AuguryNEW

Augury is a leading AI-powered Machine Health and Process Health platform designed to transform predictive maintenance for industrial manufacturers. By integrating continuous IoT sensors with advanced vibration and ultrasound telemetry, Augury enables real-time monitoring of critical production assets. The platform detects mechanical and operational anomalies early, preventing catastrophic equipment failures and costly downtime.

The system operates by capturing continuous physical indicators—such as vibration, temperature, and magnetic fields—directly from industrial machinery. This telemetry is transmitted to Augury's cloud infrastructure, where proprietary AI algorithms compare data streams against billions of historical operational data points. When an abnormality is detected, the platform generates actionable diagnostic alerts and step-by-step repair recommendations for maintenance teams.

Beyond asset reliability, Augury offers Process Health capabilities that link mechanical health to overall production efficiency. Industrial teams can optimize throughput, lower energy consumption, and extend asset lifespans while streamlining workforce productivity across global enterprise facilities.

• Real-Time Asset Monitoring — Wireless IoT sensors continuously capture vibration, acoustic, and temperature metrics from rotating machinery. The system automatically processes streaming data to identify wear and developing faults before failure occurs.
• AI-Driven Fault Diagnostics — Augury's machine learning algorithms match real-time telemetry against extensive failure mode databases. The platform provides precise root-cause analysis along with prioritized maintenance actions.
• Process & Yield Health — Integrates machine diagnostics with operational process metrics to pinpoint production bottlenecks and quality defects. This helps plants maximize overall equipment effectiveness (OEE) and operational efficiency.

Augury is built for enterprise manufacturers, chemical processing facilities, consumer packaged goods producers, and industrial plant operators. Key users include reliability engineers, maintenance managers, and operations directors.

A global food processing manufacturer installs Augury IoT sensors across its critical chilling and bottling lines. The platform detects early-stage bearing degradation on a primary compressor weeks before potential mechanical failure. Maintenance engineers schedule a replacement during a planned shutdown window, preventing an emergency outage that would have disrupted regional distribution and resulted in substantial lost revenue.

• Augury is built for enterprise manufacturers, chemical processing facilities, consumer packaged goods producers, and industrial plant operators. Key users include reliability engineers, maintenance managers, and operations directors.
• A global food processing manufacturer installs Augury IoT sensors across its critical chilling and bottling lines.
• Real-Time Asset Monitoring: Wireless IoT sensors continuously capture vibration, acoustic, and temperature metrics from rotating machinery. The system automatically processes streaming data to identify wear and developing faults before failure occurs.
• AI-Driven Fault Diagnostics: Augury's machine learning algorithms match real-time telemetry against extensive failure mode databases. The platform provides precise root-cause analysis along with prioritized maintenance actions.
• Process & Yield Health: Integrates machine diagnostics with operational process metrics to pinpoint production bottlenecks and quality defects. This helps plants maximize overall equipment effectiveness (OEE) and operational efficiency.

Augury is not intended for non-industrial businesses, small offices, or companies without complex rotating mechanical equipment. It is also unsuitable for consumer applications or simple software-only tracking that does not require hardware sensor deployments.

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