Why Mapalyse?
Mapalyse goes beyond traditional surveys to offer a location-based, dynamic, and analytics-driven data collection experience. It leverages field-based data to make decision-making processes for cities, institutions, and projects more intelligent and inclusive.
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"Transportation Mode Analysis"
for mobility studies
Transportation-specific surveys are used in: Household Surveys, Sustainable Urban Transportation Planning, Transportation Master Planning, Measuring Employee Mobility, Measuring Student Mobility, Collecting Risky Points on the Road Network with Citizen Participation, Planning New Transportation Services, Accessibility Analyses, Studying Pedestrianization Zones, and Mobility Measurements for Events (determining transportation routes to event locations and preferred modes of transportation)
Mapalyse for All | Find out who can benefit?
Mapalyse is ideal for anyone looking to conduct surveys, offering dynamic and diverse question types. Its ability to collect location-based data and map-based question creation options distinguishes it from its competitors in field data collection.
We provide multimodal mobility insights in operational, tactical and strategic levels (travel demand analysis, origin-destination analysis, congestion index, queue dynamics, traffic flow, etc.) for future plans by using different mobility data input sources like vehicle, public transportation and location based services.
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Private Sector
Analysis of employee transportation behavior, customer satisfaction and market research surveys, employee satisfaction and internal needs analysis, etc.
By turning accident related data like accident type, location, road users, infrastructure, weather, etc. into actionable insights (road safety ranking, hotspot analysis, relations with traffic data, etc.) more accurate data-based decisions are enabled.
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Municipalities and Public Institutions
Citizen satisfaction and feedback surveys, Transportation planning projects, Sustainable Urban Transportation Plans, Transportation Master Plans, etc.
By using different data inputs like road side sensors, traveler data, road closures, etc. the more effective, real-time traffic management is provided with comprehensive solutions like dynamic junction management,
integrated corridor management, real-time traffic density and traffic estimation, etc.
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Universities and Researchers
Social research, field studies and data collection, Student and academic surveys, Data collection and analysis in scientific projects
By using different data inputs like road side sensors, traveler data, road closures, etc. the more effective, real-time traffic management is provided with comprehensive solutions like dynamic junction management,
integrated corridor management, real-time traffic density and traffic estimation, etc.
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Non-Governmental Organizations
Digitizing social research, fieldwork, and community surveys, rapid data collection, and visualization with map-based analysis