizon of meaning — the Lebenswelt in Husserl's technical sense — within which Chinese constitutionalism constitutes itself and produces meaning, and that the CPC's periodic reformulation of the principal contradiction is the mechanism by which this horizon recalibrates without being abandoned. The Implementation Opinions sit within this framework as an instrument through which the party-state extends the modernizing project into a new technological domain — intelligent agents — while preserving the structural grammar of development-security pairing, Party-directed governance, and the juridification cascade from constitutional mandate through legislation to administrative practice.
Fundamental Principles
The document articulates four foundational principles: (1) safety and controllability, treating agent safety, reliability, and trustworthiness as baseline requirements throughout the entire technology lifecycle; (2) orderly regulation, constructing a governance system that connects smoothly with existing policies while establishing clear baseline and red-line boundaries; (3) innovation-driven development, pursuing systematic breakthroughs in key technologies through government-industry-academia collaboration; and (4) application-led advancement, leveraging representative use cases to drive technology verification and product iteration in a step-by-step manner.
These four principles are not merely policy preferences. They enact the development-security dialectic that can be understood as "a core feature of New Era governance: modernization operates as both engine and vessel for the rationalization of the state." Safety-and-controllability and orderly regulation pair structurally with innovation-driven development and application-led advancement — the document does not treat safety as a constraint on innovation or innovation as a risk to be managed; rather, both are presented as mutually constituting elements of the same governing project. Within the Marxist-Leninist framework that traces from Lenin's electrification thesis through Chinese modernization, this pairing reflects the vanguard party's claimed capacity to direct technological transformation as a conscious, planned process rather than an organic evolution — a project to be organized, implemented, and managed by a centralized authority that bends historical development to a conscious human purpose. The concept of "application-led advancement" (应用牵引) — literally "application traction" or "pull" — encodes a specific theory of innovation in which deployment needs drive technological development, consistent with the broader New Era emphasis on new quality productive forces (新质生产力).
Technology and Standards
The Implementation Opinions mandate the strengthening of foundational technology research, including general-purpose models, specialized industry models, high-quality datasets, and key agent capabilities such as task comprehension, task planning, tool usage, long-term memory, and swarm collaboration. They call for a complete intelligent agent toolchain encompassing perception, memory, decision-making, interaction, and execution components, as well as security and governance tools such as adversarial sample detection and behavioral anomaly detection. An intelligent agent standards system is to be established, covering key technologies, data exchange, application scenarios, quality evaluation, security assurance, and trustworthy certification, with mandatory standards supported in healthcare, transportation, media, and public safety. Notably, the document envisions an "intelligent interconnection network" featuring agent registration platforms, digital identity management, search and discovery services, and interoperability protocols leveraging IPv6.
Security and Governance Framework
Section III establishes a multi-layered security architecture. Product standards require that intelligent agent behavior conform to laws, regulations, and mainstream values, with specific protections against algorithmic exploitation, dissemination of unwholesome values, and risks of addiction and emotional dependency among minors and the elderly. Decision-making authority must be clearly delineated between user-only decisions, user-authorized decisions, and agent-autonomous decisions, with users retaining the right to be informed and to exercise final authority. Technologies such as rule embedding and behavioral guardrails are mandated, and blockchain-based mechanisms are envisioned for verifiable and traceable agent behavior in important scenarios.
On security risk prevention, the document addresses intrinsic security capabilities (data security, cryptographic defense, attack detection, permission management), supply chain security across the full development lifecycle, and application-derived risks including automated attacks, privacy violations, false information, and cyber fraud. A "classified and tiered governance framework" differentiates between sensitive domains (subject to registration, testing, and defective product recall under joint oversight by the cyberspace administration and sectoral regulators) and low-risk domains (governed through compliance self-testing, information reporting, and industry self-discipline). Credit evaluation mechanisms for market participants are proposed, covering technology misuse, consumer inducement, false advertising, and concealment of defect information.
Application Domains
The document envisions intelligent agent deployment across an extraordinarily broad range of sectors: scientific research and R&D assistance; intelligent manufacturing, energy, transportation, agriculture, and financial services; consumer-facing applications in terminal devices, culture and tourism, and commercial services; education, healthcare, human resources, and information services; and government services, judicial services, public safety, urban governance, and bidding and tendering. This scope reflects the treatment of intelligent agents not as a narrow product category but as a cross-cutting technology embedded in the state's modernization project.
Innovation Ecosystem
To support deployment, the document promotes open-source innovation through domestic AI communities, compatibility with open-source chips and operating systems, and participation in open-source frameworks and toolchains. Industrial collaboration platforms, intelligent agent app stores, supply-and-demand matching activities, and demonstration projects in industrial clusters are envisioned. The document also contemplates cultivating a global ecosystem through international platforms such as the World Artificial Intelligence Conference, including overseas compliance frameworks adapted to local laws and cultural customs.
Analytical Insights
Analysis appears to yield several key insights:
AI as Strategic Infrastructure. The document's cross-sectoral scope suggests a characterization of China as treating AI "as strategic infrastructure for socialist modernization," in contrast to the EU's rights-and-risk framing or the U.S.'s fragmented sectoral approach.
The Development-Security Dialectic. The document pairs innovation-driven development with safety-and-controllability not as competing goals in a liberal balancing sense, but as "mutually constituting elements of the same governing project," where "development is pursued through mechanisms that embed security, and security is designed to enable sustainable development under state supervision".
Platforms as Governance Intermediaries. Development and distribution platforms are assigned the role of operationalizing party-state directives—establishing platform rules, user service agreements, and privacy policies and participating in credit evaluation—consistent with the observation that large technology companies function as "delegated governance" intermediaries rather than mere self-regulators.
Classified Governance as Administrative Allocation. The document's tiered framework is organized around administrative authority, not abstract risk levels, distinguishing it from the EU AI Act's risk-based classification, and instead reflecting what might be described as an allocation of administrative responsibility and inspection intensity.
The Instrumentalization Contradiction. The tension between deploying intelligent agents as governance tools (in government approvals, judicial case-handling, and public safety) and insisting on human controllability over those same agents reflects what I have elsewhere identified as the fundamental issue: "the more autonomous the tech, the greater the risk that the relationship between instrument and its wielders will be reversed".
Regulatory Layering. The Implementation Opinions add a new layer to China's existing regulatory ecology—including the Cybersecurity Law, Data Security Law, Personal Information Protection Law, algorithmic recommendation rules, deep synthesis provisions, and generative AI interim measures—but do not specify how agent-specific regulation will interact with these existing instruments.
Open Questions
The analysis identifies several unresolved issues: how the Implementation Opinions will coordinate with overlapping supervisory frameworks, including the MPS Measures on Cyberspace Security Supervision (Order No. 176); whether the intelligent interconnection network will evolve from a conventional infrastructure-standardization project into the kind of "operating system" for theorized normative orders; whether the "voluntary" credit evaluation mechanism will assume compulsory characteristics aligned with broader social credit systems; and whether the security imperatives will, in practice, predominate over development goals despite the document's dialectical framing.
The translation of ans analysis follows below.