AIPECRA
AI-driven vehicle-based system to automatically detect access to crosswalks, identifying ramps, gaps or obstacles, for targeted infrastructure improvements and enhanced urban mobility.
Supported by: EIT Urban Mobility
Product Details
AIPECRA is an advanced AI-driven system designed to revolutionise pedestrian safety and accessibility in urban environments provided by LOKI.
Installed on a vehicle, AIPECRA employs cameras, IMU, AI, GNSS to automatically detect and classify access to crosswalks, identifying critical features such as ramps, gaps, and obstacles. This data can be seamlessly integrated into the city’s GIS, providing city planners with precise, actionable insights to improve pedestrian infrastructure.
Key functionalities include:
- Automatic detection: identifies and geolocates access points to crosswalks, ramps, gaps, and obstacles.
- Comprehensive mapping: creates detailed maps of pedestrian infrastructure.
- Data processing: provides actionable data for urban planners and municipal authorities.
- Accessibility index: evaluates crosswalks with an accessibility index developed in collaboration with stakeholders.
AIPECRA is an advanced AI-driven system designed to revolutionise pedestrian safety and accessibility in urban environments provided by LOKI.
Installed on a vehicle, AIPECRA employs cameras, IMU, AI, GNSS to automatically detect and classify access to crosswalks, identifying critical features such as ramps, gaps, and obstacles. This data can be seamlessly integrated into the city’s GIS, providing city planners with precise, actionable insights to improve pedestrian infrastructure.
Key functionalities include:
- Automatic detection: identifies and geolocates access points to crosswalks, ramps, gaps, and obstacles.
- Comprehensive mapping: creates detailed maps of pedestrian infrastructure.
- Data processing: provides actionable data for urban planners and municipal authorities.
- Accessibility index: evaluates crosswalks with an accessibility index developed in collaboration with stakeholders.