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GCRI · 人工知能と自律システム

依存関係と影響

AI システム depend on data, compute, energy, software supply chains and people, and they are increasingly embedded in services and infrastructures that others depend on. This page explains the causal, physical, economic, social and ecological links between AI and other systems, how failures travel along them and how the platform analyses them while stating what is uncertain. Concentration is the recurring theme.

STEM の手法
7
この分野が応用する正規の手法
トピック
8
この分野の主題ページ
カウンターパート
3
ネットワーク内で分野を共有するプラットフォーム
報告書シリーズ
2
参加している Reports シリーズ
01What AI depends on

Upstream dependencies.

計算資源

Chips, data centres and cloud

Training and running large models depends on concentrated chip supply and a few cloud providers. See 計算資源とエネルギー.

エネルギーと水

Physical resources

Data centres draw electricity and, for cooling, often water, linking AI growth to grids and local water stress.

Data and people

Inputs and labour

Training data, human feedback and annotation, often provided by low-paid workers, shape model behaviour.

02監視

分野の概要。

このテーマを追跡するためにチームが使う画面:その指標、状態、決定。名前は例であり、値はイメージです。

Field overview: the screen’s structure, terms and states for AI and autonomous systems.例示の名称と説明用の値です。設計であり、記録でも稼働中のシステムでもありません。
03What depends on AI

Downstream consequences.

  1. 01

    Public services

    Automated decisions in benefits, health, policing or migration affect rights directly. See AI と公共サービス.

  2. 02

    Infrastructure and operations

    AI in grid management, logistics and industrial control can propagate errors into physical システムにとって何を意味するかについての業界の共通理解を築きます。 自律型の物理システム.

  3. 03

    セキュリティ

    AI changes the speed and scale of cyber attack and defence, and models are themselves targets. See AI とサイバーセキュリティ.

  4. 04

    金融

    Shared models and data can make institutions behave alike under stress, a concern examined in AI と金融モデルリスク at The Global Risks Alliance (GRA).

  5. 05

    Information and trust

    Generated content at scale affects the information environment and trust in institutions.

04How failures travel

Common modes and correlated errors.

Because many applications are built on the same foundation models, a flaw or vulnerability can appear simultaneously across sectors that otherwise share little. An update by one provider can change behaviour in thousands of downstream システム. Outages at a major cloud region can stop services that never knew they shared it.

Social effects travel more slowly but last longer. Errors concentrated on particular groups erode trust, and changes in work and skills reshape labour markets over years. See 労働と社会への影響.

05手法

How dependencies are analysed.

The platform maps dependencies using system analysis, supply-chain mapping and incident studies, with 確率と統計 to express uncertainty and cybersecurity and cryptography for threat modelling. A dependency map is not a forecast: it shows how システム are connected and how failure could travel, and each link carries its evidence label. Governance responses are convened by AI とデジタル・ガバナンス at The Global Risks Forum (GRF).

See 手法と不確実性.

06質問

質問と回答。

Why does concentration matter?
When many users depend on the same models, chips or cloud services, a single failure, vulnerability or policy change can affect them all at once.
How significant is AI’s energy use?
It is growing and locally significant where data centres cluster. Estimates vary widely with assumptions, so the platform reports ranges with their sources rather than single figures.
Are specific providers’ weaknesses published?
Not in a way that would enable harm. Vulnerabilities follow responsible disclosure, and public outputs describe classes of risk.
Who governs these dependencies?
Competent authorities and operators in each sector, under their own rules. Governance dialogue is convened through AI とデジタル・ガバナンス at The Global Risks Forum (GRF); the platform supplies the evidence.
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報告書 is the Consortium’s quarterly publication. What you know about this subject can become evidence, a case or a correction in the next edition, credited to you and published under CC BY 4.0 where it is your own work.

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