Normalized claim
Quantified impact: 85% increase
Increased asset availability (notably 85%+ for specific clients).
Rockwell Automation, in partnership with Kalypso, introduced predictive maintenance capabilities for industrial manufacturing operations using Microsoft Azure AI and Azure IoT technologies. Manufacturers face steep costs from unplanned equipment failures, asset downtime, and aging infrastructure. By leveraging machine data, the solution predicts maintenance needs and reduces failure risks. The AI-driven approach integrates with asset management platforms for real-time condition monitoring and anomaly detection. Edge-to-cloud integration and advanced analytics enable proactive maintenance scheduling, minimizing both downtime and total cost of ownership. The deployment also allows rapid value realization, typically producing measurable business improvements within 8 to 12 weeks. Several case examples highlighted production gains, such as $1M+ per site, increased asset availability, and reduced lost time. The implementation supports both reliability-centered maintenance and rapid root cause analysis, fostering a proactive maintenance culture. Innovative technologies such as FactoryTalk Analytics GuardianAI and machine vision detection were integrated to augment standard monitoring approaches, delivering comprehensive asset management for manufacturers.
Reported outcomes
Risk & safety: +85%
Risk, reliability & safety
Catalog median for risk, reliability & safety deployments: +50% across 15 reported metrics. Compare benchmarks →
Normalized claim
Quantified impact: 85% increase
Increased asset availability (notably 85%+ for specific clients).
Normalized claim
Time: 25% decrease
Reduced lost time and maintenance costs (up to 25%).
Deployed AI-powered predictive maintenance models leveraging Azure AI and Azure IoT
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AI-driven predictive maintenance models deployed on Azure AI and Azure IoT, with edge computing for real-time analysis and cloud integration for data centralization. Condition monitoring and anomaly detection operate at both device (edge) and centralized levels, integrating with asset management systems for notifications and scheduling.
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