Kickstart Your Predictive Maintenance Strategy with the Sentinel Motion Development Kit™

The Sentinel Motion Development Kit (SMDK)™ is your turnkey toolbox for piloting intelligent system health monitoring. It includes RotoSense™ sensors, a Sentinel Gateway™, Sentinel MotionView™ analytics software, and expert support—everything you need to evaluate Sentinel Motion™ in your environment and customize it to your assets.

Sentinel Motion™ is Ridgetop’s advanced Condition-Based Maintenance (CBM) and Prognostic Health Management (PHM) platform for Industrial IoT applications. Designed for mission-critical assets operating in harsh and remote environments, Sentinel Motion provides real-time insights into mechanical system health—minimizing unplanned downtime and enabling data-driven maintenance strategies. Originally developed for aerospace gearboxes, it has since evolved into a flexible solution used across rail, defense, and industrial automation sectors.

At the core of the system is the Sentinel Motion Development Kit (SMDK)™—a modular, customizable platform that integrates edge-deployable sensors, local analytics, and a secure data acquisition and management stack. The SMDK enables early fault detection and automated anomaly recognition for rotating machinery, gearboxes, bearings, wheels, and structural components. It comes pre-configured for pilot-scale deployments and academic research and can be tailored for specific equipment classes or operational requirements.

Key system components include the RotoSense™ IoT sensors, the Sentinel Gateway™ for secure edge-to-cloud data transfer, and the Sentinel MotionView software package for interactive visualization and health metric computation. These modules work together to provide high-fidelity vibration and thermal analytics, anomaly detection, and fault progression tracking.

Sentinel Motion™ is particularly effective in supporting customers transitioning from reactive or interval-based maintenance toward modern predictive maintenance strategies. It aligns with industry standards such as IEEE 1856-2017 for prognostics and can be integrated with third-party condition monitoring software and SCADA systems through its open API architecture.

Whether used in pilot studies, R&D environments, or field deployments, Sentinel Motion™ offers a scalable pathway to implementing smart diagnostics and PHM across a wide range of industrial and transportation applications. For research teams and operators seeking to evaluate the platform at low risk, the SMDK is available and customizable on a per-project basis to accelerate validation, tuning, and proof-of-concept testing.

Key Features & Benefits

  • Built-In Predictive Intelligence
    Get early warnings and reliable estimates for State-of-Health (SoH) and Remaining Useful Life (RUL) of critical assets. Sentinel Motion detects anomalies and degradation trends in real time—enabling proactive maintenance and improved uptime.
  • High-Fidelity Sensor Fusion with RotoSense™
    Capture vibration, rotation, and temperature data directly from critical systems and subsystem using robust IoT sensors—built for harsh industrial and mobile environments.
  • Visual Diagnostics & Decision Support
    Access intuitive dashboards and interactive trend charts via the Sentnel MotionView™ interface. Empower maintenance teams to act on real-time insights with clear, actionable displays.​
  • Customizable Sentinel Motion Development Kit (SMDK)
    Kickstart pilot studies or academic research with the Sentinel Motion Development Kit (SMDK). Configure sensors, thresholds, and analytics for your unique use case—without a large upfront investment.​
  • Proven Across Industries
    Trusted in aerospace, rail, energy, and advanced manufacturing, Sentinel Motion reduces downtime, extends asset life, and improves maintenance ROI in real-world industrial applications.

AEM Product Introduction

Sentinel Motion™ Applications

Aerospace & Rotorcraft Systems​

Monitor gearboxes, actuators, and drivetrain components in flight-critical environments. Detect early wear and predict failures to improve safety and mission readiness.

Enable onboard diagnostics for wheels, axles, and bearings. Improve maintenance planning and reduce unexpected service disruptions across rail networks.​

Track mechanical degradation in turbines, gear stages, and nacelle components under dynamic load conditions. Reduce unplanned downtime and support condition-based maintenance at scale.

Analyze vibration and performance trends in motors, belts, and rotating assets. Minimize production interruptions and optimize operational uptime in manufacturing and logistics facilities.

Deploy ruggedized monitoring on loaders, cranes, excavators, and transport vehicles. Extend equipment life and reduce repair costs in construction, mining, and off-road operations.

Aerospace & Rotorcraft Systems

Monitor gearboxes, actuators, and drivetrain components in flight-critical environments. Detect early wear and predict failures to improve safety and mission readiness.

Rail & Transportation Assets

Enable onboard diagnostics for wheels, axles, and bearings. Improve maintenance planning and reduce unexpected service disruptions across rail networks.

Wind Turbines & Energy Infrastructure

Track mechanical degradation in turbines, gear stages, and nacelle components under dynamic load conditions. Reduce unplanned downtime and support condition-based maintenance at scale.

Industrial Machinery & Conveyor Systems

Analyze vibration and performance trends in motors, belts, and rotating assets. Minimize production interruptions and optimize operational uptime in manufacturing and logistics facilities.

Heavy Equipment & Mobile Platforms

Deploy ruggedized monitoring on loaders, cranes, excavators, and transport vehicles. Extend equipment life and reduce repair costs in construction, mining, and off-road operations.

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