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国际智能经济与治理创新论坛在华东理工大学举行 ESG数据治理与智能决策受关注

亿邦动力 2026-10-29 22:29
亿邦动力 2026/10/29 22:29

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总:文章核心是智能经济治理要在承认合同不完全性的前提下,重新设计数据、算法与组织之间的控制权安排。

1. 论坛信息:10月15日,华东理工大学举行第五届“数字经济下的合同与治理研讨会”暨2026“国际产学研用会议智能经济与治理创新论坛”,奥利弗·哈特作主旨演讲。

2. 理论要点:合同无法穷尽未来可能性,剩余控制权配置决定治理效率;数据成为生产要素、AI成为决策工具后,数据资产边界、算法决策后果、跨主体权责更难事前界定。

3. 落地产品:ECUST-iBEST ESG-AI系列平台发布,含《华理—万得化工等四大行业ESG数据库与评级指数》《睿咖ESG-AI智能体》《睿咖智道AI-ESG智能沙盘》。

4. 案例与政策:亿邦智库以国联股份、金联创为样本提出“公司治理—产业治理—区域治理”框架;江西“1269”行动计划将产业大脑作为数字底座,最高奖补1000万元。

总:文章虽未直接展开品牌营销与消费趋势,但提供了ESG数据、评级指数和智能决策工具,可作为品牌ESG表现管理与传播的参考。

1. ESG品牌支撑:ECUST-iBEST ESG-AI系列平台发布《华理—万得化工等四大行业ESG数据库与评级指数》,企业可据此理解ESG数据治理与评级逻辑。

2. 智能决策工具:《睿咖ESG-AI智能体》《睿咖智道AI-ESG智能沙盘》指向ESG数据治理与智能决策,可用于推演决策场景。

3. 治理与协作:哈特不完全合同理论提示,数据资产边界、算法决策后果、跨主体权责难以事前约定,品牌相关数据合作需关注剩余控制权配置。

4. 产业案例:国联股份以交易数据驱动云工厂与“脱核金融”,金联创以第三方估价基准构建产业信用基础设施,说明数据能力与场景能力结合比单一技术投入更重要。

总:卖家可重点看政策扶持、平台模式变化与数据治理风险,文章给出产业大脑奖补和产业互联网平台治理样本。

1. 政策机会:江西推进“1269”行动计划,将产业大脑定位为贯通产业链、供应链与政策链的数字底座,对围绕主导产业建设产业大脑给予最高1000万元奖补。

2. 模式变化:产业互联网平台已从交易撮合者演变为同时承载平台经济治理与AI治理双重属性的新型治理主体。

3. 可学习样本:国联股份以交易数据驱动云工厂与“脱核金融”;金联创以第三方估价基准构建产业信用基础设施,差异路径共同指向数据能力与场景能力结合。

4. 风险提示:智能经济下合同不完全性被放大,数据资产边界、算法决策后果、跨主体权责难以事前划分,数据使用边界的剩余控制权决定协同治理能否成立。

总:工厂可从云工厂、产业大脑和ESG数据库等案例中,看到数字化治理与生产协作的商业机会。

1. 生产协作机会:国联股份以交易数据驱动云工厂与“脱核金融”,说明工厂可通过平台交易数据参与生产协同和金融支持。

2. 行业数据工具:ECUST-iBEST ESG-AI系列平台发布《华理—万得化工等四大行业ESG数据库与评级指数》,化工等行业工厂可关注ESG数据与评级要求。

3. 智能推演产品:《睿咖ESG-AI智能体》《睿咖智道AI-ESG智能沙盘》指向ESG数据治理与智能决策,为工厂数字化决策提供工具参考。

4. 政策与底座:江西将产业大脑作为贯通产业链、供应链与政策链的数字底座,最高奖补1000万元,提示工厂可关注区域产业大脑建设中的数字化升级机会。

总:服务商可关注智能经济与ESG治理的新技术、客户痛点及平台化解决方案。

1. 行业趋势:论坛将哈特不完全合同理论置于智能经济治理语境,数据成为生产要素、AI成为决策工具,治理结构需要重新设计。

2. 客户痛点:数据资产边界难以事前界定,算法决策后果难以事前约定,跨主体协作权责难以事前划分,合同不完全性被急剧放大。

3. 解决方案:华东理工大学发布ECUST-iBEST ESG-AI系列平台,含ESG数据库与评级指数、ESG-AI智能体、AI-ESG智能沙盘,覆盖数据底座、智能工具与推演决策。

4. 产业框架:亿邦智库以国联股份、金联创为样本提出“公司治理—产业治理—区域治理”三阶层框架,强调数据能力与场景能力结合,而非单一技术投入。

总:平台商可重点关注平台角色升级、数据控制权配置和产业大脑政策带来的运营启示。

1. 平台新角色:产业互联网平台已从交易撮合者演变为同时承载平台经济治理与AI治理双重属性的新型治理主体。

2. 最新做法:国联股份以交易数据驱动云工厂与“脱核金融”;金联创以第三方估价基准构建产业信用基础设施,说明平台需把数据能力与场景能力结合。

3. 运营与治理:数据跨主体流动时,谁拥有数据使用边界的剩余控制权,决定协同治理能否成立;需应对数据资产边界、算法后果、跨主体权责难事前约定的问题。

4. 政策风向:江西“1269”行动计划将产业大脑定位为贯通产业链、供应链与政策链的数字底座,最高奖补1000万元,平台可关注区域产业大脑建设与招商运营机会。

总:研究者可关注不完全合同理论在智能经济治理中的延伸、ESG智能平台与产业治理分析框架。

1. 理论新问题:哈特不完全合同理论强调合同无法穷尽未来可能性,剩余控制权配置是关键;数据要素和AI决策使数据资产边界、算法后果、跨主体权责的不完全性放大。

2. 平台与框架:ECUST-iBEST ESG-AI系列平台将不完全合同理论、可持续发展理论、ESG治理框架及AI技术融合;吴玉鸣“1531”框架整合哈特不完全合同治理、诺德豪斯绿色经济学与联合国可持续发展理论。

3. 产业分析框架:亿邦智库以国联股份、金联创为样本提出“公司治理—产业治理—区域治理”三阶层框架,判断产业互联网平台成为新型治理主体。

4. 政策启示:江西“1269”行动计划以产业大脑作为数字底座并给予最高1000万元奖补,为区域产业治理中的不完全合同问题提供平台化数据基础设施思路。

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Quick Summary

Summary: The article's core argument is that intelligent-economy governance must redesign the allocation of control rights among data, algorithms, and organizations while acknowledging the incompleteness of contracts.

1. Forum information: On October 15, East China University of Science and Technology (ECUST) held the 5th 'Contracts and Governance in the Digital Economy' Seminar and the 2026 'International Industry-University-Research Conference on Intelligent Economy and Governance Innovation Forum'; Oliver Hart delivered a keynote speech.

2. Theoretical points: Contracts cannot cover all future contingencies, and the allocation of residual control rights determines governance efficiency. Once data becomes a factor of production and AI becomes a decision-making tool, the boundaries of data assets, the consequences of algorithmic decisions, and cross-party rights and responsibilities become harder to define ex ante.

3. Launched products: The ECUST-iBEST ESG-AI series of platforms was released, including the ECUST-Wind ESG Database and Rating Index for Four Industries Including Chemicals, the Ruika ESG-AI Agent, and the Ruika Zhidao AI-ESG Smart Sandbox.

4. Cases and policy: Ebrun Think Tank, using Guolian Co., Ltd. and Jinlianchuang as samples, proposed a 'corporate governance-industrial governance-regional governance' framework; Jiangxi's '1269' Action Plan treats the industrial brain as a digital foundation and offers up to RMB 10 million in awards and subsidies.

Summary: Although the article does not directly address brand marketing or consumer trends, it provides ESG data, rating indices, and intelligent decision-making tools that can serve as references for managing and communicating brand ESG performance.

1. ESG brand support: The ECUST-iBEST ESG-AI series released the ECUST-Wind ESG Database and Rating Index for Four Industries Including Chemicals, which companies can use to understand ESG data governance and rating logic.

2. Intelligent decision-making tools: The Ruika ESG-AI Agent and Ruika Zhidao AI-ESG Smart Sandbox point to ESG data governance and intelligent decision-making and can be used to simulate decision scenarios.

3. Governance and collaboration: Hart's incomplete-contract theory suggests that data-asset boundaries, the consequences of algorithmic decisions, and cross-party rights and responsibilities are difficult to specify ex ante; brand-related data cooperation should focus on the allocation of residual control rights.

4. Industry cases: Guolian uses transaction data to drive cloud factories and 'de-core' supply-chain finance, while Jinlianchuang uses third-party valuation benchmarks to build industrial credit infrastructure. This shows that combining data capabilities with scenario capabilities matters more than standalone technology investment.

Summary: Sellers should focus on policy support, changes in platform models, and data-governance risks. The article provides examples of industrial-brain subsidies and industrial-internet platform governance.

1. Policy opportunities: Jiangxi is advancing the '1269' Action Plan, positioning the industrial brain as a digital foundation connecting the industrial chain, supply chain, and policy chain, with up to RMB 10 million in awards and subsidies for industrial-brain development around leading industries.

2. Model changes: Industrial-internet platforms have evolved from transaction matchmakers into new governance entities carrying dual attributes of platform-economy governance and AI governance.

3. Learnable models: Guolian uses transaction data to drive cloud factories and 'de-core' supply-chain finance; Jinlianchuang uses third-party valuation benchmarks to build industrial credit infrastructure. Their different paths both point to combining data capabilities with scenario capabilities.

4. Risk alert: In the intelligent economy, contract incompleteness is amplified. Data-asset boundaries, consequences of algorithmic decisions, and cross-party rights and responsibilities are hard to divide ex ante; residual control rights over data-use boundaries determine whether collaborative governance can be established.

Summary: Factories can identify business opportunities in digital governance and production collaboration from cases such as cloud factories, industrial brains, and ESG databases.

1. Production collaboration opportunities: Guolian uses transaction data to drive cloud factories and 'de-core' supply-chain finance, showing that factories can participate in production coordination and financial support through platform transaction data.

2. Industry data tools: The ECUST-iBEST ESG-AI series released the ECUST-Wind ESG Database and Rating Index for Four Industries Including Chemicals; factories in chemicals and other industries can monitor ESG data and rating requirements.

3. Intelligent simulation products: The Ruika ESG-AI Agent and Ruika Zhidao AI-ESG Smart Sandbox point to ESG data governance and intelligent decision-making, offering tool references for factories' digital decision-making.

4. Policy and foundation: Jiangxi treats the industrial brain as a digital foundation connecting the industrial chain, supply chain, and policy chain, with up to RMB 10 million in awards and subsidies. This suggests that factories can watch for digital-upgrade opportunities in regional industrial-brain development.

Summary: Service providers should focus on new technologies, customer pain points, and platform-based solutions in intelligent-economy and ESG governance.

1. Industry trend: The forum placed Hart's incomplete-contract theory in the context of intelligent-economy governance. As data becomes a factor of production and AI becomes a decision-making tool, governance structures need to be redesigned.

2. Customer pain points: Data-asset boundaries are hard to define ex ante, the consequences of algorithmic decisions are hard to specify ex ante, and cross-party collaboration rights and responsibilities are hard to divide ex ante. Contract incompleteness is sharply amplified.

3. Solutions: ECUST released the ECUST-iBEST ESG-AI series of platforms, including an ESG database and rating index, an ESG-AI agent, and an AI-ESG smart sandbox, covering data foundations, intelligent tools, and simulation-based decision-making.

4. Industry framework: Ebrun Think Tank, using Guolian and Jinlianchuang as samples, proposed a three-tier 'corporate governance-industrial governance-regional governance' framework and emphasized combining data capabilities with scenario capabilities rather than standalone technology investment.

Summary: Marketplace sellers should focus on platform role upgrades, data control-right allocation, and operational implications of industrial-brain policy.

1. New platform role: Industrial-internet platforms have evolved from transaction matchmakers into new governance entities carrying dual attributes of platform-economy governance and AI governance.

2. Latest practices: Guolian uses transaction data to drive cloud factories and 'de-core' supply-chain finance; Jinlianchuang uses third-party valuation benchmarks to build industrial credit infrastructure. This shows that platforms need to combine data capabilities with scenario capabilities.

3. Operations and governance: When data flows across parties, who holds residual control rights over data-use boundaries determines whether collaborative governance can be established. Platforms need to address data-asset boundaries, algorithmic consequences, and cross-party rights and responsibilities that are difficult to specify ex ante.

4. Policy direction: Jiangxi's '1269' Action Plan positions the industrial brain as a digital foundation connecting the industrial chain, supply chain, and policy chain, with up to RMB 10 million in awards and subsidies. Platforms can watch for opportunities in regional industrial-brain development, investment promotion, and operations.

Summary: Researchers should focus on the extension of incomplete-contract theory into intelligent-economy governance, ESG intelligent platforms, and analytical frameworks for industrial governance.

1. New theoretical questions: Hart's incomplete-contract theory emphasizes that contracts cannot cover all future contingencies and that the allocation of residual control rights is key. Data factors and AI decision-making amplify the incompleteness of data-asset boundaries, algorithmic consequences, and cross-party rights and responsibilities.

2. Platforms and frameworks: The ECUST-iBEST ESG-AI series integrates incomplete-contract theory, sustainable-development theory, ESG governance frameworks, and AI technology. Wu Yuming's '1531' framework integrates Hart's incomplete-contract governance, Nordhaus's green economics, and UN sustainable-development theory.

3. Industry analytical framework: Ebrun Think Tank, using Guolian and Jinlianchuang as samples, proposed a three-tier 'corporate governance-industrial governance-regional governance' framework and judges that industrial-internet platforms have become new governance entities.

4. Policy implications: Jiangxi's '1269' Action Plan uses the industrial brain as a digital foundation and provides up to RMB 10 million in awards and subsidies, offering a platform-based data-infrastructure approach to incomplete-contract problems in regional industrial governance.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

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【亿邦原创】10月15日,华东理工大学第五届“数字经济下的合同与治理研讨会”暨2026“国际产学研用会议智能经济与治理创新论坛”在华东理工大学商学院举行。2016年诺贝尔经济学奖得主、哈佛大学经济学教授、华东理工大学名誉教授、华东理工大学奥利弗·哈特合同与治理研究中心主任奥利弗·哈特爵士出席并作主旨演讲。

本次会议将哈特的不完全合同理论置于智能经济的治理语境之中。哈特的理论内核强调:任何合同都无法穷尽未来的所有可能性,剩余控制权的配置因而成为治理效率的关键。当数据成为生产要素、AI成为决策工具,企业与产业面临的恰恰是合同“不完全性”被急剧放大的局面——数据资产的边界难以事前界定,算法决策的后果难以事前约定,跨主体协作的权责难以事前划分。哈特在演讲中所回应的,正是在这一新的不完全性条件下,治理结构如何重新设计的问题。

华东理工大学ECUST-iBEST ESG-AI系列平台同期发布。ECUST-iBEST ESG-AI系列平台的理论基础之一就是由2016年诺贝尔经济学奖得主、哈佛大学经济学教授、华东理工大学名誉教授、华东理工大学奥利弗·哈特合同与治理研究中心主任奥利弗·哈特爵士提出。平台将不完全合同理论、可持续发展理论与ESG治理框架及AI技术有机融合,为ESG数据治理与智能决策构筑了坚实的理论根基。吴玉鸣提出的“1531”框架将哈特的不完全合同治理、诺德豪斯的绿色经济学与联合国可持续发展理论整合其中,使ESG治理这一典型的“不完全合同”场景获得了可操作的分析与决策工具。该平台推出了覆盖数据底座、智能工具与推演决策的三款产品:《华理—万得化工等四大行业ESG数据库与评级指数》《睿咖ESG-AI智能体》《睿咖智道AI-ESG智能沙盘》。

如果说哈特提供的是理论层面的治理“语法”(分析框架),那么,亿邦智库在论坛上发布的《由数据要素治理迈向智能治理:产业互联网平台的公司治理及产业-区域治理创新研究》论文则试图将这套“语法”翻译为产业层面行动实践的理论指导框架。该研究以国联股份和金联创为样本,提出“公司治理—产业治理—区域治理”三阶层分析框架,核心判断是:产业互联网平台已从交易撮合者演变为同时承载平台经济治理与AI治理双重属性的新型治理主体。两家企业的差异路径——国联股份以交易数据驱动云工厂与“脱核金融”,金联创以第三方估价基准构建产业信用基础设施——共同指向一个命题:数据要素的治理效能,取决于数据能力与场景能力的结合方式,而非单一的技术投入。这一判断与哈特关于剩余控制权配置的关切形成呼应:在数据跨主体流动的场景中,谁拥有对数据使用边界的“剩余控制”,决定了协同治理能否成立。

华理论坛上的理论讨论,在地方政策层面已开始有现实的回响。江西在推进“1269”行动计划过程中,将“产业大脑”定位为贯通产业链、供应链与政策链的数字底座,明确对围绕主导产业建设产业大脑的给予最高1000万元奖补。这一政策取向的本质,正是将区域产业治理中的“不完全合同”问题——政府与企业之间、产业链上下游之间难以事前约定的信息与权责——交由平台化的数据基础设施来持续消化和再配置。华东理工大学本次论坛上关于不完全合同、AI治理与产业互联网的讨论,为理解这类地方政策实践提供了从产权与治理结构出发的分析入口。

从哈特的不完全合同理论,到华理的ESG智能平台,再到亿邦智库的产业治理框架与江西的产业大脑政策,一条线索逐渐清晰:智能经济时代的治理创新,不是在合同“完全化”的幻想中寻找答案,而是在承认不完全性的前提下,重新设计数据、算法与组织之间的控制权安排。这正是哈特此番上海之行留给产学研各界的核心命题。


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FAQ回顾

ESG数据治理面临的核心难点是什么?

ESG数据治理本质上是典型的不完全合同场景。在智能经济下,数据资产边界难以事前界定,算法决策后果难以事前约定,跨主体协作权责难以事前划分。华东理工大学发布的ECUST-iBEST ESG-AI系列平台,融合不完全合同理论、可持续发展理论与AI技术,为ESG数据治理与智能决策提供分析工具。

ECUST-iBEST ESG-AI系列平台包括哪些产品?

该平台由华东理工大学发布,涵盖数据底座、智能工具与推演决策三类产品,具体包括《华理—万得化工等四大行业ESG数据库与评级指数》《睿咖ESG-AI智能体》和《睿咖智道AI-ESG智能沙盘》。其理论基础为哈特的不完全合同理论,并结合“1531”框架整合ESG治理与AI技术。

产业互联网平台在数据要素治理中扮演什么角色?

产业互联网平台已从交易撮合者演变为同时承载平台经济治理与AI治理双重属性的新型治理主体。亿邦智库研究以国联股份和金联创为样本,提出“公司治理—产业治理—区域治理”三阶层框架,认为治理效能取决于数据能力与场景能力的结合方式,而非单一技术投入。

地方政策如何支持产业大脑建设?

江西在推进“1269”行动计划中,将“产业大脑”定位为贯通产业链、供应链与政策链的数字底座,对围绕主导产业建设产业大脑的项目给予最高1000万元奖补。这一政策将区域产业治理中的不完全合同问题,交由平台化数据基础设施持续消化和再配置。

不完全合同理论为什么适用于智能经济治理?

哈特的不完全合同理论认为,任何合同都无法穷尽未来所有可能性,剩余控制权的配置因而成为治理效率的关键。当数据成为生产要素、AI成为决策工具,合同的不完全性被急剧放大,数据资产边界、算法决策后果和跨主体权责都难以事前约定,因此需要重新设计治理结构。

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