Profile of a worker in a hard hat and glasses against a blue cityscape with orange blurred lights and digital grid lines, suggesting industrial automation.
心を動かす会話

設計によるガバナンスと透明性

デジタルESGガバナンスによる信頼強化、コンプライアンス遵守、市場アクセス拡大
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手作業によるESG報告と不透明なガバナンスにより、鉱業企業は規制・財務・レピュテーション上のリスクにさらされています。
なぜガバナンスと透明性を設計段階で組み込むのか？
ガバナンスと透明性プラットフォームは、ESG証拠の収集、報告、監査を自動化します。

ブロックチェーンによるトレーサビリティとAI支援によるコンプライアンスにより、鉱業企業は定期的な報告から継続的な保証へと移行し、信頼性を継続的に高めます。これにより、透明性を組み込んだ形で、業務のスピードに即した信頼を実現します。

主なメリット
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監査とコンプライアンス業務の負担軽減 
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投資家と規制当局における信頼の向上
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サイトと資産間の標準化 
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組織ガバナンスのバランス 

NTTデータのサポート体制は？

01
ESGガバナンスおよびコンプライアンス枠組み 
Two workers in blue uniforms, one in a hard hat, study a large glowing dashboard of charts and maps in an industrial control room with orange pipes.
02
自動化されたESG監査および報告プラットフォーム 
Two warehouse workers in high-visibility jackets check tablets beside stacked packages in a dimly lit industrial storage area
03
ブロックチェーンによるトレーサビリティソリューション
Technician in a hard hat and safety glasses studies an open electrical control panel, holding a tablet with wiring diagrams in blue-lit industrial surroundings.
04
規制報告と RegTechの 統合 
Operators in a futuristic control room monitor curved screens showing world maps, charts, and system diagrams amid blue and orange glowing data lines.
05
変化とガバナンスの実現 
Two workers in hard hats and reflective vests view a tablet at dusk, with brightly lit industrial towers and scaffolding blurred in the background.
Industrial worker in a hard hat and orange safety vest studies glowing control panels and gauges in a dim, blue-and-orange lit control room.
実証済みの効果
成長を可能にするガバナンス
重要な結果
デジタルガバナンスを導入した鉱業組織は、測定可能な改善を実現しています。： 
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サイクルタイムの報告

削減された

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ESG監査結果

より少ない問題 

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市場へのアクセス

認証の維持

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透明性指数

信頼性の向上 

デジタルESGガバナンスと透明性により、信頼、コンプライアンス、市場アクセスを強化します。

業務に透明性をもたせます。 → 

話しましょう

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Large-scale industrial equipment installed inside an underground mining tunnel, featuring heavy machinery, ventilation systems, pipelines, and rugged rock walls. The scene highlights mining infrastructure designed to support safe and efficient underground operations in a challenging environment.
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A remote control room is not the capability. Ready means the mine can still operate safely when distance exposes every dependency in between.
Crushed ore is transported through an industrial mining processing facility using interconnected conveyor belts and transfer chutes. The image shows material flowing between conveyors, with processing equipment, stockpiles, and arid mountainous terrain visible in the background, illustrating large-scale mineral handling operations.
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A technology becomes operational capability only when its output can change a decision or action, and the operation can verify what that change produced.
A mining professional wearing high-visibility safety gear and a hard hat stands on a rocky overlook, observing a large open-pit mine at sunrise. The expansive mining site features terraced excavation levels, haul roads, heavy mining equipment, and dust clouds illuminated by warm golden light, with mountain ranges visible in the background.
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A plan is not a promise that reality will cooperate. It is a shared hypothesis: if these conditions remain true, these commitments can remain connected.
A mining worker in high-visibility protective clothing stands in an open-pit mine, observing a large haul truck carrying ore at sunset. The scene features rugged mine walls, muddy tracks, illuminated vehicle lights, and dramatic orange clouds reflecting across the terrain.
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An organization chart shows who owns the normal operation. A contingency shows how the mine actually thinks.
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Most decisions in a mine should not become integrated decisions. The best integrated mine may know exactly when not to integrate.
Worker in safety gear walking through a mineral processing plant alongside heavy industrial machinery.
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Integration is not everyone agreeing. It is the chain knowing how to choose when good objectives conflict.
A panoramic view of a large-scale mining operation at dusk, featuring extensive conveyor belt systems transporting extracted material across rugged terrain. Illuminated industrial infrastructure, winding haul roads, and processing facilities extend toward a coastal port area, highlighting the connectivity and complexity of the mining value chain from extraction to export.
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A mine that repeatedly solves exceptions can still stand still. It begins to become autonomous when the exceptions leave memory behind.
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