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    Predictive Maintenance to Prevent Critical Equipment Failures

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    Sold by: Xenoss 
    We help energy, oil, and gas operators minimize costly downtime and maintenance issues by developing custom predictive maintenance solutions powered by ML. Analyzing real-time sensor data (such as vibration, temperature, pressure, and other signals), our models forecast equipment failures before they occur. We flexibly deploy these solutions to cloud or edge environments for maximum responsiveness and reliability.

    Overview

    Modern industrial operations face rising pressure to improve equipment reliability and operational efficiency. Downtime of critical assets such as compressors, pumps, and turbines leads to lost production, increased safety risks, and unplanned maintenance costs. Traditional time-based maintenance fails to adapt to real-time operating conditions, often resulting in missed failure warnings or unnecessary maintenance.

    Unexpected equipment failures remain one of the most disruptive and costly challenges in oil and gas operations. Without real-time insights into asset health, organizations struggle to prevent breakdowns, which can lead to production halts, safety incidents, and significant financial losses.

    We implement ML models trained on real-time sensor data, including vibration, temperature, pressure, and acoustic signals, to predict failures before they occur. Predictive insights allow field teams to perform targeted interventions, reducing the risk of catastrophic breakdowns and optimizing maintenance schedules.

    Basic featureset: Real-time health monitoring dashboards Predictive alerts based on asset degradation trends Maintenance recommendation workflows

    Advanced featureset: Edge-based failure prediction for critical environments Dynamic risk scoring models for asset prioritization Self-learning systems adapting to evolving equipment behavior

    Our predictive maintenance solutions connect field equipment to cloud services through AWS IoT SiteWise and Timestream, providing real-time visibility into asset conditions. AI/ML models trained in Amazon SageMaker predict failure risks based on historical and live data patterns. For time-critical operations, lightweight models are deployed to edge devices using AWS IoT Greengrass, ensuring fast local decision-making.

    This hybrid setup optimizes: Timely maintenance interventions: Avoiding critical breakdowns and production halts Bandwidth efficiency: Processing high-volume raw data locally, transmitting only actionable insights Scalable model governance: Enabling continuous model improvement and fleet-wide updates

    We assist clients across the full lifecycle - from framing business problems and designing solutions to development, deployment, and continuous system optimization. Solutions are tailored to your specific requirements and eligibility. Get a free consultation with our product managers and engineers to kick-start your project—contact us at hello@xenoss.io  or request a private offer.

    Highlights

    • Reduced unplanned downtime: Predict equipment failures early to avoid costly shutdowns and extend asset lifetimes.
    • Smarter maintenance strategies: Move from rigid time-based schedules to AI-driven, condition-based interventions.
    • Flexible deployment models: Run predictive analytics in the cloud or directly at the edge to meet operational needs.

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    Deployed on AWS

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    Custom pricing options

    Pricing is based on your specific requirements and eligibility. To get a custom quote for your needs, request a private offer.

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