Articles / Beijing Unveils 10-Point Intelligent Agent Policy

Beijing Unveils 10-Point Intelligent Agent Policy

24 7 月, 2026 4 min read Agentic-AIBeijing-Policy

Beijing Unveils 10-Point Intelligent Agent Policy

A landmark regulatory framework positioning Beijing at the forefront of agentic AI governance and economic transformation

Beijing Intelligent Agent Policy Banner

Beijing has officially released “Several Measures on Accelerating Intelligent Agent-Led Development” — a concise yet revolutionary 10-point policy document that marks China’s first comprehensive, action-oriented blueprint for the intelligent agent (Agentic AI) economy. Unlike traditional AI strategies focused on models or infrastructure, this policy centers on operational intelligence: systems that perceive, plan, act, and adapt autonomously in real-world environments.

The policy signals a paradigm shift — from static AI tools to dynamic, task-executing agents embedded across software, hardware, and socioeconomic systems. Below is a structured, English-language analysis aligned with global AI policy discourse.


1. Enhancing Foundational Model Capabilities

The policy prioritizes practical task completion ability, moving beyond benchmark scores (e.g., MMLU, HumanEval) toward real-world reliability metrics:

  • Long-horizon task execution (100+ step workflows)
  • Autonomous tool invocation & environment interaction
  • Self-correction, memory retention, and multi-agent coordination
  • Continuous learning and online adaptation

💡 Key Insight: Success probability drops exponentially with task length — even 99.9% per-step accuracy yields only ~90.5% full-task success over 100 steps. True “agent readiness” demands systemic robustness, not just model scale.

Task Completion Metrics


2. Strengthening Agentic Infrastructure (Harness Engineering)

Formally endorsing Harness Engineering — the architecture surrounding LLMs that enables reliable action — the policy targets:

  • Context optimization & stateful task persistence
  • Observable agent runtime, permission-aware sandboxing
  • Cross-model routing & multi-agent orchestration
  • Standardized skill interfaces (AIP), software marketplaces, and tokenized service discovery

This elevates system engineering over prompt engineering — treating the agent stack as mission-critical infrastructure.

Harness Engineering Diagram


3. Accelerating Native Agent Applications & Flagship Scenarios

Introducing “Demand Intelligence” — a new software paradigm where users declare outcomes, not actions:

Layer Description
Functional Intelligence AI-assisted buttons (e.g., “summarize”)
Process Intelligence End-to-end workflow automation (e.g., invoice processing)
Demand Intelligence Goal-driven execution: “Close $50K enterprise deal” → auto-research, draft proposal, schedule demo, follow up

Target sectors: Science, healthcare, education, government, manufacturing, and cultural industries — selected for high-value, digitizable, verifiable, and reversible tasks.

Demand Intelligence Framework


4. Integrating Agents into Smart Terminals

Mandating deep fusion across smartphones, AR glasses, wearables, robots, and autonomous vehicles, under the “Chip–Model–Cloud–Terminal–Usage” integrated development strategy:

  • On-device perception (sensors, biometrics, ambient context)
  • Identity-aware, privacy-preserving local execution
  • Seamless cross-device task handoff (e.g., start on earbuds → continue on car OS)
  • Inclusion in consumer subsidy programs (e.g., appliance trade-in incentives)

5. Supporting OPC (One-Person Companies) Innovation

Explicitly enabling OPC (One-Person Company) models — recognizing collapsing organizational boundaries due to AI-augmented productivity:

  • Public infrastructure: Elastic compute access, legal/compliance scaffolding, IP protection, and OPC community hubs
  • New SaaS categories: AI-powered CRM, smart tax filing, contract review, and agent project management
  • Success triad: Domain judgment + trust-based client relationships + reusable agent systems (skills, data, workflows)

6. Advancing Token Economics & Value-Based Billing

Shifting from Token-as-Cost to Value-as-Unit:

Model Description Risk Profile
TaaS (Token-as-a-Service) Per-token billing High volatility, low margin
AaaS (Agent-as-a-Service) Outcome-capable agent subscription Medium control, moderate risk
RaaS (Result-as-a-Service) Pay-per-verified result (e.g., “contract reviewed & approved”) Highest value, highest liability

Policy mandates: Token quality benchmarks, conversion efficiency metrics, and pilot “token vouchers” for SMEs.

Token Economy Evolution


7. Scaling Runtime Safety & Governance

Moving beyond content moderation to runtime assurance:

  • Tiered decision autonomy: User-only / user-authorized / autonomous execution
  • Injection-resistant prompting & memory hygiene
  • Third-party skill vetting & failure containment protocols
  • Real-time observability dashboards for auditability

Safety becomes a market access requirement — especially for finance, health, and industrial deployments.

Runtime Governance Framework


8. Boosting Critical Enablers: Galaxy Compute Corridor

Launching the Galaxy Compute Corridor — a distributed, low-latency AI infrastructure network integrating:

  • Cloud, edge, and on-device heterogeneous compute
  • 5G-A / 6G / F5G connectivity for real-time task orchestration
  • “Zero-sum” aggregation of fragmented idle compute resources
  • Financial products tailored for agent startups (e.g., trajectory-backed loans)

9. Promoting Open Standards & Global Interoperability

Committing to:

  • A globally influential open-source AI agent ecosystem
  • Formal evaluation of open contributions (maintenance, docs, community)
  • “One Country, One Strategy” frameworks for intelligent agent export
  • China–SCO AI Application Cooperation Center

Open protocols accelerate network effects: Every new skill benefits all compliant agents.

Open Agent Ecosystem


10. Implementation & Cross-Agency Coordination

Assigning accountability across 12+ departments — confirming intelligent agents as a cross-sectoral national priority, spanning R&D, industry, finance, talent, regulation, and international cooperation.


Final Perspective: The Dawn of Intelligent Economics

This policy transcends technology policy — it’s an operating system for the next economy:

  • 📈 Software evolves from feature menus → task ecosystems
  • 🏢 Firms shrink toward micro-enterprises powered by agent fleets
  • 💼 Labor revalues: Judgment, domain expertise, and outcome accountability trump rote execution
  • 🌐 Value shifts: From inputs (tokens, hours, headcount) → verified outputs (deals closed, bugs fixed, permits issued)

As the document concludes: “The intelligent economy has begun. Agents are already at work. Now — the show starts.”

Policy Implementation Roadmap

Source: Digital Life Kazek — Published July 23, 2026