Thailand’s mobility future will be decided by data, not just vehicles

Thailand's future mobility landscape is shifting from merely discussing electric vehicles to prioritizing data-driven solutions. Addressing road safety and creating a more efficient transportation system are now seen as crucial elements in this transformation. At HERE Directions Bangkok 2026, key stakeholders in the industry gathered to explore these issues, bringing together government representatives, automakers, tech companies, and mobility specialists.

Thailand, currently Southeast Asia's leading automotive manufacturing hub, aims for 30% of its total vehicle production to be zero-emission by 2030. However, high congestion and road fatalities show that electrification alone cannot solve the country's mobility challenges. Road safety remains the most pressing issue, with motorcycles, representing nearly half of all registered vehicles, posing unique safety concerns.

Location intelligence can help address this by providing real-time accident alerts, road condition notifications, and optimal route suggestions, benefiting not only individual drivers but also fleet operators and cities alike.

Electrification is another critical aspect, but it's viewed as part of a broader, more comprehensive mobility shift rather than an isolated trend. The Thai EV market is growing, influenced by government incentives and investments from global and Chinese automakers. However, the transition involves various types of vehicles, from hybrids and plug-in hybrids to hydrogen fuel-cell cars, commercial fleets, electric buses, and two-wheelers.

This diversification presents new planning challenges, as drivers now need information about charging station availability, compatibility, reliability, and range based on factors like traffic and terrain.

Artificial intelligence is also playing an increasingly significant role in shaping the future of mobility. Advanced driver assistance systems (ADAS) and autonomous driving technologies are pushing the boundaries of traditional navigation, demanding more sophisticated maps and location data to ensure safe operation. In this context, maps must capture dynamic road conditions, risk patterns, and local driving behavior.

Integrated maps that combine road networks, charging locations, energy consumption patterns, and live traffic data can reduce range anxiety and improve vehicle utilization, particularly in logistics companies where small efficiency gains can lead to cost savings across thousands of trips.

The event further emphasized the importance of connected data ecosystems for smart cities. Government agencies, transport operators, emergency services, and private mobility providers often operate in isolated systems, hindering the seamless exchange of information. By fostering better integration and data sharing, cities can create more efficient, safer, and more responsive transportation networks.

In Thailand, where diverse modes of transportation share the same roads, such a connected approach is essential for optimizing mobility and improving overall urban life.