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AI-DAL Labs: Intelligent Life Systems Computational Ecology Lab


AI-DAL Labs

AI Agent for Sustainable Health

智能计算赋能可持续健康

AI Agent-Driven Discovery. The New Calculus for Life Sciences.

生命科学新发现

We are pioneering the Explainable Computational Ecology (ECE) framework to solve the multi-factorial complexities of human health and accelerate the shift toward precision prevention on a global scale.

基于我们率先提出的可解释性计算生态学 (ECE) 框架,我们深度融合 AI Agent 技术与生命科学,将生命体系建模为非线性、自组织的复杂计算网络,从而在全球范围内有效解决人类健康面临的多因素复杂性挑战。

Explore ECE Theory / 探索 ECE 理论

Application Matrix / 应用矩阵

ACCESS NODE 01 | ECE KERNEL INITIATED

AI AGENT SYSTEM ONLINE | GLOBAL COMPUTE READY

Our Mission & Global Vision

我们的使命与全球愿景

Mission: Reimagine Discovery

Our mission is to reimagine the paradigm of life science discovery by solving the fundamental black-box problems in health governance. We view life as a non-linear, self-organizing complex computational network.

我们的使命是重塑生命科学的发现模式,用以破译人类健康和复杂生命体运作的“多维黑箱”。加速迈向精准预防和个性化治疗的未来。

Global Vision & ECE Concept

To be a global thought leader in Intelligent Computation, translating profound life knowledge into ubiquitous digital intelligence assets for all humanity. The ECE framework is our new scientific paradigm.

成为全球智能计算的思想领导者,将深奥的生命知识转化为普惠全人类的数字智能资产。ECE 框架是我们的全新科学范式。

ECE Framework: The New Computational Paradigm

ECE 框架:全新计算范式

The Logic of ECE

ECE (Explainable Computational Ecology) is an AI Agent-driven scientific theory that fundamentally models life as a ‘non-linear, self-organizing complex computational network’. This approach allows us to transform multi-factorial life problems into solvable optimization problems.

ECE(可解释性计算生态学)是一种 AI Agent 驱动的科学理论,它将生命体从根本上建模为一个”非线性、自组织的复杂计算网络”。这一方法使多因素的生命问题转化为可求解的优化问题。

AI Agent Topological Structure

The core mechanism relies on a ‘three-layer topological structure’: Layer 1 (Data Perception), Layer 2 (ECE Core Simulation), and Layer 3 (Decision & Governance). Each layer interacts with the Hyper-Fusion Knowledge Graph, providing rigorous and trusted inference.

核心机制依赖于”三层拓扑结构”:Layer 1(数据感知)、Layer 2(ECE 核心模拟)和 Layer 3(决策与治理)。每层都与超维融合知识图谱交互,提供严谨且可信的推理。

ECE Network & AI Agent Topology Structure

Visualizing the AI Agent-driven computational flow

可视化 AI Agent 驱动的计算流程

ECE Network and AI Agent Topology Diagram

* Please contact us to find the updated AI Agent for LifeScience WhitePaper.
*请联系我们获取最新进展的生命科学智能体白皮书。

Technology & Intellectual Capital

技术与知识资本

Hyper-Fusion Knowledge Graph

超维融合知识图谱

Fusing TCM Pharmacology,TCM Chemistry, and Complex Systems Dynamics for multi-scale data reasoning.

融合中药药理学、中药化学、复杂系统生物学,赋予 AI Agent 超越单学科的理解能力,实现跨模态、多尺度的超维数据推理。

Federated Learning & Privacy Computing

联邦学习与隐私计算

Applying Federated Learning (FL) across globally distributed health data, ensuring privacy while achieving cross-jurisdictional knowledge sharing.

应用联邦学习 (FL),在保证数据隐私的同时实现知识的跨地域共享。

Academic Authority & IP Barrier

学术权威与知识产权壁垒

ECE theory is recognized by/under review at JMHM, representing the next generation of AI science. Our IP strategy focuses on AI Agent methodology and DLA certification.

ECE 理论代表下一代 AI 科学的最新方向。我们的知识产权战略专注于 AI Agent 方法论和 DLA 认证。

Industry Application & Ecosystem

产业落地与生态系统

Digital Life Assets (DLA)

数字生命科学资产

AI Agent-certified TCM Digital Life Assets (DLA) for complex formulas, enabling trusted computation and value circulation of IP and quality data.

利用 AI-Agent 建立 TCM DToL (中医药数字孪生体),为复杂中药复方新药研发建立 DLA 认证,实现知识产权与质量数据的可信计算与价值流通。

Explainable Multi-Target AIDD

AI Agent 辅助药物研发

Providing an ECE-driven sandbox for non-linear, interpretable multi-target prediction and pharmacological mechanism simulation for pharmaceutical R&D.

提供一个 ECE 驱动的沙盒环境,允许进行非线性、可解释的多靶点预测和药理机制仿真。

Digital Therapeutics (DTx) Integration

数字疗法 (DTx) 整合

Applying ECE’s Layer 3 AI Agent for personalized, protocol-driven health intervention (e.g., Sleek Mind DTx) and secure data governance for clinical trials.

应用 ECE 的 Layer 3 AI Agent 进行个性化、协议驱动的健康干预,并为临床试验提供安全的数据治理。

Future Computing Academy & Ecosystem

We partner with top global institutions through the Future Computing Academy to train composite talent in ECE theory, alongside an open technical community to drive theoretical application.

我们通过未来计算学院与全球顶尖学府合作,培养具备 ECE 理论和多学科背景的复合型人才,同时开放技术社区推动理论应用。

Intellectual Capital & Leadership

计算智力资本与领导力

Founder & CSO: CLARA ZHANG

创办人 & 首席科学家: CLARA ZHANG

Founder of SuperX.TECH | Architect of the ECE Theory

The Architect of ECE Theory and the Highest Computational Intelligence of the lab. Responsible for defining scientific vision and the global application of ECE.

ECE 理论的奠基人,定义人类健康的计算未来。负责战略方向以及推动 ECE 理论的全球化应用。

Executive Team & Scholar Matrix

执行团队与学者矩阵

Our team is composed of AI Algorithm Academicians, Computational Philosophy PhDs, and young Life Science Hackers. The executive team ensures the efficient translation of theory into high-value, compliant solutions.

团队由数学算法博士、计算哲学博士和生命科学研究学者组成。执行团队确保将顶尖理论高效转化为高合规、高价值的产业解决方案。

Strategic Partnership & Open API

We invite institutions with high-quality data or seeking next-gen computational intelligence to join our ECE ecosystem.

我们邀请拥有高质量数据源、或寻求下一代计算智能升级的机构加入我们的 ECE 生态。

Contact Strategic Channel / 联系战略合作通道

AI-DAL Labs | The New Calculus for Life Sciences.

Address: No. 1200, Rd Cailun, Shanghai, PRC | Copyright © 2025 AI-DAL Labs. All Rights Reserved.