📚 Impact of world order on conflict, poverty, human rights and the environment | 世界秩序对冲突、贫困、人权与环境的影响
The architecture of global power — often termed the 'world order' — conditions every layer of our digital society. From the protocols that route internet traffic to the algorithms that classify human behaviour, the interplay of states, transnational corporations and international institutions directly shapes how computing intersects with conflict, poverty, human rights and the environment. This article analyses those intersections through the lens of A-Level Computer Science, examining how sovereignty, inequality and governance structures determine the technological realities that define modern life.
全球权力架构——常被称为“世界秩序”——制约着我们数字社会的每一个层面。从路由互联网流量的协议到将人类行为归类的算法，国家、跨国企业和国际机构之间的相互作用直接塑造了计算技术与冲突、贫困、人权及环境相交织的方式。本文通过A-Level计算机科学的视角分析这些交集，审视主权、不平等和治理结构如何决定定义现代生活的技术现实。
1. Defining world order in the digital age | 数字时代的“世界秩序”界定
World order refers to the distribution of power among states, the norms and institutions that regulate their interactions, and the prevailing economic systems that allocate resources. In computing, this order manifests through control over critical internet infrastructure (root servers, undersea cables), semiconductor supply chains, and standard-setting bodies such as the IEEE and IETF. The unipolar moment of US dominance has given way to a multipolar digital order where the EU, China and tech giants exercise sovereign-like authority over data flows and artificial intelligence governance.
世界秩序指国家间的权力分配、规范其互动的规则与制度，以及分配资源的主流经济体系。在计算领域，这一秩序通过对关键互联网基础设施（根服务器、海底光缆）、半导体供应链以及IEEE和IETF等标准制定机构的控制得以体现。美国主导的单极时刻已让位于一个多极数字秩序，欧盟、中国和科技巨头在数据流动和人工智能治理上行使着类似主权的权力。
2. Cyber conflict and the weaponisation of code | 网络冲突与代码的武器化
The world order directly fuels cyber conflict by enabling state-sponsored hacking, disinformation campaigns and attacks on critical national infrastructure. The absence of binding cyber arms control treaties — largely due to rivalries between permanent UN Security Council members — has normalised offensive operations. Examples include Stuxnet, NotPetya, and state-aligned Advanced Persistent Threat (APT) groups. These actions blur the line between war and peace, reducing international stability.
世界秩序通过纵容国家支持的黑客行为、虚假信息运动和对关键国家基础设施的攻击，直接助长了网络冲突。主要由于联合国安理会常任理事国间的对抗，缺乏具有约束力的网络军备控制条约使得进攻性行动常态化。实例包括震网、NotPetya 以及与政府结盟的高级持续性威胁 (APT) 组织。这些行为模糊了战争与和平的界限，削弱了国际稳定。
3. Digital poverty and the infrastructure divide | 数字贫困与基础设施鸿沟
The current world order perpetuates digital poverty through unequal investment in connectivity and hardware production. Low-income countries remain dependent on legacy 2G/3G networks while capital flows favour 5G deployment in affluent markets. The cost of a basic smartphone exceeds 40% of monthly income for over 2 billion people, entrenching exclusion from online education, digital payments and telemedicine. Such structural inequality is reinforced by intellectual property regimes that restrict technology transfer.
当前世界秩序通过对连接性和硬件生产的不平等投资使数字贫困长期化。低收入国家仍依赖老旧的2G/3G网络，而资本流动却青睐富裕市场的5G部署。对逾20亿人而言，一部基本智能手机的价格超过其月收入的40%，这加剧了在在线教育、数字支付和远程医疗领域的排斥。限制技术转让的知识产权制度强化了这种结构性不平等。
4. Human rights in the algorithmic age | 算法时代的人权
World order shapes the digital manifestation of human rights. Authoritarian regimes export facial recognition and social credit systems, undermining privacy and freedom of expression beyond their borders. Meanwhile, democratic states often fail to regulate platform surveillance adequately, enabling mass data extraction. International human rights law struggles to keep pace; the UN Guiding Principles on Business and Human Rights remain non-binding, allowing the surveillance capitalism model to thrive with limited accountability.
世界秩序塑造了人权的数字表现形式。威权政权输出面部识别和社会信用系统，在境外破坏隐私和表达自由。与此同时，民主国家往往未能充分监管平台监控，使得大规模数据提取成为可能。国际人权法难以跟上步伐；联合国《工商业与人权指导原则》仍不具约束力，使得监控资本主义模式在问责有限的情况下蓬勃发展。
5. E-waste colonialism and environmental injustice | 电子垃圾殖民主义与环境不公
The global trade in electronic waste epitomises how world order channels environmental harm to the least powerful nations. Basel Convention loopholes permit the export of 'used equipment' that is immediately dumped in Ghana, Nigeria or India. Informal recycling releases lead, mercury and brominated flame retardants into soil and water. The cost is borne by communities that never benefited from the original devices, a direct result of colonial economic hierarchies maintained by international trade agreements.
全球电子垃圾贸易集中体现了世界秩序如何将环境危害导向最不具实力的国家。《巴塞尔公约》的漏洞允许出口“二手设备”，这些设备随即被倾倒在加纳、尼日利亚或印度。非正规回收将铅、汞和溴化阻燃剂释放到土壤和水源中。代价由从未从原始设备中受益的社区承担，这是国际贸易协定所维持的殖民经济等级制的直接后果。
6. Resource extraction for computation | 计算所需的资源开采
The environmental footprint of computing begins long before a device is assembled. The world order guarantees the flow of tantalum, cobalt and rare earth elements from conflict zones or ecologically fragile regions to manufacturing hubs. Artisanal mining, child labour and deforestation are embedded in the supply chains of laptops and servers. The international division of labour separates extraction from consumption, hiding the true ecological cost behind transnational corporate structures.
计算的环境足迹早在设备组装之前就已开始。世界秩序保障了钽、钴和稀土元素从冲突地带或生态脆弱区域流向制造中心。手工采矿、童工和森林砍伐深深嵌入笔记本电脑和服务器的供应链中。国际分工将开采与消费分离，将真实的生态成本隐藏在跨国企业结构之后。
7. Climate costs of AI and data centres | 人工智能与数据中心的气候代价
Training a single large language model can emit as much carbon as five cars over their lifetimes. The world order places data centres in jurisdictions with cheap, often fossil-fuel-dependent energy, such as certain US states or regions in Southeast Asia. Voluntary corporate pledges to go carbon-neutral lack enforcement, and the global nature of digital services allows companies to arbitrage climate regulations. This shifting of emissions undermines global climate targets like those of the Paris Agreement.
训练一个大语言模型所排放的碳可以相当于五辆汽车整个生命周期排放量。世界秩序将数据中心设在能源便宜且往往依赖化石燃料的司法管辖区，例如美国的某些州或东南亚地区。企业自愿碳中和承诺缺乏执行力，而数字服务的全球性使企业能够套利气候法规。这种排放转移破坏了《巴黎协定》等全球气候目标。
8. Internet governance and digital sovereignty | 互联网治理与数字主权
Internet governance reflects the world order's power hierarchies. ICANN, historically tied to the US Department of Commerce, now operates under a multi-stakeholder model still criticised for Northern dominance. The push for digital sovereignty by Russia, China and the EU fragments the global network, raising risks of 'splinternet' scenarios. National routing rules and data localisation laws directly affect how conflict propaganda spreads, how human rights activists communicate, and how environmental sensor data is shared across borders.
互联网治理反映了世界秩序的权力等级。历史上与美国商务部有关联的ICANN，现在虽在多方利益相关者模式下运作，仍因北方国家主导而受到批评。俄罗斯、中国和欧盟推动数字主权，割裂了全球网络，增加了“分裂网”风险。国家路由规则和数据本地化法律直接影响冲突宣传的传播方式、人权活动人士的沟通方式以及环境传感器数据如何跨境共享。
9. Algorithmic bias and structural poverty | 算法偏见与结构性贫困
Coding logic appears neutral, but training data and decision systems mirror the inequalities of the world order. Credit-scoring algorithms penalise postcodes with historically redlined populations. Automated hiring tools filter out applicants from low-income backgrounds based on flawed proxies. These feedback loops digitise pre-existing poverty structures, making them appear technical and inevitable. Correcting them requires not just better data but a challenge to the market-first orthodoxy embedded in the global order.
编码逻辑看似中立，但训练数据和决策系统反映了世界秩序的不平等。信用评分算法惩罚历史上被红线划区的人口所在的邮政编码。自动化招聘工具基于有缺陷的代理变量过滤掉低收入出身的申请人。这些反馈回路将先前存在的贫困结构数字化，使其显得技术化且不可避免。纠正它们不仅需要更好的数据，更需要挑战嵌入全球秩序的市场至上正统观念。
10. Pathways toward a just digital order | 通向公正数字秩序的路径
Reforming the impact of world order on digital conflict, poverty, human rights and the environment demands coordinated action. Proposals include a binding treaty on autonomous weapons, global e-waste disposal standards with producer liability, open-source hardware movements, and a digital commons governance model that treats internet access as a human right. Computer scientists hold a critical role: embedding ethics by design, auditing supply chains, and advocating for protocols that resist censorship. The algorithm alone cannot dismantle structural injustice, but it can be rewritten to serve equity rather than entrench it.
改革世界秩序对数字冲突、贫困、人权和环境的影响需要协调一致的行动。建议包括缔结具有约束力的自主武器条约、制定带有生产者责任的全球电子垃圾处置标准、开展开源硬件运动，以及将互联网接入视为人权的数字公地治理模式。计算机科学家扮演着关键角色：将伦理融入设计、审计供应链，并倡导抵制审查的协议。单凭算法无法消除结构性不公，但它可以被重写以服务于公平而非巩固不公。
Published by TutorHao | Computer Science Revision Series | aleveler.com
更多咨询请联系16621398022（同微信）
或截图后用「扫一扫 → 相册」选择本图