Critical Monitoring For Aerospace & Defense

Critical Monitoring For Aerospace & Defense

Critical Monitoring For Aerospace & Defense

Critical Monitoring For Aerospace & Defense

Streamline Operations, Boost Productivity, and Drive Safety with Our All-in-One Platform.

Streamline Operations, Boost Productivity, and Drive Safety with Our All-in-One Platform.

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Critical Aircraft System Failures

When wing attachment bolts and engine mount fasteners fail, aircraft are grounded indefinitely. Every day of downtime impacts airline operations and passenger schedules.

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$200K per aircraft per day of downtime

Monitor Any Type Of Critical Fasteners

Fuselage Joints

Our monitoring technology tracks critical fasteners on aircraft fuselage sections and structural joints subjected to extreme flight loads and pressurization cycles. Continuous surveillance prevents structural failure and ensures passenger safety while reducing maintenance downtime.

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Thruster Mounting

Our sensor systems monitor safety-critical bolted connections on rocket and spacecraft thruster assemblies exposed to intense heat and launch forces. Advanced monitoring provides early detection of fastener degradation to prevent propulsion system failure during critical missions.

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Solar Panel Arrays

Real-time monitoring ensures reliable power generation and prevents mission-critical failures from thermal cycling and micrometeorite impacts.


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Armor Plating Mounting

Our sensors track bolt preload on vehicle armor plating and ballistic protection systems to maintain structural integrity under combat conditions. Proactive monitoring ensures crew protection and prevents armor displacement from shock loads and environmental stresses.

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Integrity’s Powerful Insights

Discover the Powerful Features That Make Sonata the Ultimate SaaS Solution for Scaling Your Business

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Real-Time Fastener Monitoring

Integrity Systems uses advanced sensors to track the location, status, and condition of every fastener in real-time.

Real-Time Fastener Monitoring

Integrity Systems uses advanced sensors to track the location, status, and condition of every fastener in real-time.

Real-Time Fastener Monitoring

Integrity Systems uses advanced sensors to track the location, status, and condition of every fastener in real-time.

Real-Time Fastener Monitoring

Integrity Systems uses advanced sensors to track the location, status, and condition of every fastener in real-time.

AI Preventative Maintenance

Use AI to analyze data and predict potential failures, allowing for proactive maintenance and reducing downtime.

AI Preventative Maintenance

Use AI to analyze data and predict potential failures, allowing for proactive maintenance and reducing downtime.

AI Preventative Maintenance

Use AI to analyze data and predict potential failures, allowing for proactive maintenance and reducing downtime.

AI Preventative Maintenance

Use AI to analyze data and predict potential failures, allowing for proactive maintenance and reducing downtime.

Adaptive Integration

Integrate seamlessly with existing systems, making it easy to implement and use within your current processes.

Adaptive Integration

Integrate seamlessly with existing systems, making it easy to implement and use within your current processes.

Adaptive Integration

Integrate seamlessly with existing systems, making it easy to implement and use within your current processes.

Adaptive Integration

Integrate seamlessly with existing systems, making it easy to implement and use within your current processes.

Ensure Safety Across Operational Processes

Ensure Safety Across Operational Processes

Inspection Calendar

Set your next inspection on the spot.

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Stay Ahead with Our Inspection Scheduler

Stay Ahead with Our Inspection Scheduler

Dynamically adjusts inspection intervals based on actual machine cycles and production hours rather than fixed calendar dates, ensuring high-utilization equipment receives more frequent monitoring.

Dynamically adjusts inspection intervals based on actual machine cycles and production hours rather than fixed calendar dates, ensuring high-utilization equipment receives more frequent monitoring.

Coordinates fastener inspections with planned production shutdowns and maintenance windows to minimize disruption to manufacturing operations.

Coordinates fastener inspections with planned production shutdowns and maintenance windows to minimize disruption to manufacturing operations.

Uses AI-driven analytics to predict optimal inspection timing based on equipment condition trends and automatically prioritize inspections for fasteners showing early warning signs.

Uses AI-driven analytics to predict optimal inspection timing based on equipment condition trends and automatically prioritize inspections for fasteners showing early warning signs.

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Sign up for our fully-covered factory-tour.