Futuristic control room with headset operators at many monitors, blue holographic AI assistants, and orange data overlays against a night city backdrop
ビジネス・トーク

デジタルコラボレーションとAR/VR

安全、スピード、実行の質を向上させる没入型のコラボレーションを通じて、専門知識を現場に届けます 
会議のスケジューリング
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現場のチームは専門家の支援や一貫した手順、継続的な訓練へのアクセスが限られている中、遠隔地や危険な環境で活動しています。
なぜ、デジタルコラボレーションとAR/VRが重要なのか？
デジタルコラボレーションプラットフォームを活用し、従業員、専門家、システムをリアルタイムで接続します。

ARを活用した作業指示、遠隔で行われる専門家によるサポート、VRベースのシミュレーションを通じて、鉱山企業は作業のやり直しやリスクを減らし、各拠点での作業手順を均一化します。これにより、現場での没入型コラボレーションを実現し、物理的な距離に関係なく専門知識を提供します。

主なメリット
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高リスク作業を低減
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オンボーディングの迅速化と専門知識の習得までの時間を短縮します。
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斬新なデジタルワークスタイルの導入
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通信性とデバイスの対応状況

NTTデータのサポート体制は？

01
オペレーションおよびトレーニング向けのAR／VR活用ユースケース設計
Two workers use VR and a tablet in a grocery aisle simulation, with blue holographic shelves, inventory charts, and product analytics overlaid in a modern office.
02
リアルタイムの物流 コントロールタワー 
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.
03
 遠隔での専門家支援と作業手順のオーバーレイ表示
Hands holding a smartphone displaying colorful digital content, with blurred neon lights in blue and red suggesting a tech-focused setting
04
没入型の安全および技能トレーニングプログラム
Two engineers point at a large touchscreen showing a complex flowchart in a factory lab, with an orange robotic arm and machinery behind them.
05
OT、保守、HSEシステムとの統合
エンドツーエンドの物流・流通を最適化します。
06
 変更管理および定着支援
Busy modern open-plan office at dusk, with people working at long desks and walking between glass meeting rooms and floor-to-ceiling windows overlooking city buildings.
Aerial view of a large red tanker ship docked at an industrial pier on dark water
実証済みの効果

安全性と速度を向上させるためのコラボレーション

重要な結果
デジタルコラボレーションを導入した鉱業組織では、測定可能な改善が実現しています： 
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安全に関するリスク

減少した事象 

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初回解決率

実行性の向上

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トレーニング時間

オンボーディングサイクルの短縮

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タスクサイクルにかかる時間

より短い時間で完了

安全と作業品質を向上させる臨場感あふれるAR/VRを活用し、専門知識を現場の第一線まで届けます。

現場に知見を展開→

話しましょう

NTT DATA関連の話題 
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Aerial view of an illuminated mining and processing complex with conveyors, roads, industrial facilities, and loading infrastructure extending along the water at dusk.
天然資源
Valuable mining integration: connect only what changes decisions
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.
天然資源
Mining value chain trade-offs: arbitrate critical decisions
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.
天然資源
Mining decision memory: preserve context across every shift
A mine that repeatedly solves exceptions can still stand still. It begins to become autonomous when the exceptions leave memory behind.
Panoramic view of a large coastal mining and export facility at sunset, featuring conveyor belts, industrial processing plants, stockpiles of mined material, cargo ships docked at a port, and winding transport roads set against a mountainous shoreline.
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Distributed accountability for integrated mining decisions
Accountability can remain distributed. The decision cannot remain disconnected.
Panoramic view of a mining operation connected to a port terminal, featuring mineral conveyor systems, industrial infrastructure, and cargo vessels along the coastline.
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Integrated mining foresight: turn the next 33 hours into action
Visibility is not control. Can the operation act upstream while there is still time to change what is coming downstream?
Open-pit mine at sunset with heavy haul trucks transporting ore along winding roads.
天然資源
Mining decision window: act before operational options disappear
The important clock does not start when the impact is finally visible in production. It starts when the condition first becomes knowable.
Mining operations team deploying Physical AI through controlled implementation waves, progressing from supervised use cases to domain-level autonomy and cross-domain orchestration while monitoring safety, performance, and operational continuity.
天然資源
自律運転
Connected, Remote & Autonomous Operations
Physical AI
Implementing the Agentic IROC
Deploying Physical AI in controlled waves so the operation builds trust, demonstrates value, and advances toward cross-domain orchestration without compromising safety or continuity.
Mining engineers transforming an approved autonomous operating model into production-ready engineering packages covering AI agents, data, integrations, authority, cybersecurity, testing, and commissioning.
天然資源
Connected, Remote & Autonomous Operations
Physical AI
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Turning an approved autonomous operating model into buildable, testable, cybersecure engineering packages for agents, data, integrations, authority, and commissioning.
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