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TrackAsia API Overview

TrackAsia provides a powerful and flexible set of APIs that make it easy to integrate digital maps, location search, routing, and operational optimization into your application.

Autocomplete

  • Suggests addresses as the user types, improving both speed and accuracy of search.

Autocomplete v1

Autocomplete v2

  • Converts addresses into coordinates (latitude, longitude).

Search v1

  • Search for places by name, address, type, or nearby location.
  • Supports multiple search types: text query, nearby search, or keyword search.
  • Returns a list of places with summary info; detailed info can be retrieved via Place Detail.
  • Useful for map apps, place search, business lookup, and points of interest.

Search v2

  • Finds places of interest (e.g., restaurants, ATMs, gas stations) near a specific location.
  • Supports filtering by place type and search radius.
  • Useful for location-based apps, travel guides, and local discovery features.

Nearby Search

Place Detail

  • Retrieves detailed information about a specific place using its unique place ID.
  • Returns data such as name, address, coordinates, type, and other attributes.
  • Useful for displaying place profiles, business info, or detailed location pages in your app.

Place Detail

Reverse Geocoding

  • Returns the nearest address from a coordinate pair (longitude, latitude).
  • Useful for ride-hailing apps, interactive maps, and delivery tracking.

Reverse Geocoding v1

Reverse Geocoding v2

Directions

  • Provides navigation, route optimization, and travel time estimation.
  • Calculates the best route between two or more points.
  • Turn-by-turn directions.
  • Supports multiple transport modes: car, motorcycle, walking.
  • Calculates travel time and distance.

Directions v1

Directions v2

Distance Matrix

  • Calculates travel time and distance between all pairs of points (e.g., 10 points → 100 pairs).
  • Useful for features like "nearest driver" or "closest warehouse".

Distance Matrix

Vehicle Routing Problem (VRP)

  • Optimizes routes with multiple delivery/pickup points and multiple vehicles.
  • Assigns deliveries to destinations using a limited fleet of vehicles.
  • Reduces operating costs by minimizing distance or delivery time.
  • Balances workloads across vehicles.
  • Solves the VRP using optimization algorithms to generate optimal routes based on input data (points, vehicles, constraints, etc.).
  • Useful for logistics, freight, food delivery, and ride-hailing services.

Vehicle Routing Problem

What's next?

TrackAsia — mapping power, logistics optimized.