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Real-time orchestration across digital and physical environments. 跨数字与物理环境的实时编排。
Orchestrating Complex Systems with Openness, Neutrality, and Intelligence. 以开放、中立与智能，编排复杂系统。
Evolutionary Symbiosis Beyond Time and Space 超越时空的演化共生
A neutral, open, and dynamic execution framework that bridges virtual models and real systems into a continuously evolving whole. 一个开放、中立、动态的执行框架，将虚拟模型与真实系统连接成持续演化的整体。
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Industries served: ports, logistics, manufacturing, energy, cities, defence. 服务六大行业：港口、物流、制造、能源、智慧城市、国防。
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Scalable object-oriented modules for discrete event system with any fidelity. 可扩展的面向对象模块，支持任意保真度离散事件系统。
Value Statement 价值主张
Orchestrating Complex Systems with Openness, Neutrality, and Intelligence.
Transforming models, data, and decisions into living, adaptive systems.
以开放、中立与智能，编排复杂系统。
让模型、数据与决策转化为可适应的生命系统。
Open & Interoperable 开放互联
Connect any modeling tool, AI service, or optimisation core without vendor lock-in. 无厂商锁定，连接任意建模工具、AI 服务或优化引擎。
Modular & Extensible 模块可扩展
Build systems as reusable objects with orchestrated behaviours and flows. 以可复用对象构建系统，编排行为与流动。
Dynamic & Predictive 动态预测
Replay the past, synchronize the present, and predict the future within one engine. 在同一引擎中回放过去、同步现在、预测未来。
Digital Twin Ready 数字孪生内核
Provide behavioural intelligence to next-generation digital system architectures. 为下一代数字系统架构提供行为智能内核。
Built for Complexity 面向复杂行业
From ports to smart cities, handle mission-critical operations at scale. 从港口到智慧城市，应对关键业务级规模。
What Is O²DES Orchestration 什么是 O²DES 编排
A Dynamic Engineering Framework with an Evolution Rooted in Systems Thinking. 一个植根于系统思维演化而成的动态工程框架。
O²DES Orchestration stands on a clear and elegant evolutionary path:
- A progression from a simulation method, to a modeling philosophy, to a universal dynamic execution framework.
O²DES 编排沿着清晰且优雅的演进路径：
- 从仿真方法，到建模哲学，再到通用的动态执行框架。
Phase 1 - Origin: Object-Oriented Discrete-Event Simulation 阶段一 - 起源：面向对象离散事件仿真
O²DES began as an object-oriented discrete-event simulation approach,
built on the belief that complex systems are best represented as interacting objects with states, behaviours, and identities.
This foundation introduced three enduring principles:
• systems as modular objects,
• behaviours as event-driven dynamics,
• models as living structures that evolve with time.
This formed the intellectual seed of O²DES.
O²DES 最初是一种面向对象的离散事件仿真方法，
它基于这样的理念：复杂系统最好被表示为具有状态、行为和身份的交互对象。
这一基础引入了三个永恒的原则：
• 系统作为模块化对象，
• 行为作为事件驱动的动态过程，
• 模型作为随时间演化的动态结构。
这构成了 O²DES 的理论基础。
Phase 2 - Expansion: A Neutral Language for Dynamic Systems 阶段二 - 拓展：动态系统的中立语言
As engineering systems grew more interconnected and data-driven, O²DES naturally expanded beyond its simulation roots.
It evolved into a neutral, open, and executable system language, capable of coordinating diverse models, algorithms, and system components.
This marked the transition from “a simulation tool” → “a general framework for dynamic system expression”.
The focus shifted from running models to orchestrating behaviours, interactions, and flows across systems.
随着工程系统日益互联互通且数据驱动化，O²DES 自然而然地超越了其最初的仿真范畴。
它演变成了一种中立、开放且可执行的系统语言，能够协调各种模型、算法和系统组件。
这标志着 O²DES 从“仿真工具”转变为“动态系统表达的通用框架”。
其关注点也从运行模型转向协调跨系统的行为、交互和流程。
Phase 3 - Maturity: Open-Orchestrated Dynamic Engineering System 阶段三 - 臻盛：开放式编排动态工程系统
Today, O²DES reaches full maturity as O²DES Orchestration — an Open-Orchestrated Dynamic Engineering System.
It provides:
• a unified engine for dynamic behaviours,
• an open structure for system composition,
• a neutral layer for connecting diverse digital and physical environments,
• a foundation for systems to co-adapt, co-learn, and co-evolve.
O²DES no longer describes systems; it breathes life into them.
如今，O²DES 已发展成为成熟的 O²DES Orchestration——一个开放式编排动态工程系统。
它提供了：
• 一个统一的动态行为引擎，
• 一个开放的系统组合结构，
• 一个连接各种数字和物理环境的中立层，
• 一个系统协同适应、协同学习和协同演化的基础。
O²DES 不再仅仅描述系统，而是赋予它们生命。
A Framework for Living, Evolving Systems
O²DES Orchestration transforms static models into living systems—
systems that respond, anticipate, and transform through continuous feedback.
Its purpose is simple yet ambitious:
To provide an open, universal language for engineering evolving systems—
enabling evolutionary symbiosis beyond time and space.
构建鲜活演化系统的框架
O²DES 编排将静态模型转化为鲜活的系统——
这些系统能够通过持续反馈进行响应、预测和转变。
其目标既简单又雄心勃勃：
提供一种开放的通用语言，用于构建演化系统——
实现超越时空的演化共生。
Industries 行业实践
Designed for Complex Ecosystems 为复杂生态而生
Ports & Maritime 港口与航运
Synchronize quay cranes, yards, and fleets in one predictive loop. 将岸桥、堆场与船队纳入同一预测闭环。
Logistics 智慧物流
Blend process automation with adaptive routing for resilient supply chains. 融合流程自动化与自适应路径，构建韧性供应链。
Manufacturing 智能制造
Link design, production, and maintenance through a single execution layer. 以统一执行层连接设计、生产与运维。
Energy 能源系统
Forecast demand, balance assets, and orchestrate distributed grids. 预测需求、平衡资产并编排分布式电网。
Smart Cities 智慧城市
Unify mobility, utilities, and civic services with living digital twins. 以生命化数字孪生统一交通、能源与公共服务。
Defence 国防系统
Simulate, test, and orchestrate mission-critical operations safely. 安全地模拟、测试并编排关键任务行动。
Join the Next Evolution of Dynamic Systems 加入动态系统的下一次进化
Collaborate, build, and co-evolve with us to create living engineering systems. 与我们共同协作、构建、共演化，打造生命化的工程系统。