优先事项和挑战领域
生态系统发展关注结构、增长、网络与认知安全、信息流动,以及组织面临的可能通过主动推断解决的问题。
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访客映射领域、合作伙伴、项目和应用区域。
一个横跨科学领域、技术实现、社会系统和应用领域的广泛主动推断生态系统。
积极推断生态系统包括挑战领域、用户细分、信息架构、组织、项目和应用领域。
生态系统发展关注结构、增长、网络与认知安全、信息流动,以及组织面临的可能通过主动推断解决的问题。
积极推断与生物学、神经科学、心理健康、生物区域建模、范畴论、计算、经济学、教育、哲学、物理学、机器人学、法律体系、社会系统、物流、科学方法和去中心化科学相联系。
生态支持包括公共沟通、学习基础设施、项目可见性、合作伙伴路径、研究资源和共享开源工具,围绕信息 Commons 和专业化课程组织。信息 Commons 结合了研究院的视频和播客档案以及 Active Inference 杂志——这是迄今为止最大的开放 Active Inference 教育材料集——与一个在线讨论组和沟通渠道的 Common Forum,其中学习者、研究人员和技术人员连接、提问并分享见解,并提供定期的机会在跨学科领域展示和讨论工作。专业化是一个针对商业实体和政府及民间社会组织官员的培训课程,涵盖了 Active Inference 对适应性行为的描述如何应用于业务、运营、法律、技术和社交领域的组织互动。
组织
研究院作为开放的Active Inference生态系统的一部分参与的外部同行和社区组织——开放访问研究基础设施、知识公地平台以及当前的生态系统合作伙伴。
Open-access preprint server (Cornell University) and a primary open-collaboration channel for Active Inference and Free Energy Principle literature.
Independent researcher who maintains a widely used public bibliography of Free Energy Principle and Active Inference papers; an external community reference upstream of the Institute's mirror.
Decentralized social networking service on the open AT Protocol; supports portable identities and federated open collaboration. The Institute maintains a public presence.
Research collaborative working toward a science of mindful agents, societies, and observer languages; current Institute partner since 2024.
Led development of RxInfer-PRO and co-supervised the RxInfer/ReactiveBayes open-source community; partnered with the Institute from 2025 through 2026.
Game studio, began the Numinia effort in 2020; current Institute partner building a gamified organizational framework and an open-metaverse RPG, and developer of the Institute's Numinia ecosystem project.
Markdown-based knowledge-management and publishing platform used to host public Active Inference knowledge bases; ecosystem knowledge infrastructure.
Open-access research data and publication repository (CERN / OpenAIRE) providing DOIs and long-term archival; part of the open epistemic commons the Institute deposits to.
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生态系统
Public narrative content describing the ecosystem as a whole. Each domain of application has its own topic page above.
Here, we present the community growth and development model for The Active Inference Ecosystem, built on the following 5 core components:
The Institute cultivates an active and engaged ecosystem around the scientific modeling framework of Active Inference. This vibrant Ecosystem and community drives innovation on the research front and makes significant strides in providing accessible education. The Institute ensures that efforts are well-aligned, impact-focused, relevant, and meaningful in advancing research and education for the betterment of society by forming partnerships and by engaging with and growing the Active Inference community. Our community development model emphasizes facilitation over management, and distributed as opposed to command-and-control strategies. More importantly, our model moves beyond the provision of networking and discussion space to support emergent, collaborative work.
In these regards, the Institute functions as a seed crystal that can help to foster phase changes across a variety of information system domains and applications. The Institute does not directly manage all of the systems upon which it has an influence, but instead seeks to leverage its influence by providing coherent multiple tools and practices from which communities of shared interest can optimize their local information system dependencies for active inference efficiencies.
As opposed to a linear “funnel” growth model, The Institute will implement a cyclical model of organic growth pursued through the incubation among participants of (i) self-efficacy, or a sense of personal capability, (ii) a sense of support and safety, and (iii) a sense of investment and impact in participants, as a basis for forming a sense of community and providing the foundation for development of relationships within the community through positive, repeated contact. The support of these senses leads to productive, emergent collaboration, which in turn leads to emergent community narrative, norms, roles, and “scripts”. Participants are reinforced in their feelings of capability as a part of a team, assured that they will be provided with support in a reasonably safe environment, and that results will have a lasting, positive impact on their community. Resulting research and educational artifacts and documentation constitute shareable content which can then be used to bring awareness about Active Inference and The Institute to non-community members.
Where a “funnel growth” model focuses on awareness alone as a basis for developing a user-base, our model’s focus on education, knowledge sharing and presentation of work, and support for teams allows for non-community members of all backgrounds and interests to engage with and contribute to the community, thus affirming membership through a sense of shared investment, impact, and competency. Further, where online learning communities anticipate members terminating participation following completion of coursework (or after achieving feelings of self-efficacy in the material), our model’s provision of support and opportunities for sharing of work with professionals and academics provides incentives for continued engagement and participation to those who feel they have already become reasonably familiar with all available educational material.
Below, background is provided on the (i) structure of the community (i.e., user segmentation), (ii) our information storage and dissemination technology (“tech”) stack, (iii) our communications plan, (iv) the education, support, and infrastructure and governance functions we provide and/or intend to provide as a part of this model, and (v) our intended approach toward evaluating quality control and growth.
The Institute is a formal organization that has been constituted to serve some of the organizational and operational needs of the expanding active inference ecosystem. The Institute and its staff recognize that the energy and knowledge value relating to the further understanding and development of active inference resides in the broad active inference community, which is supported, fostered, convened and cross fertilized through the activities of The Institute. The reach and potential implications of active inference across domains and sectors is sufficiently broad that parties can choose from among many different ways to engage. A partial list of categories of participation is presented below to provide a sense of the variety of participants.
Many individual participants interact directly with The Institute and its resources and programs. Participants include members of the Active Inference Ecosystem, or those who engage directly with and contribute to Institute Programs. These participants include students, educators, researchers, and professionals from around the world who may benefit either from awareness of Active Inference and its implications, developing related competencies and having opportunities to network and collaborate with individuals who do, or from opportunities to collaborate and share work and insights which would be valuable to the Active Inference Ecosystem.
Participants also include learners at various levels of involvement and expertise that engage directly with The Institute as part of their learning process. The Institute seeks to support all learners, from the academic expert to those individuals who are not, and everyone in between. The Institute seeks to facilitate access by all learners to tools and materials and narratives that can help people at all levels access information that can help them to enjoy the direct and indirect benefits of active inference thinking and approaches.
For individual and organizational users that explicitly adopt Active Inference-based [organization and operation] of their information processing and synthetic intelligence practices, policies and tasks, the Institute’s productive outputs provide support and opportunities for engagement with a broader community. The Institute maintains an online resource center that includes software, tools, and materials that convey methodologies and practical pathways for instantiating Active Inference-derived structures in a variety of community settings and institutional contexts, and includes [practical suggestions for] the facilitation of Active Inference itself as an open source and open standards set of products and practices. As such, the community using Active Inference and related Open Source products requires documentation, clear messaging regarding updates, and guidelines on fair and best practices. By considering such beneficiaries of Active Inference as “users,” The Institute may leverage existing best practices from other domains, such as user experience, requirements engineering, and software engineering. Potential users include professionals, researchers, educators, and engineers.
Beyond direct “users” of active inference, there are many groups of parties that benefit from the use of active inference who won’t interact directly with such systems, nor be aware of it. Comparison is made to people who fly in airplanes, but haven’t studied Bernoulli’s hydrodynamics principles.
The Institute’s ReInference unit collaborates with external research partners, universities, institutions, and subject matter experts. These partnerships involve joint research projects, data sharing, and knowledge exchange to enhance the depth and breadth of research efforts. Collaborations with research partners create an opportunity to enrich The Institute's research capabilities and resource access, thereby accelerating the generation of new knowledge and helping us to address complex research questions, validate findings, and extend the reach of our research impact. Potential research partners include organizations working on or faced with problems that may be solved by Active Inference, and organizations which are working on or have solutions to problems which The Institute and the community are facing.
The Institute’s EduActive Unit collaborates with educational partners to influence, instantiate, share, and get access to educational programs, teacher training, and learning resources. By partnering with educational institutions, The Institute extends its educational reach and impact and fosters effective delivery and dissemination of its educational content. Potential educational partners include universities, tutors, educational institutions, and educators.
The Institute requires Philanthropy in order to keep pace with community needs, maintain information infrastructure, and assist researchers in finding their own financial support for relevant research initiatives. Potential donors and funders include generous community members and beneficiaries, government funding agencies, private philanthropic donors, and sponsors of events, programs, and initiatives.
We look to continued engagement with the Ecosystem, to better curate and refine the Ecosystem Priorities and Challenge Areas.
Active Inference relies on mathematical formalisms and is loaded with abstract conceptual challenges that transcend disciplinary boundaries. We hope to model educational processes such as pedagogy, competency evaluation, and professionalization in Active Inference. Thus, the Institute catalyzes workforce development, seeks to stabilize the "research to practice" gap, and contributes to the broader project of participation in scientific ecosystems.
Research across the natural sciences suffers from a lack of theoretical integration and practical collaborations. Active Inference is gaining traction as a rigorous attempt at a unifying first-principles accounts of vital features of biological systems, transcending disciplinary boundaries. At The Institute we promote this theoretical integration through various educational programs, supporting learners of all backgrounds.
The interaction frequencies of modern information environments are higher and more complex than ever. At The Institute we apply Active Inference to understanding, monitoring, evaluating, refining, and developing artificial and synthetic (e.g., human-machine interface, organizational, crowd) intelligence systems. In this way, active inference helps to identify, analyze and optimize various forms of "interoperability" across various forms of intelligent system, making possible a form of "mutual socialization" among such systems. This work is enacted by projects currently related to information science, ontology, data quality control, artificial intelligence explainability, and knowledge engineering.
It remains an open challenge how to most effectively, efficiently and fairly enable sustainable engagement in digital systems consistent with all parties expectations and needs. At The Institute we map cognitive frameworks as a framing for design, user experience, ergonomics, and requirements engineering, as well as implementation and operational guidance, to offer new methods and tools to a wider community of professionals and scholars.
Business and commercial interactions are typically characterized by party attention to reduced set of abstracted variables as compared with biological and social systems. Notwithstanding the "management" and regulation or variables, active inference can still help to improve the competitive insights and risk mitigation strategies and other variables that are the focus of business and commercial parties. Active inference research and analysis promises to substantially enhance and improve critical business elements such as risk strategies, insurance markets, banking (lending criteria), identity authentication, and authorization and a host of other business interaction decisions.
The scale independence of active inference analysis causes it to be well suited to framing issues in settings where different parties experience different levels of information and resources. This includes various programs of local and global social welfare that seeks to enhance the local and global fairness of resource allocations of various kinds and to offer a pathway to easing the consequent burdens that unbalanced resource related interactions place on precarious populations.
Individuals and organizations today are confronted with a rapidly-evolving landscape of threats to digital and cognitive security. At The Institute we work to unify cognitive frameworks with existing cyber security and emerging cognitive security concepts and frameworks, to understand, measure, and address local and global information technology risks and impacts more effectively at multiple scales.
The nascency of the Active Inference Ecosystem enables us to take a proactive approach towards various areas of consideration. At The Institute we create synergy among the efforts applied to the above challenge areas, and emerging needs of the Active Inference Ecosystem. This approach creates an opportunity to learn by doing and to embrace convergence research, where implementations are developed in parallel with theory, supported by regular information sharing and collaboration among practitioners and researchers.
The Institute brings insights from empirical and theoretical Active Inference research into practice by designing new projects or communicating with existing projects that design and implement social system infrastructure, such as health infrastructure and cultural technologies that support human well-being. We also support Ecosystem Projects that design and implement solutions to various collective problems, such as climate change, threats to democracy, armed conflict, or overall polycrisis.
There are many Ecosystem Projects — here we include the subset which have completed a form at to increase their visibility and participation.
See Activities for all projects by Research Fellows, Scientific Advisory Board members, Current Partners, and Institute Projects.
The Active Inference Ecosystem is a vibrant, global community of researchers, practitioners, and enthusiasts united by their interest in Active Inference — a powerful framework for understanding cognition, behavior, and complex adaptive systems. The ecosystem extends far beyond the formal boundaries of the Active Inference Institute, encompassing a wide array of individuals, organizations, and projects that contribute to the development and application of Active Inference across Domains of Application.
At its core, the Active Inference Ecosystem is characterized by its open, collaborative nature. It brings together experts from fields as varied as neuroscience, artificial intelligence, philosophy, physics, and social sciences, fostering cross-pollination of ideas and innovative approaches to complex problems. The ecosystem thrives on the collective efforts of its participants, who engage in research, education, software development, and practical applications of Active Inference principles.
The ecosystem is not just an academic or theoretical construct; it is a living, evolving network of interactions and initiatives. It includes Partnerships among organizations, educational programs, Open Source products, events like the Applied Active Inference Symposium, and various community-driven efforts. The Active Inference Institute serves as a hub within this ecosystem, providing infrastructure, coordination, and support to facilitate the growth and impact of Active Inference across disciplines and sectors (see History of The Institute for how this has unfolded over the years).
As the document transitions into detailing the Active Inference Ecosystem, readers can expect to explore the Ecosystem Priorities and Challenge Areas, Ecosystem Development: Structure and Growth, and Ecosystem Projects across Domains of Application.
关键表面
建模生命系统、认知、行为和理论神经生物学。
信念更新、临床建模和与治疗相关的理论。
生态、农业、土壤和地理空间应用。
软件实现、代理模型、符号系统和知识基础设施。
群体认知、机构、协调与社会科学。
知识共享和开放协作结构
视频和播客档案,Active Inference期刊,以及一个讨论组和通信渠道的共同论坛,用于连接、提问和分享工作。
一个针对官员、董事和经理的培训课程,解释Active Inference对业务、运营、法律、技术和社会领域的适应性行为的理解。
本体关系
一个紧凑的关系视图,展示了思想、方法、价值观和工具如何相互连接。
| Relationship | Tree | From | Relation | To | Maturity |
|---|---|---|---|---|---|
| Accessibility -> Active Inference | Active Inference | Accessibility | governs | Active Inference | Established -> Established |
| Active Inference -> Action as Active Inference | Active Inference | Active Inference | explains | Action as Active Inference | Established -> Established |
| Active Inference -> Expected Free Energy | Active Inference | Active Inference | includes | Expected Free Energy | Established -> Established |
| Active Inference -> Learning as Model Update | Active Inference | Active Inference | explains | Learning as Model Update | Established -> Established |
| Active Inference -> Perception as Inference | Active Inference | Active Inference | explains | Perception as Inference | Established -> Established |
| Active Inference -> Precision Weighting | Active Inference | Active Inference | includes | Precision Weighting | Established -> Established |
| Expected Free Energy -> Policy Selection | Active Inference | Expected Free Energy | enables | Policy Selection | Established -> Established |
| Free Energy Principle -> Active Inference | Active Inference | Free Energy Principle | grounds | Active Inference | Established -> Established |
相关资源
Audience: Researcher
Public ecosystem shortlink for Institute context, projects, activities, and conceptual maps.
Audience: Newcomer
Public videos and podcasts shortlink for browsing recordings by format and topic.
Audience: Developer
Public GitHub organization for Institute repositories and open-source work.
Audience: Developer
Project repository for multiagent Active Inference modeling work.
Audience: Developer
Generalized Notation Notation project repository for model communication.
Audience: Developer
Geospatial modeling repository connected to ecological and bioregional applications.
Audience: Researcher
Continuously updated bibliography of Free Energy Principle and active inference papers, maintained in the open on GitHub.
Audience: Researcher
Preprint (2020) by Vyatkin et al., archived on Zenodo.
Audience: Researcher
Preprint (2021) by Cordes et al., archived on Zenodo.
Audience: Researcher
Preprint (2021) by David et al., archived on Zenodo.
Audience: Researcher
Transcript (2021) by Friston et al., archived on Zenodo.
Audience: Researcher
Journal article (2022) by O'Connor et al., archived on Zenodo.
官方页面
Audience: Newcomer
Current public Institute landing page with mission, vision, nonprofit status, community metrics, and Get Started pathway.
Audience: Contributor
Public projects shortlink for project directories and activity-linked work.
Audience: Researcher
Public Active Inference Ontology shortlink for shared conceptual infrastructure.
Audience: Newcomer
Public Strategy shortlink for institutional orientation and planning context.
Audience: Researcher
Public Wave Hypothesis shortlink.
仓库
Audience: Researcher
Computational meta-analysis of Active Inference literature with nanopublication and knowledge-graph outputs.
Audience: Researcher
Ontology-oriented repository for shared Active Inference concepts and decentralized science knowledge infrastructure.
Audience: Developer
Notebook-based applied Active Inference work connected to blockchain-adjacent and generative modeling examples.
Audience: Developer
Python models and materials for ant-inspired multiagent Active Inference.
Audience: Researcher
Active Inference & Category Theory
Audience: Researcher
Public content repository for the Active Inference Journal and related publication infrastructure.
Audience: Researcher
Active Entity Ontology for Science
Audience: Developer
Public ants repository in the ActiveInferenceInstitute GitHub namespace.