SmartIR develops AI software that analyzes driver physiology and behavior through infrared imaging to detect signs of fatigue, distraction, and health issues. This technology provides real-time alerts and insights to improve road safety and driver well-being.
Funding
Funding not disclosed
Founders
Product
Problem
Current methods for monitoring driver fatigue, distraction, and health often rely on subjective assessments or intrusive monitoring devices. These methods can be unreliable, uncomfortable, and may not provide real-time alerts necessary for preventing accidents. Existing systems may also lack the ability to detect a comprehensive range of risk factors affecting driver performance.
Solution
SmartIR offers an AI-powered driver monitoring system, DriveSAFE, that uses infrared imaging to analyze driver physiology and behavior in real time. The system detects signs of drowsiness, distraction, phone use, and other risky behaviors, providing immediate alerts to the driver and fleet management. By leveraging advanced neural networks and adaptive algorithms, DriveSAFE delivers accurate and reliable monitoring without requiring invasive sensors or subjective input. The technology aims to improve road safety, reduce accidents, and ensure compliance with safety standards across various transportation sectors.
Target Audience
The primary target audience includes transportation companies, fleet managers, ridesharing services, and individual vehicle owners seeking to enhance driver safety and reduce accidents. Additional target markets include healthcare, security, sports, media, and finance industries.
Features
- Real-time detection of drowsiness, distraction, and phone use through infrared imaging
- Biometric identification to verify driver identity
- Violation recording for detailed analysis of risky driving behaviors
- Real-time alerts to warn drivers and fleet managers of potential hazards
- Integration with existing fleet management systems for seamless data sharing
- Customizable workflows to adapt to specific industry needs
- AI-powered identity verification through biometric face recognition and liveness detection
- Solutions for structural health analysis using vibration analysis, detecting changes in natural frequency and damping ratios