Sidewalks serve as vital pathways for pedestrians, ensuring safe passage in urban environments. Yet, despite their purpose, accidents on sidewalks remain a concern. In this blog, we investigate the prevalent causes of sidewalk accidents and explore innovative methods for inspection using advanced technologies and minimal manpower. 

Uneven surfaces, obstructions, and inadequate lighting significantly compromise sidewalk reliability, posing hazards to pedestrians, particularly those with disabilities and the elderly. Among the leading causes of sidewalk accidents are: 

• Hazardous unattended substances 
• Adverse weather conditions 
• Loose debris 
• Surface irregularities, including uneven pavement, cracks, protruding tree roots, and potholes 
• Insufficient lighting 

Addressing these issues is imperative for urban planners, who must conduct regular sidewalk inspections with heightened vigilance. For instance, maintaining verge areas adjacent to lanes is crucial to prevent vegetation encroachment and ensure clear visibility, thus preventing collisions with car drivers and bikes. 

Local advocacy groups and unions play a pivotal role in championing accessible and safe road infrastructure, such as sidewalks. Laws like the Americans with Disabilities Act (ADA) are instrumental in fostering environments where all individuals can navigate public spaces without encountering barriers. 

XenomatiX has developed a quick and inexpensive assessment technique for pavement quality that includes digital inspection with solid-state lidar, using a zero-emission, single-seat vehicle, the XenoBike, equipped with true solid-state lidar technology. This vehicle collects pavement data as it drives, creating a digital twin of the road. By identifying and addressing potential hazards, cities can reduce the risk of accidents and foster inclusivity. 

In conclusion, by leveraging advanced technologies for pavement quality assessment, cities can create pedestrian-friendly environments that prioritize accessibility and safeguard public well-being.