ProHM+ is an asset health monitoring tool that
leverages AI and Machine Learning to monitor the
operating parameters of critical assets.
Identifies operational anomalies and predicts the
Remaining Useful Life (RUL) of assets.
Core Features
Company Journey Timeline
Real-Time Monitoring
• Tracks asset performance continuously
• Detects anomalies early to prevent potential breakdowns.
Predictive Maintenance
• Provides insights on the expected lifespan of
assets, helping avoid untimely breakdowns.
• Reduces the need for reactive maintenance.
Performance Trend Analysis
• Generates insights into performance trends and
deterioration patterns of assets over time.
• Offers data-driven recommendations for
extending asset lifecycle.
Historical Data Analysis & Learning
• Analyzes historical data to understand asset
performance trends and make future predictions.
• Uses past data to proactively manage
maintenance schedules.
Key Applications and Industry Use Cases
Aviation
ProHM+ is currently used by the Indian Navy for aircraft health monitoring.
Monitors critical components like engines, airframes, and electronics in aircraft.
Generates reports within seconds, significantly faster than traditional OEM processes that can take up to four weeks.
Versatile Solution
Scalable to various platforms, including Embraer and Boeing 737 aircraft.
Tailored analytical software packages provided to clients across different industries.
Healthcare & Manufacturing
Monitors medical and inspection equipment, as well as critical industrial machinery.
Customizable to meet specific requirements across different sectors.
Client Success Stories
Benefits of ProHM+
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Reduced Downtime
Proactively identifies potential issues, minimizing the likelihood of asset failures and operational disruptions.
Cost Savings
Extends asset lifecycle, reducing costs associated
with frequent repairs or replacements.
Optimized maintenance scheduling lowers
operational expenses.
Enhanced Safety
Ensures critical assets operate reliably and safely, benefiting organizations like the Navy and Stair Air.
Informed Decision-Making
Provides real-time and historical insights, enabling maintenance teams to make data-driven decisions. Trends and patterns from past data allow better planning for future asset needs.
Customizable and Scalable
Adaptable to various industries, from aviation to healthcare and manufacturing.
Provides flexibility to meet specific operational
requirements of different sectors.