Connected, Remote & Autonomous Operations

Connected infrastructure, Edge and real-time control capabilities that enable organizations to monitor, coordinate, remotely operate and automate physical assets and processes across distributed, remote or critical environments.
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
Engineering the Agentic IROC
Turning an approved autonomous operating model into buildable, testable, cybersecure engineering packages for agents, data, integrations, authority, and commissioning.
Integrated mining operations center using Physical AI to connect mine, plant, maintenance, logistics, energy, water, and safety operations while specialized AI agents coordinate recommendations under human supervision.
天然資源
自律運転
Connected, Remote & Autonomous Operations
Physical AI
From Recommenders to an Agentic IROC
Transforming the integrated operations center into a Physical AI system that understands the end-to-end operation, coordinates specialized agents, and turns insight into governed action.
Automated visual inspection system analysing copper cathodes on a production line while an industrial operator monitors quality data in a modern mining processing facility.
天然資源
Connected, Remote & Autonomous Operations
Physical AI
AI-Assisted Copper Cathode Inspection
Embedding real-time visual quality control into cathode production to detect defects, reduce errors, and strengthen traceability.
Computer vision analyzing ore fragments in real time as they move along a mining conveyor belt, while engineers review particle-size distribution and identify oversized material before it reaches downstream grinding equipment.
天然資源
Connected, Remote & Autonomous Operations
Physical AI
Ore Size Intelligence in Motion
Automating real-time granulometry on conveyor belts to reduce jams and stabilize material entering the grinding process.
Thermographic monitoring and computer vision analyzing the shell of an operating grinding mill to detect abnormal heat patterns while maintenance specialists review equipment condition in real time.
天然資源
Connected, Remote & Autonomous Operations
Physical AI
Thermal Vision for Mill Reliability
Revealing hidden mill-shell anomalies through thermographic monitoring and computer vision while critical grinding equipment remains in operation.
Utility field engineer inspecting power transmission infrastructure for resilient, adaptive and autonomous grid operations
公益事業
送電・配電
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
Autonomous Grid Operations
Distributed intelligence by design. Real-time coordination by nature. Built to help utilities operate more resilient, adaptive, and autonomous electricity networks.
Utility field team using FLISR and self-healing grid intelligence to detect faults, isolate affected sections and automate service restoration, reducing outage impact and improving grid reliability
公益事業
送電・配電
Autonomous Inspection & Asset Monitoring
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
Physical AI
FLISR / Self-Healing Grid
Fault detection by design. Automated restoration by nature. Built to help utilities reduce outage impact, improve reliability, and move toward autonomous grid operations
Advanced Distribution Automation
公益事業
送電・配電
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
Advanced Distribution Automation
Faster switching by design. Distributed intelligence by nature. Built to help utilities restore service, integrate distributed energy resources, and move toward self-healing grid operations
Autonomous Logistics for Next-Gen Shale Operations
石油・ガス
探査と生産
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
Autonomous Logistics for Next-Gen Shale Operations
How autonomous sand transportation can improve safety, resilience and operational continuity across high-intensity shale operations.
オペレーショナル・ツイン
石油・ガス
化学・精製
Connected, Remote & Autonomous Operations
デジタルエンジニアリング
Digital Twin & Robotics Simulation
Next-Generation Infrastructure
Physical AI
オペレーショナル・ツイン:データが工場を動かす
Your refinery generates data every second. The question is whether that data is running your plant — or just sitting there. Real-time operational twins close that gap: live data into decisions, decisions into performance
自律型鉱業の拡大
天然資源
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
次世代の鉱業:持続可能な未来に向けた自律型・データ駆動型オペレーションの拡大
データ・AI・自動化を活用し、鉱業をより安全で生産性が高く、持続可能なオペレーションへと大規模に変革します。
交通機関
海事
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
破壊的技術のご紹介
IoT、エッジコンピューティング、ロボティクス、自律性を活用した港湾・船舶運航を変革します
公益事業
送電・配電
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
ITとOTの隔たりを埋める
自律的なデータ駆動型グリッド・エコシステムの構築
公益事業
送電・配電
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
接続性が高く、動的で適応性のあるグリッド・エコシステム
グリッドをオープンで柔軟なデジタルプラットフォームへと進化させます。
自動車
サプライチェーンとスマートファクトリー
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
自動車エージェント業務
AIエージェントを導入し、生産、物流、および保守に関する意思決定を統括します 
製薬・ライフサイエンス
スマート製造とサプライチェーン
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
製造用エージェント業務
AIエージェントを活用し、複雑さ、例外事項、意思決定をリアルタイムで管理します。
2. Limited Inspection Efficiency
公益事業
発電・再生可能エネルギー
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
Physical AI
Workplace Safety & Situational Awareness
安全性と効率性を向上させる新技術
Applying drones, robotics, computer vision and AI to safer field operations
天然資源
安全性の高い設計
Autonomous Inspection & Asset Monitoring
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
Physical AI
ロボティクスと自律型危険物除去
自律的な点検と介入により、デフォルトで人を危険区域から遠ざけることができます
石油・ガス
化学・精製
Autonomous Inspection & Asset Monitoring
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
Physical AI
自律型施設
産業プラント全体において、支援された操作から安全で監視付きの自律運転への移行
石油・ガス
探査と生産
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
Physical AI
Workplace Safety & Situational Awareness
探鉱・開発における自律的監視
自動化と人的監視を組み合わせ、安全性、効率性、および運用信頼性を向上させます
Offshore operations specialist using edge-connected monitoring systems to turn industrial sensor data into governed, AI-ready operational intelligence
石油・ガス
探査と生産
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
次世代IROCによる強固な運用
受動的なコントロールルームから、E&P全体の安全性・稼働率・生産性を高める、予測型かつ統合型のオペレーションセンターへ
Two mining supervisors reviewing site operations using a tablet at an open-pit mine.
天然資源
自律運転
Connected, Remote & Autonomous Operations
Intelligent Manufacturing Automation
Next-Generation Infrastructure
Physical AI
産業スケールにおける自律型システム
感知、判断、行動を自律的に行う機械を導入し、安全性、生産性、および業務の継続性を向上させます 
製造業
サプライチェーンとスマートファクトリー
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
スマート生産・運用
Connected by design. Adaptive by nature. Built to help manufacturers turn operational complexity into safer, faster and more resilient production
石油・ガス
探査と生産
貿易と物流
Connected, Remote & Autonomous Operations
Next-Generation Infrastructure
運用エネルギー最適化
あらゆるメガワットを、業務パフォーマンスの向上、レジリエンスの強化、利益率の改善につなげます
ドラッグ