Aydın Tiryaki (2026)

Traffic safety in intercity and peri-urban public transport is not merely a matter of individual attention but a matter of public necessity. Current statistics show that the root cause of major bus accidents is often “micro-sleep” and fatigue-related lapses in concentration. The definitive solution to this problem is Specialized Smart Driving Glasses, which must be defined as a legal requirement for all public transport drivers.

1. Minimalist Design and the “Zero Distraction” Principle

This system differs fundamentally from general-purpose consumer smart glasses. No elements that could distract the driver are permitted.

• Multimedia Exclusion: The glasses do not feature social media notifications, music players, phone call interfaces, or unnecessary visual data streams.
• Total Transparency: High-quality optical lenses ensure the driver’s vision is never obstructed. They feature a minimalist digital overlay that only activates during critical hazard alerts.

2. Micro-Sleep and Alertness Monitoring System

At the heart of the system are sensors that analyze the driver’s alertness through real-time biometric data.

• Infrared Eye Tracking: Sensors embedded within the frame measure eyelid movements and closure speed with millisecond precision.
• Non-Invasive Alerting: Upon detecting signs of micro-sleep, the system intervenes directly via bone-conduction audio alerts or gentle vibrations, keeping the driver awake without causing sudden alarm or panic.

3. Integrated Digital Interlock System

This technology is fully integrated with the vehicle’s operating system, and its use is not optional.

• Mandatory Pairing: The vehicle’s software will not allow the engine to start or the gears to engage unless it confirms the driver is wearing the glasses and a “secure pairing” has been established.
• Active Monitoring: If the glasses are removed during transit, the vehicle enters a safe deceleration mode, and an instant “violation” report is sent to the central command unit.

4. Centralized Risk Management and Mandatory Rest Protocols

To prevent individual errors through systemic oversight, data is shared with a central hub.

• Fatigue Scoring: If frequent “drowsiness alerts” occur within a short period, the system calculates that the driver has exceeded their “fatigue threshold.”
• Mandatory Rest Mechanism: A vehicle reaching a critical fatigue level is directed by the system to the nearest safe stop or facility. The system will not reactivate until a driver swap occurs or the mandatory rest period is completed.

5. Legal Framework and Sectoral Standards

Success depends on this technology being part of public transport regulations rather than a mere “recommendation.”

• Licensing and Certification (SRC): The use of these glasses must become a legal requirement for all drivers on intercity and peri-urban routes, similar to seatbelts or tachographs.
• Inspection and Enforcement: During traffic inspections, glass usage logs should be audited alongside tachograph data. Heavy sanctions should be applied to operators failing to meet this standard.

Conclusion

The use of driver-centric smart glasses in public transport is not designed to create a “police state” environment of surveillance. Instead, it is a technological shield designed to eliminate fatalities caused by human error. Establishing this system as a legal mandate will serve as the cornerstone of modern transportation safety.

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A Note on Methods and Tools: All observations, ideas, and solution proposals in this study are the author’s own. AI was utilized as an information source for researching and compiling relevant topics strictly based on the author’s inquiries, requests, and directions; additionally, it provided writing assistance during the drafting process. (The research-based compilation and English writing process of this text were supported by AI as a specialized assistant.)