AI + Embedded engineering
Client name
Confidential
Industry
Manufacturing (Valve production)
Location
Confidential
Time
12 months
[ Services Used ]
- CUSTOM SOFTWARE DEVELOPMENT
- SECURITY CONSULTATION
- UI/UX DESIGN
[ TECHNOLOGY STACK ]
- Neural Network: TensorFlow, Keras
- Cloud Services: Amazon Web Services, Microsoft Azure
- Data Transfer: TCP/IP, MQTT, MQTT-SN
- Wireless Data Transfer: NB IoT, Bluetooth, WiFi, GSM
[ TEAM MEMBERS ]
- SENIOR SOFTWARE ENGINEER
- SECURITY SPECIALIST
- UI/UX DESIGNER
- PROJECT MANAGER
[ The Challenge ]
The client needed a system to predict valve maintenance needs in high-stakes manufacturing environments. Their goal was to improve production reliability, reduce maintenance costs, and enhance safety.
This was critical for operations in sensitive facilities such as military submarines and oil and gas distribution centers. The system required precise valve condition monitoring and timely replacement recommendations to prevent accidents and downtime.
Security vulnerabilities
Lack of real-time insights
Inefficient existing procedures
Key Challenges:
-
Security vulnerabilities posed significant risks in sensitive operations, such as gas and oil facilities.
-
Lack of real-time insights led to delays in identifying valve issues, increasing the potential for accidents and system failures.
-
Existing manual maintenance procedures were inefficient, causing unnecessary downtime and increased costs.
The client required a system with continuous monitoring, precise data analysis, and timely decision-making, tailored specifically to high-stakes industries.
[ Our Approach ]
To address these challenges, we developed an integrated monitoring system leveraging advanced AI and Machine Learning technologies. The solution was designed to gather and analyze data from ultrasound and vibration sensors, ensuring accurate insights into valve conditions.
[ Highlights ]
Scalable Infrastructure
Real-time monitoring
Continuous learning algorithms
[ RESULTS ]
The integrated monitoring system delivered exceptional results, meeting the client’s objectives and exceeding expectations:
- High Accuracy: Achieved over 93% accuracy in detecting valve conditions, including emergency and normal states.
- Enhanced Safety: Reduced the risk of accidents by providing timely and reliable recommendations for valve replacements.
- Cost Savings: Minimized maintenance costs by optimizing replacement schedules and reducing unnecessary downtime.
- Operational Efficiency: Improved real-time insights allowed operators to make informed decisions quickly, enhancing overall productivity.
The solution has set a new standard for predictive maintenance in valve production and similar industries. By leveraging AI and advanced data analysis, the client now benefits from improved safety, efficiency, and cost management, ensuring they remain competitive in the manufacturing sector.
Time Spent: Completed within 4 months, with 72 hours of dedicated teamwork, our team still continues to provide ongoing support to ensure long-term system reliability and scalability.
[ TEAM MEMBERS ]
SENIOR SOFTWARE ENGINEER
SECURITY SPECIALIST
UI/UX DESIGNER
PROJECT MANAGER
If you intend to act, we are ready to help!
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